APPENDIX 1

FLORA DETAILS Appendix 1: Flora Details

Table 1.1: Flora species observed on the subject site by Keystone Ecological for this study. Cover abundance ratings (see text for details) are provided for full floristic quadrats (Q1 to Q7), each of 400 m2. Species observed nearby those quadrats within the same vegetation type are shown as ‘N’. Species observed in other parts of the site during random meander (RM) are indicated by ‘x’,. Additional species not found during survey but reported by Mark Fitzgerald (2005) are indicated (x), but their locations are not known and may not have been observed on site.

Vegetation type and quadrat Family Scientific Name Common Name 2/3 1 2 1 2 2 RM MF Q1 Q2 Q3 Q4 Q5 Q6 Q7 Acanthaceae Thunbergia alata* Black-eyed Susan N Amaranthaceae Deeringia amaranthoides - 2 Anacardiaceae Euroschinus falcatus var. falcatus Ribbonwood x Apocynaceae Parsonsia straminea Common Silkpod 2 2 1 Araliaceae Polyscias elegans Black Pencil Cedar 2 2 2 4b Araliaceae Schefflera actinophylla* Umbrella Tree 2 4b 2 N Arecaceae Archontophoenix cunninghamiana Bangalow Palm 1 3 Arecaceae Livistona australis Cabbage Tree Palm 2 1 Arecaceae Syagrus romanzoffiana* Cocos Palm N Asparagaceae Asparagus aethiopicus* Asparagus Fern 4b 4b 3 1 1 N Asparagaceae Asparagus densiflorus* Asparagus Fern 4b 4b Aspleniaceae Asplenium australasicum Birds Nest Fern N 1 N Asteliaceae Cordyline stricta Narrow-leaf Palm Lily 1 Asteraceae Conyza sp.* - 1 Asteraceae Delairea odorata* Cape Ivy N Bignoniaceae Pandorea pandorana Wonga Vine N 2 1 Casuarinaceae Allocasuarina littoralis Black She-oak N N Commelinaceae Commelina cyanea Native Wandering Jew 1 2 1 1 1 Commelinaceae Tradescantia fluminensis* Wandering Jew 4b Commelinaceae Tradescantia zebrina* Silvery Inch Plant N Convolvulaceae Ipomoea cairica* Blue Morning Glory x

Keystone Ecological 90 Ref: CVC 14 – 695 – Ocober 2015 Appendix 1: Flora Details

Vegetation type and quadrat Family Scientific Name Common Name 2/3 1 2 1 2 2 RM MF Q1 Q2 Q3 Q4 Q5 Q6 Q7 Crassulaceae Bryophyllum delagoense* Mother of Millions N Crassulaceae Bryophyllum pinnatum* Resurrection Plant N Cupressaceae Callitris columellaris Coastal Cypress Pine 4b Cyperaceae Cyperus tetraphyllus - 2 2 Cyperaceae Isolepis sp. Club-rush 1 2 2 Davalliaceae Nephrolepis cordifolia Fish-bone Fern x Dennstaedtiaceae Pteridium esculentum Bracken 3 3 4b 3 2 1 1 Dilleniaceae Hibbertia scandens Climbing Guinea-flower N 1 1 Dioscoreaceae Dioscorea transversa Native Yam 2 Dracaenaceae Sansevieria trifasciata Mother-In-Laws Tongue N Elaeocarpaceae Elaeocarpus obovatus Hard Quandong N Ericaceae Monotoca elliptica Tree Broom-heath 2 N Ericaceae Trochocarpa laurina Tree Heath 4b 2 1 1 1 Euphorbiaceae Breynia oblongifolia Coffee Bush 2 1 1 1 1 Euphorbiaceae Claoxylon australe Brittlewood 1 Euphorbiaceae Glochidion ferdinandi var. ferdinandi Cheese Tree N 4b Fabaceae Senna pendula var. glabrata* - 1 N Lamiaceae Clerodendrum tomentosum Hairy Clerodendrum x Lamiaceae Gmelina leichhardtii White Beech x Lauraceae Beilschmiedia obtusifolia Blush Walnut 1 Lauraceae Cinnamomum camphorum* Camphor Laurel x Lauraceae Cryptocarya glaucescens Jackwood 2 Lauraceae Endiandra discolor Rose Walnut 1 Lauraceae Endiandra sieberi Corkwood 1 1 Lauraceae Neolitsea australiensis Green Bolly Gum 1 Lomandraceae Lomandra filiformis var. filiformis Wattle Mat-rush 1

Keystone Ecological 91 Ref: CVC 14 – 695 – Ocober 2015 Appendix 1: Flora Details

Vegetation type and quadrat Family Scientific Name Common Name 2/3 1 2 1 2 2 RM MF Q1 Q2 Q3 Q4 Q5 Q6 Q7 Lomandraceae Lomandra longifolia Spiky-headed Mat-rush 3 3 1 3 1 N Luzuriagaceae Eustrephus latifolius Wombat Berry 2 2 1 Luzuriagaceae Geitonoplesium cymosum Scrambling Lily 1 1 Malvaceae Commersonia bartramia Brown Kurrajong 1 Malvaceae Sterculia quadrifida Red-fruited Kurrajong x Menispermiaceae Stephania japonica var. discolor Snake Vine 3 3 1 1 Mimosaceae Acacia disparrima subsp. disparrima Salwood 2 5 4b 4b 4b 4b Mimosaceae Acacia maidenii Maiden’s Wattle 4b 4b N Monimiaceae Wilkiea huegeliana Wilkiea N 1 Moraceae Ficus elastica* Rubber Plant N Moraceae Maclura cochinchinensis Cockspur Thorn 2 N Myrsinaceae Myrsine variabilis - x Myrtaceae Acmena hemilampra Broad-leaved Lilly Pilly N 4b N Myrtaceae Austromyrtus dulcis Midgen Berry x Myrtaceae Corymbia intermedia Pink Bloodwood 5 4b 4b 4b 1 Myrtaceae Eucalyptus propinqua var. propinqua Small Fruited Grey Gum N Myrtaceae Eucalyptus tereticornis Forest Red Gum 4b Myrtaceae Leptospermum laevigatum Coast Tea Tree N Myrtaceae Leptospermum polygalifolium subsp. polygalifolium Lemon Scented Tea Tree 1 Myrtaceae Lophostemon confertus Brush Box 4b 4b 1 N N Myrtaceae Melaleuca quinquenervia Broad-leaved Paperbark 1 4b Myrtaceae Pilidiostigma glabrum Plum Myrtle x Myrtaceae Psidium cattleyanum var. cattleyanum* Cherry Guava x Myrtaceae Syzygium australe Brush Cherry 1 Myrtaceae Syzygium luehmannii Small-leaved Lilly Pilly 4b Ochnaceae Ochna serrulata* Mickey Mouse Plant 3 4b 1

Keystone Ecological 92 Ref: CVC 14 – 695 – Ocober 2015 Appendix 1: Flora Details

Vegetation type and quadrat Family Scientific Name Common Name 2/3 1 2 1 2 2 RM MF Q1 Q2 Q3 Q4 Q5 Q6 Q7 Oleaceae Notelaea longifolia forma intermedia - 1 1 Orchidaceae Cymbidium madidum - 1 Orchidaceae Cymbidium suave Snake Orchid N Orchidaceae Epidendrum radicans x secundum hybrid complex Crucific Orchid N Orchidaceae Zeuxine oblonga - 1 1 1 Passifloraceae Passiflora herbertiana Native Passionfruit 3 N 1 Phormiaceae Dianella caerulea Flax Lily 2 2 N Phyllanthaceae Bridelia exaltata Brush Ironbark x Pinaceae Pinus sp.* - N Poaceae Entolasia stricta Wiry Panic 2 Poaceae Melinis minutiflora* Molasses Grass 4a 4b 7 4b 4b 4b 6 Poaceae Oplismenus aemulus Basket Grass 1 Poaceae Paspalum urvillei* Vasey Grass N Polypodiaceae Platycerium bifurcatum Elkhorn Fern 3 1 1 1 1 1 Polypodiaceae Pyrrosia rupestris Rock Felt Fern N Proteaceae Banksia integrifolia subsp. integrifolia Coast Banksia 2 2 1 4b 1 1 Proteaceae Banksia serrata Old Man Banksia 1 Proteaceae Persoonia stradbrokensis - N Rhamnaceae Pomaderris vellea Woolly Pomaderris 1 Rosaceae Rubus rosifolius Forest Bramble N Rubiaceae Caelospermum paniculatum - 1 Rubiaceae Coffea arabica* Coffee N Rubiaceae Morinda jasminoides - 2 1 Rubiaceae Pomax umbellata Pomax N 1 Rutaceae Acronychia imperforata Logan Apple 4b 3 1 2 2 4b 4b Rutaceae Acronychia oblongifolia White Aspen x

Keystone Ecological 93 Ref: CVC 14 – 695 – Ocober 2015 Appendix 1: Flora Details

Vegetation type and quadrat Family Scientific Name Common Name 2/3 1 2 1 2 2 RM MF Q1 Q2 Q3 Q4 Q5 Q6 Q7 Sapindaceae Cupaniopsis anacardioides Tuckeroo 4b 3 Sapindaceae Mischocarpus pyriformis Yellow Pear-fruit 2 1 1 1 1 1 3 Smilacaceae Smilax australis Lawyer Vine 3 3 2 1 1 1 Solanaceae Solanum nigrum* Black Nightshade 2 1 Solanaceae Solanum seaforthianum* Brazilian Nightshade 2 1 Verbenaceae Lantana camara* Lantana 6 6 5 6 4b 4b 7 Vitaceae Cayratia clematidea Slender Grape 1 1 1 Vitaceae Cissus hypoglauca Water Vine 2 1 4b Vitaceae Cissus sterculiifolia Long-leaf Water Vine N

Keystone Ecological 94 Ref: CVC 14 – 695 – Ocober 2015 Appendix 1: Flora Details

Table 1.2: Flora species of conservation significance recorded within 10 km of subject site. E=Endangered, EPop=Endangered Population, Ext=Extinct, V=Vulnerable. Source: OEH Wildlife Atlas database, 2015.

Statu Status s TSC EPBC Family Scientific Name Habitat requirements Suitability of Site Survey considerations Likelihood to occur Impact assessment Act Act (1995) (199 9) No suitable habitat No further impact Casuarinaceae Allocasuarina defungens E E Occurs on coastal heath. Low likelihood to occur. on site. assessment required. Occurs in ephemeral wet sites such as No suitable habitat No further impact Cyperaceae Cyperus aquatilis E - roadside ditches and seepage area in Low to no likelihood to occur. on site. assessment required. sandstone areas. Occurs in grassy or shrubby open eucalypt No suitable habitat No further impact Dilleniaceae Hibbertia marginata V V Low likelihood to occur. forest at low altitudes on sandstone. on site. assessment required. No suitable habitat No further impact Euphorbiaceae Chamaesyce psammogeton E - Occurs on coastal sand dunes. Low to no likelihood to occur. on site. assessment required. No suitable habitat No further impact Fabaceae Sophora tomentosa subsp. australis E - Occurs on coastal sand dunes. Low likelihood to occur. on site. assessment required. No suitable habitat No further impact Juncaginaceae Maundia triglochinoides V - Occurs in freshwater wetlands. Low to no likelihood to occur. on site. assessment required. It is a rainforest species occurring in cool, No suitable habitat No Further impact Lauraceae Endiandra hayesii V V Low likelihood to occur. moist sheltered valleys and gullies. on site. assessment required. Common in subtropical rainforests, littoral No suitable habitat No Further impact Menispermaceae Tinospora tinosporoides V - Low likelihood to occur. rainforests on fertile, basalt soils. on site. assessment required. Known only from a single location at Byron No suitable habitat No Further impact Orchidaceae Diuris sp. aff chrysantha E - Bay. Occurs in low-growing grassy heath Low likelihood to occur. on site. assessment required. on clay soil. Restricted to coastal areas including Only 1 record identified within the broader No suitable habitat No further impact Orchidaceae Peristeranthus hillii V - littoral rainforest and lowland rainforest study area; from Iluka NR. on site. assessment required. on floodplain. Low likelihood to occur. This species was found north of the site next Occurs in swampy grassland or swampy to the golf course. Potential habitat for this forest including rainforest, eucalypt or Suitable habitat on Flowers Sep-Oct, but Further impact Orchidaceae Phaius australis E E species occurs at the western end of the site paperbark forest, mostly in coastal areas; site. identifiable all year. assessment required. in swamp sclerophyll forest. as far south as Coffs Harbour. High likelihood to occur. Found in transition zones between littoral Fruit (May to August) 16 records were identified with the closest rainforest and swamp sclerophyll forest. Suitable habitat on required for certainty, and most recent being 3km south of the Further impact Rutaceae Acronychia littoralis E E Usually occurs within 2km from the coast site. although leaf characters subject site in 2012. assessment required. on sandy soils. are indicative. High likelihood to occur.

Keystone Ecological 95 Ref: CVC 14 – 695 – October 2015

APPENDIX 2

FAUNA DETAILS

Appendix 2: Fauna Details

Table 2.1: Fauna survey effort on site. Survey efforts included comprehensive survey of diurnal and nocturnal species with targeted surveying undertaken for threatened species known to occur within the area.

Survey Effort Fauna Group Survey Technique Time spent No of Date Comment (person hours) people 40 minutes 1 11th November 2014 40 minutes 1 12th November 2014 40 minutes 1 13th November 2014 Habitat searches and opportunistic Diurnal searches 0.5 hours 1 25th November 2014 surveys undertaken during all diurnal 0.5 hours 1 26th November 2014 survey. 0.5 hours 1 27th November 2014 0.5 hours 1 28th November 2014 Amphibians Overnight NA 11th -12th October 2014 Call recording 1 hour 1 11th November 2014 1 hour 1 12th November 2014 0.5 hours 1 13th November 2014 Spotlighting and active listening Nocturnal searches 1 hour 1 25th November 2014 undertaken during all nocturnal 0.5 hours 1 26th November 2014 survey. 0.5 hours 1 27th November 2014 0.5 hours 1 28th November 2014 16 hours 2 10th October 2014 6 hours 2 11th October 2014 5 hours 2 12th October 2014 2 hours 2 13th October 2014 4 hours 1 14th October 2014 Habitat searches and opportunistic Reptiles Diurnal habitat searches 9 hours 3 15th October 2014 surveys undertaken during all diurnal 13 hours 2 16th October 2014 survey. 40 minutes 1 11th November 2014 40 minutes 1 12th November 2014 40 minutes 1 13th November 2014 0.5 hours 1 25th November 2014

Keystone Ecological 97 Ref: CVC 14 -695 – October 2015 Appendix 2: Fauna Details

Survey Effort Fauna Group Survey Technique Time spent No of Date Comment (person hours) people 0.5 hours 1 26th November 2014 0.5 hours 1 27th November 2014 0.5 hours 1 28th November 2014 1 hour 2 12th October 2014 0.5 hour 2 14th October 2014 1 hour 1 11th November 2014 1 hour 1 12th November 2014 Nocturnal spotlight searches 0.5 hour 1 13th November 2014 Total 6.5 person hours. 1 hour 1 25th November 2014 0.5 hour 1 26th November 2014 0.5 hour 1 27th November 2014 0.5 hour 1 28th November 2014 16 hours 2 10th October 2014 6 hours 2 11th October 2014 5 hours 2 12th October 2014 5 hours 2 13th October 2014 4 hours 1 14th October 2014 9.5 hours 3 15th October 2014 13 hours 2 16th October 2014 Total of 44 person hours active Opportunistic searches 1 hour 1 11th November 2014 listening during all survey activities. Diurnal Birds 0.5 hour 1 12th November 2014 0.5 hour 1 13th November 2014 0.5 hour 1 25th November 2014 0.5 hour 1 26th November 2014 0.5 hour 1 27th November 2014 0.5 hour 1 28th November 2014 1 hour NA 11th October 2014 Audio recording Recorded calls at dusk and dawn. 1 hour NA 12th October 2014

Keystone Ecological 98 Ref: CVC 14 -695 – October 2015 Appendix 2: Fauna Details

Survey Effort Fauna Group Survey Technique Time spent No of Date Comment (person hours) people Active listen undertaken during Targeted Survey 1.5 hours 2 13th October 2014 targeted survey. 1 hour 2 12th October 2014 Calls broadcast of: Powerful Owl Barking Owl Nocturnal Birds Call broadcast 1.5 hour 1 14th October 2014 Sooty Owl

16 hours 2 10th October 2014 6 hours 2 11th October 2014 5 hours 2 12th October 2014 0.5 hour 2 13th October 2014 4 hours 1 14th October 2014 9.5 hours 3 15th October 2014 Scats, tracks and signs 13 hours 2 16th October 2014 Incidental survey during other searches 1 hour 1 11th November 2014 activities. 1 hour 1 12th November 2014 Terrestrial Mammals 1 hour 1 13th November 2014 1 hour 1 25th November 2014 1 hour 1 26th November 2014 0.5 hour 1 27th November 2014 0.5 hour 1 28th November 2014 Predator scats, tracks and 5 hours 2 13th October 2014 Targeted search for predator scats. signs searches 120 hours NA 11th -16th October 2014 Total 120 hours (5 full days). Camera traps 11th – 27th November 384 hours NA Total 384 hours (16 full days ). 2014

Keystone Ecological 99 Ref: CVC 14 -695 – October 2015 Appendix 2: Fauna Details

Survey Effort Fauna Group Survey Technique Time spent No of Date Comment (person hours) people 5 hours 1 12th November 2014 Total of 14 person hours in Koala scat Koala Scat counts 2 hours 1 26th November 2014 survey with a total of 14 searches 7 hours 1 27th November 2014 undertaken. 1 hour 2 12th October 2014 Targeted Call Broadcast Call broadcast of Koala 15 minutes 1 14th October 2014 30 x hair funnels NA 10th - 16th October 2014 Arboreal Mammals over 6 nights 10 x hair funnels Hair Funnels NA 11th - 16th October 2014 Total 254 trap nights. over 5 nights 6 hair funnels NA 12th - 16th October 214 over 4 nights 1 hour 2 13th October 2014 Spotlighting along internal and Spotlighting 1 hour 1 14th October 2014 perimeter tracks. 1 hour 2 13th October 2014 Spotlighting along internal and Megachiropteran Bats Spotlighting 1 hour 1 14th October 2014 perimeter tracks. 36 hours NA 13th – 16th October 2014 Microchiropteran Bats Call recording 12th – 15th November Total 72 recording hours. 36 hours NA 2014

Keystone Ecological 100 Ref: CVC 14 -695 – October 2015 Appendix 2: Fauna Details

Table 2.2: Weather details taken from the most nearby weather station at Yamba on days of fauna survey. Source: Bureau of Meteorology, 2014.

Relative Humidity Wind Speed Temperature (0C) Rain Wind Direction (%) (kph) Date (mm) Min Max 9am 3pm 9am 3pm 9am 3pm 9am 3pm 10/10/2014 17.0 23.9 19.4 22.2 0.0 - - WSW ENE 7 17 11/10/2014 16.8 25.8 21.3 24.3 0 - - NW NNE 9 13 12/10/2014 17.9 26.3 21.8 24.2 0 - - N NNE 11 13 13/10/2014 16.1 26.5 22.2 25.1 0 - - NW N 11 17 14/10/2014 17.8 28.3 23.1 27.0 4.2 - - NNW W 15 22 15/10/2014 10.6 24.9 15.7 21.7 0 - - WNW ENE 20 11 16/10/2014 11.8 25.2 18.0 22.7 0 - - WSW NNE 11 13 11/11/2014 19.3 24.8 22.0 23.1 0 - - SSE SSE 24 28 12/11/2014 18.0 21.7 19.4 21.4 3.4 - - SSW SE 13 17 13/11/2014 18.7 26.2 20.7 24.0 0 82 70 WSW N 6 9 14/11/2014 20.3 30.3 25.9 27.8 0 70 63 NNW N 9 17 15/11/2014 20.9 34.8 30.2 28.0 0 53 65 NW NNE 9 17 16/11/2014 20.0 27.2 24.5 24.6 0 70 80 N ESE 7 20 17/11/2014 21.5 26.3 24.5 25.9 0 71 63 SSE E 15 13 18/11/2014 21.7 28.1 25.7 26.2 0 70 72 N NNE 9 19 19/11/2014 22.5 27.8 24.9 25.5 0.6 83 75 E SE 11 24 20/11/2014 21.7 28.2 23.5 27.1 7.0 90 72 NW NNE 7 24 21/11/2014 21.4 28.3 25.2 27.6 0 83 76 N N 11 20 22/11/2014 21.5 26.6 25.8 26.2 0 82 83 N ESE 7 19 23/11/2014 21.3 28.6 25.9 25.3 0 84 79 N N 11 17 24/11/2014 20.7 28.2 24.8 24.5 0 84 79 N N 9 17 25/11/2014 20.3 27.2 24.5 26.6 0 82 68 N NNE 6 11 26/11/2014 20.4 25.1 23.4 22.6 6.6 97 - SSE SSE 15 17 27/11/2014 20.4 25.5 22.9 24.6 0.6 - 86 WSW SSE 7 26 28/11/2014 20.5 26.6 24.2 25.4 0 70 69 SE ESE 24 13

Keystone Ecological 101 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Table 2.3: Fauna recorded on and near the subject site. * = introduced. Species listed under TSC Act (1995) or EPBC Act (1999) are indicated in bold with a superscript. Superscript abbreviations: V=Vulnerable; E=Endangered; EPop=Endangered Population; M=Migratory species. All species recorded by Keystone Ecological unless otherwise noted. ‘Site’ denotes whether a species was recorded on site or close enough to the subject site for that species to be considered likely or able to use the habitats of the subject site.

Fauna Scientific Name Common Name Type of Record Site Group Reptiles Varanus varius Lace Monitor Observed Yes Egernia major Land Mullet Camera trap image Yes Eulamprus quoyii Eastern Water Skink Observed nearby Yes Sphenomorphus tympanum Water skink Observed Yes Amphibolurus muricatus Jacky Lizard Observed Yes Vermicella annulata Bandy Bandy Snake Observed dead on road nearby Yes Birds Dromaius novaehollandiaeEPop Emu Scats Yes Phalacrocorax melanoleucos Little Pied Cormorant Observed in local area No Phalacrocorax sulcirostris Little Black Cormorant Observed in local area No Ardea alba Great Egret Observed in local area No Ardea ibisM Cattle Egret Observed in local area No Ardea pacifica White-necked Heron Observed in local area No Butorides striatus Striated Heron Observed in local area No Egretta novaehollandiae White-faced Heron Observed in local area No Threskiornis molucca Australian White Ibis Observed in local area No Chenonetta jubata Australian Wood Duck Observed nearby Yes Observed at nest in local area; Pandion cristatusV Eastern Osprey No Observed flying over Observed in local area Haliastur sphenurus Whistling Kite Yes Observed flying over Lophoictinia isuraV Square-tailed Kite Observed nearby Yes Haliaeetus leucogasterM White-bellied Sea-eagle Observed at nest in local area No Haliastur indus Brahminy Kite Observed in local area No Falco longipennis Australian Hobby Observed overhead Yes

Keystone Ecological 102 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Fauna Scientific Name Common Name Type of Record Site Group Nest mound observed; Birds Alectura lathami Australian Brush-turkey Yes Camera trap image Haemotopus fuliginosusV Sooty Oystercatcher Observed in local area No Haemotopus longirostrisE Australian Pied Oystercatcher Observed in local area No Charadrius leschenaultiV,M Greater Sand-plover Observed in local area No Arenaria interpresM Ruddy Turnstone Observed in local area No Calidris ruficollisM Red-necked Stint Observed in local area No Limosa lapponicaM Bar-tailed Godwit Observed in local area No Sterna hirundoM Common Tern Observed in local area No Vanellus miles Masked Lapwing Observed nearby No Larus novaehollandiae Silver Gull Observed in local area No Sternula albifronsE,M Little Tern Observed in local area No Columba leucomela White-headed Pigeon Observed nearby Yes Geopelia humeralis Bar-shouldered Dove Observed Yes Observed nearby; Leucosarcia melanoleuca Wonga Pigeon Yes Camera trap image Macropygia amboinensis Brown Cuckoo-Dove Heard Yes Ocyphaps lophotes Crested Pigeon Observed Yes Observed nearby in Iluka NR; Ptilinopus reginaV Rose-crowned Fruit-dove Yes Heard on site Ptilinopus superbusV Superb Fruit-Dove Heard on site Yes Streptopelia chinensis* Spotted Dove Observed Yes Cacatua galerita Sulphur-crested Cockatoo Observed nearby Yes Cacatua sanguinea Little Corella Observed nearby Yes Cacatua roseicapilla Galah Observed nearby Yes Calyptorhynchus funereus Yellow-tailed Black-Cockatoo Observed nearby Yes Evidence of foraging activity on site documented by Calyptorhynchus lathamiV Glossy Black-Cockatoo Yes Fitzgerald (2005) Trichoglossus chlorolepidotus Scaly-breasted Lorikeet Observed nearby Yes Trichoglossus haematodus Rainbow Lorikeet Observed Yes

Keystone Ecological 103 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Fauna Scientific Name Common Name Type of Record Site Group Birds Platycercus eximius Eastern Rosella Observed Yes Eudynamys scolopacea Eastern Koel Heard nearby Yes Cacomantis flabelliformis Fan-tailed Cuckoo Observed Yes Chrysococcyx lucidus Shining Bronze-Cuckoo Heard Yes Scythrops novaehollandiae Channel-billed Cuckoo Observed Yes Podargus strigoides Tawny Frogmouth Feather Yes Hirundapus caudacutusM White-throated Needletail Observed overhead Yes Dacelo novaeguineae Laughing Kookaburra Observed Yes Todiramphus sanctus Sacred Kingfisher Observed nearby Yes Observed foraging; Merops ornatusM Rainbow Bee-eater Yes Observed at nest Eurystomus orientalis Dollarbird Observed nearby Yes Hirundo neoxena Welcome Swallow Observed nearby Yes Coracina lineataV Barred Cuckoo-shrike Observed nearby Yes Coracina novaehollandiae Black-faced Cuckoo-shrike Observed Yes Coracina papuensis White-bellied Cuckoo-shrike Observed Yes Coracina tenuirostris Cicadabird Observed Yes Lalage sueurii White-winged Triller Observed Yes Rhipidura fuliginosa Grey Fantail Observed Yes Rhipidura leucophrys Willie Wagtail Observed nearby Yes Observed foraging; Rhipidura rufifronsM Rufous Fantail Observed at nest; Yes Camera trap image Colluricincla harmonica Grey Shrike-thrush Observed Yes Colluricincla megarhyncha Little Shrike-thrush Observed Yes Falcunculus frontatus Crested Shrike-tit Observed Yes Pachycephala pectoralis Golden Whistler Observed Yes Pachycephala rufiventris Rufous Whistler Observed at nest Yes Sphecotheres viridis Figbird Observed Yes

Keystone Ecological 104 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Fauna Scientific Name Common Name Type of Record Site Group Birds Oriolus sagittatus Olive-backed Oriole Observed Yes Observed; Eopsaltria australis Eastern Yellow Robin Yes Camera trap image Myiagra rubecula Leaden flycatcher Observed Yes Observed; Psophodes olivaceus Eastern Whipbird Yes Camera trap image Malurus cyaneus Superb Fairy-wren Observed Yes Malurus lamberti Variegated Fairy-wren Observed Yes Acanthiza pusilla Brown Thornbill Observed Yes Gerygone mouki Brown Gerygone Observed Yes Sericornis frontalis White-browed Scrubwren Observed Yes Daphoenositta chrysopteraV Varied Sittella Observed Yes Anthochaera chrysoptera Little Wattlebird Observed Yes Lichmera indistincta Brown Honeyeater Observed Yes Manorina melanocephala Noisy Miner Observed Yes Meliphaga lewinii Lewin’s Honeyeater Observed Yes Phylidonyris nigra White-cheeked Honeyeater Observed Yes Entomyzon cyanotis Blue-faced Honeyeater Observed nearby Yes Dicaeum hirundinaceum Mistletoe Bird Observed Yes Zosterops lateralis Silvereye Observed Yes Neochmia temporalis Red-browed Finch Observed Yes Acridotheres tristis* Common Myna Observed nearby Yes Sturnus vulgaris* Common Starling Observed nearby Yes Sericulus chrysocephalus Regent Bowerbird Observed Yes Grallina cyanoleuca Australian Magpie-Lark Observed Yes Cracticus nigrogularis Pied Butcherbird Observed nearby Yes Cracticus torquatus Grey Butcherbird Observed Yes Cracticus tibicen Australian Magpie Observed Yes Strepera graculina Pied Currawong Observed nearby Yes

Keystone Ecological 105 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Fauna Scientific Name Common Name Type of Record Site Group Birds Corvus coronoides Australian Raven Observed Yes Mammal Pseudocheirus peregrinus Common Ringtail Possum Observed Yes s Hair sample; Trichosurus vulpecula Brushtail Possum Yes Hair in Dog scat Perameles nasuta Long-nosed Bandicoot Camera trap image Yes Camera trap image; Phascolarctos cinereusV,V Koala Yes Scats identified by Fitzgerald (2005) Observed nearby; Macropus giganteus Eastern Grey Kangaroo Yes Camera trap image Wallabia bicolor Swamp Wallaby Camera trap image Yes Nyctophilus bifaxV Eastern Long-eared Bat Call recorded - possible Yes Saccolaimus flaviventrisV Yellow-bellied Sheathtail-bat Call recorded - definite Yes Tadarida australis White-striped Freetail-bat Call recorded - possible Yes Mormopterus norfolkensisV Eastern Freetail-bat Call recorded - definite Yes Mormopterus sp. Freetail-bat Call recorded - definite Yes Miniopterus australisV Little Bentwing-bat Call recorded - definite Yes Scotorepens sp. Broad-nosed Bat Call recorded - possible Yes Scotorepens greyii Little Broad-nosed Bat Call recorded - possible Yes Vespadelus pumilus Eastern Forest Bat Call recorded - definite Yes Hair sample; Rattus tunneyi Pale field Rat Yes Camera trap image Rattus rattus* Black Rat Hair in Fox scat Canis familiaris* Dog Camera trap image Yes Scat; Vulpes vulpes* European Red Fox Yes Camera trap image Felis catus* Cat Observed in local area Yes Oryctolagus cuniculus* Rabbit Observed in local area Yes Ovis aries* Sheep Jaw fragment of one of these species in predator scat No Capra hircus* Goat

Keystone Ecological 106 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Table 2.4: Microbat call analysis sheet.

Microbat Call Analysis Data Sheet Location: Date(s): Start time: Dusk Hickey Street, Iluka Night 1: 12-13/10/14 Night 2: 13-14/10/14 Finish time: Dawn Night 3: 14-15/10/14

mobile † and/or stationary ; Habitat: Dry Sclerophyll Forest and Swamp Sclerophyll Forest Date Species Certainty of ID definite/probable/possible 12-13/ Oct/14 Nyctophilus bifax Possible

12-13/ Oct/14 Tadarida australis White-striped Freetail-bat Possible

13-14/Oct/14 Miniopterus australis Little bent-wing bat Definite

13-14/ Oct/14 Mormopterus sp. Definite

13-14/ Oct/14 Vespadelus pumilus Eastern Forest Bat Definite

14-15/ Oct/14 Mormopterus norfolkensis Eastern Freetail-bat Definite

14-15/ Oct/14 Miniopterus australis Little bent-wing bat Definite

14-15/ Oct/14 Saccolaimus flaviventris Yellow-bellied sheath-tailed bat Definite

Keystone Ecological 107 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

14-15/ Oct/14 Scotorepens sp. Possible

14-15/ Oct/14 Scotorepens greyii Little Broad-nosed Bat Possible

Keystone Ecological 108 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Table 2.5: Hollow-bearing trees on or immediately adjacent to the subject .

Tree Tree species/ type / size Hollow details Location Fate number Vertical spout + trunk and branch hollows, HBT 1 Dead stag, 40cm DBH In footprint Remove 20-30cm entry sizes HBT 2 Dead stag, 55cm DBH In footprint Remove HBT 3 Dead stag In footprint Remove HBT 4 Dead stag Numebr of hollows of various sizes In footprint Remove Half dead tree HBT 5 Eucalyptus tereticornis Many hollows and cracks of various sizes Park 1 Retain Forest Red Gum HBT 6 Dead stag In adjacent unformed road to west Retain Lophostemon confertus HBT 7 Basal hollow Park 2 – boundary Retain Brush Box HBT 8 Dead stag 3 branch hollows, 25 cm entry In adjacent unformed road to west Retain HBT 9 Dead stag 3 large branch hollows In adjacent unformed road to west Retain Broken trunk HBT 10 Dead stag In footprint Remove Branch hollows (small entry) Hollow in arboreal termite nest HBT 11 Dead stag, large tree In footprint Remove Branch hollow (small entry) Branch hollow, medium size HBT 12 Dead stag, large tree In footprint Remove small branch hollow Broken trunk Lophostemon confertus Medium branch hollow HBT 13 In footprint Remove Brush Box Small hollow Scratches on trunk Branch hollow, medium size HBT 14 Dead stag, large tree In footprint Remove small branch hollow Lophostemon confertus HBT 21 Small-medium trunk and branch hollows In footprint Remove Brush Box, 100cm DBH

Keystone Ecological 109 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Table 2.6: Koala scat survey results. Surveys were undertaken in accordance with the Spot Assessment Technique (SAT) utilised by the Australian Koala Foundation. The SAT is used to assess the Koala activity within the immediate area surrounding a tree known to be utilised by the species or is considered to be of importance to the species conservation.

Numbers of tree species within search zone Koala Koala Corymbia Eucalyptus Melaleuca Scat Lophostemon Eucalyptus scats Date Trigger tree species intermedia propinqua quinquenervia Search confertus Rainforest sp. Acacia sp. Banksia sp. Melaleuca sp. tereticornis found Pink Small-fruited Broad-leaved No. Brush Box Forest Red Gum Yes/No Bloodwood Grey Gum Paperbark Corymbia intermedia 12.11.14 KSS 1 3 6 7 14 No Pink Bloodwood Corymbia intermedia 12.11.14 KSS 2 8 22 No Pink Bloodwood Corymbia intermedia 12.11.14 KSS 3 2 1 27 No Pink Bloodwood Corymbia intermedia 12.11.14 KSS 4 6 4 4 12 4 No Pink Bloodwood Corymbia intermedia 12.11.14 KSS 5 6 2 8 1 13 No Pink Bloodwood Corymbia intermedia 12.11.14 KSS 6 4 5 4 17 No Pink Bloodwood Eucalyptus tereticornis 12.11.14 KSS 7 4 2 3 18 4 No Forest Red Gum Lophostemon confertus 27.11.14 KSS 8 1 28 1 No Brush Box Eucalyptus tereticornis 27.11.14 KSS 9 7 3 19 1 No Forest Red Gum Corymbia intermedia 26.11.14 KSS 10 3 1 3 6 No Pink Bloodwood Corymbia intermedia 26.11.14 KSS 11 2 26 2 No Pink Bloodwood Eucalyptus propinqua 27.11.14 KSS 12 2 26 2 No small-fruited grey gum Eucalyptus propinqua 27.11.14 KSS 13 23 6 1 No small-fruited grey gum Corymbia intermedia 27.11.14 KSS 14 9 16 5 No Pink Bloodwood

Keystone Ecological 110 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Table 2.7: Camera trap results.

Area Camera Habitat shot Fauna number 1

No fauna detected.

2

No fauna detected.

3

Long-nosed Bandicoot Swamp Wallaby

4

No fauna detected.

5

Swamp Wallaby Brush

6

Swamp Wallaby

Keystone Ecological 111 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

7

No fauna detected.

8

No fauna detected.

9

No fauna detected.

11 Swamp Wallaby

12

No fauna detected.

13 Domestic dog

14

No fauna detected.

Keystone Ecological 112 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

15

No fauna detected.

16

Swamp Wallaby

17 Long-nosed Bandicoot

Wonga pigeon

Rufous fantail

Fox Swamp Wallaby

18

No fauna detected.

19

No fauna detected.

Keystone Ecological 113 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

20

No fauna detected.

21

Rodent

Whip bird

Eastern Yellow Robin

Brush Turkey

22

No fauna detected.

23

Eastern Grey Kangaroo

24

Swamp Wallaby

25 Eastern Grey Kangaroo

Keystone Ecological 114 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

26 Eastern Grey Kangaroo

27

Swamp Wallaby

28 Swamp Wallaby

29

No fauna detected.

30

Eastern Grey Kangaroo

31

Eastern yellow robin

Koala

Swamp wallaby

Keystone Ecological 115 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

32

Rattus tunneyi Land mullet

Keystone Ecological 116 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Table 2.8: Fauna species of conservation significance recorded within 10 km of subject site. E = Endangered, EPop = Endangered Population, Ext = Extinct, V = Vulnerable, Source: OEH Wildlife Atlas database, 2015.

Status Status EPBC Survey Fauna Group Scientific Name TSC Act Habitat Requirements Suitability of Site Likelihood to occur Impact assessment Act considerations (1995) (1999) Litoria brevipalmata Occurs in range of forested habitats No suitable habitat on No further impact Amphibian V - No likelihood to occur. Green-thighed Frog where surface water gathers after rain. site. assessment required. Litoria olongburensis An ‘acid’ frog confined to coastal No suitable habitat on No further impact Amphibian V No likelihood to occur. Olongburra Frog sandplain wallum swamps. site. assessment required. Crinia tinnula Found only in acid paperbark swamps No suitable habitat on No further impact Amphibian V - No likelihood to occur. Wallum Froglet and sedge swamps. site. assessment required. Caretta caretta Terrestrial habitat restricted to tropical No suitable habitat on No further impact Reptile E - No likelihood to occur. Loggerhead Turtle beaches. site. assessment required. Chelonia mydas Terrestrial habitat restricted to marine No suitable habitat on No further impact Reptile V - No likelihood to occur. Green Turtle beaches. site. assessment required. Occurs near coastal areas on low to mid Only 1 record known from broader study area, elevations of dry eucalypt forest and Cacophis harriettae Marginally suitable Most active form mid 8km south on the other side fo the Clarence River No further impact Reptile V - woodland. Found particularly in areas White-crowned Snake potential habitat on site. spring to mid autumn. in 2004. assessment required. with a well-developed litter layer and Low likelihood to occur. fallen timber to forage for their prey. Occurs in predominantly open lowland Dromaius novaehollandiae habitats, including grassland, heathland, Emu population in the NSW shrubland, woodland, forest, swamp and Suitable potential habitat This population occurs on site with a number of Further impact Bird North Coast Bioregion and EPop - Detectable all year. sedge communities, plantations, open on site. scats found. assessment required. Port Stephens local farmland and occasionally littoral government area rainforest. Phaethon lepturus Migratory species found over pelagic No suitable habitat on No further impact Bird - M No likelihood to occur. White-tailed Tropicbird waters feeding on small fish. site. assessment required. Thallasarche melanophris Terrestrial habitat confined to offshore No suitable habitat on No further impact Bird V V No likelihood to occur. Black-browed Albatross islands. site. assessment required. Ardenna carneipes Flesh- Terrestrial habitat confined to Lord No suitable habitat on No further impact Bird V - No likelihood to occur. footed Shearwater Howe Island. site. assessment required. Macronectes giganteus Terrestrial habitat confined to offshore No suitable habitat on No further impact Bird E E No likelihood to occur. Southern Giant Petrel islands just north of the Antarctic circle. site. assessment required. A migratory species found on remote Fregata ariel No suitable habitat on No further impact Bird - M islands and breeds in bushes, mangroves No likelihood to occur. Lesser Frigatebird site. assessment required. and on the ground. Fregata minor A migratory species found in tropical Great Frigatebird No suitable habitat on No further impact Bird - M waters and breeding in mangroves and No likelihood to occur. site. assessment required. bushes.

Breeds on offshore islands along NSW Ardenna pacificus No suitable habitat on No further impact Bird - M coast. Absent from NSW from May to No likelihood to occur. Wedge-tailed Shearwater site. assessment required. August. Breeds on offshore islands from SA to Ardenna tenuirostris Broughton Island, north of Newcastle. No suitable habitat on No further impact Bird - M No likelihood to occur. Wedge-tailed Shearwater After breeding, wholly absent from site. assessment required. Australia from May to September. Phaethon rubricauda Red- Terrestrial habitat confined to oceanic No suitable habitat on No further impact Bird V - No likelihood to occur. tailed Tropicbird islands. site. assessment required.

Keystone Ecological 117 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Status Status EPBC Survey Fauna Group Scientific Name TSC Act Habitat Requirements Suitability of Site Likelihood to occur Impact assessment Act considerations (1995) (1999) Widespread, common and expanding. Occurs in grasslands, wooded lands and No suitable habitat on or Recorded in the local area in suitable habitat Ardea ibis wetlands. Most commonly found No further impact Bird - M near the site within the during survey. Cattle Egret foraging with livestock. Roosts in trees in assessment required. zone of influence. Low to no likelihood to occur. or near lakes and swamps. Breeds in colonies in wooded swamps. Ixobrychus flavicollis Occurs in freshwater and estuarine No suitable habitat on No further impact Bird V - No likelihood to occur. Black Bittern wetlands. site. assessment required. Lives on exposed reefs, rocky shores, Egretta sacra beaches, mudflats, islands. Roosts and No suitable habitat on No further impact Bird - M No likelihood to occur. Eastern Reef Egret nests in woodland, scrub adjacent to site. assessment required. beaches. Ephippiorhynchus asiaticus No suitable habitat on No further impact Bird E - Inhabits permanent freshwater wetlands No likelihood to occur. Black-necked Stork site. assessment required. Frequents swamps and lakes throughout Plegadis falcinellus much of the Australian mainland. Breeds No suitable habitat on No further impact Bird - M No likelihood to occur. Glossy Ibis in colonies with other waterbirds; nests site. assessment required. in trees or shrubs growing in water. Recorded in the local area in suitable habitat during survey. Favours coastal areas and requires an No suitable habitat on or Pandion cristatus Further impact Bird V - extensive area of open fresh, brackish or near the site within the Observed nesting in artificial breeding sites Eastern Osprey assessment required. saline water for foraging. zone of influence. erected in the township and along the Clarence River. No likelihood to occur on site . Inhabit open woodland and forest, preferring a mosaic of vegetation types, a large population of birds as a source of food, and permanent water, and are often found in riparian habitats along or near watercourses or wetlands. In NSW, Only 1 record from the broader study area, Erythrotriorchis radiates preferred habitats include mixed Suitable potential habitat No further impact Bird E V Detectable all year. dating from 1987, 5 km west of Iluka. Red Goshawk subtropical rainforest, Melaleuca swamp on site. assessment required. Low likelihood to occur. forest and riparian Eucalyptus forest of coastal rivers. Breeding habitat within 1km of permanent water, often adjacent to rivers or clearings. Usually one of the tallest trees is selected for the nest location. Only 5 records were identified with the closest being 3km north east of the subject site in 1984 Found in timbered habitats with a Lophoictinia isura Suitable potential habitat and the most recent being 8km west of the Further impact Bird V - particular preference for timbered Detectable all year. Square-tailed Kite on site. subject site in 1991. assessment required. watercourses. This species was observed nearby during survey. High likelihood to occur. Lives in a range of inland habitats, especially along timbered watercourses Marginally suitable Only 1 record from the broader study area, Hamirostra melanosternon No further impact Bird V - and in areas with less than 500mm of potential foraging habitat Detectable all year. dating from 1981, in Iluka township. Black-breasted Buzzard assessment required. rainfall. Specializes in eating large eggs, on site. Low likelihood to occur. including emu eggs.

Keystone Ecological 118 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Status Status EPBC Survey Fauna Group Scientific Name TSC Act Habitat Requirements Suitability of Site Likelihood to occur Impact assessment Act considerations (1995) (1999) Most commonly seen foraging over Large number of records (>120) in the broader water bodies or near coastal waters; will Marginally suitable study area. Haliaeetus leucogaster occasionally forage over open country No further impact Bird - M potential nesting habitat Observed nesting in golf course to the north of White-bellied Sea-eagle for carrion. Highly mobile and travels assessment required. on site. the subject site. long distances. Nests and roosts high in Low likelihood to occur on the subject site. trees in well-timbered country. Found in tropical and temperate open wooded country, particularly in arid and semi-arid areas. Partly nomadic, in Circus assimilis No suitable habitat on No further impact Bird V - response to local conditions. Hunts low Low likelihood to occur. Spotted Harrier site. assessment required. over the ground, favoured prey are ground birds; will also take mice, rats, rabbits and lizards. Abundant in the northern tropics, but very sparse across the southern part of Grus rubicunda its range. Often forage in dry grassland, No suitable habitat on No further impact Bird V - No likelihood to occur. Brolga ploughed paddocks or desert claypans site. assessment required. but dependent on wetlands, especially shallow swamps. Marginally suitable Only 3 records from the broder study area with Inhabits open forests and woodlands Burhinus grallarius potential habitat on site; the closest and most recent being 1km west of No further impact Bird E - with a sparse grassy ground layer and Detectable all year. Bush Stone-curlew probably weed the subject site in 2010. assessment required. fallen timber infestations too dense. Low likelihood to occur. Esacus neglectus Occurs on open, undisturbed beaches No suitable habitat on No further impact Bird CritE - No likelihood to occur. Beach Stone-curlew and estuaries site. assessment required. Haemotopus longirostris No suitable habitat on or Favours intertidal flats of inlets and bays, Observed in the local area during survey. No further impact Bird Australian Pied E - near the site within the open beaches and sandbanks No likelihood to occur on site. assessment required. Oystercatcher zone of influence. No suitable habitat on or Haemotopus fuliginosus Occurs on rocky headlands and exposed Observed in the local area during survey. No further impact Bird V - near the site within the Sooty Oystercatcher reefs, beaches and muddy estuaries No likelihood to occur on site. assessment required. zone of influence. Occurs on beaches, harbours and Charadrius mongolus No suitable habitat on No further impact Bird V - estuaries with large intertidal sand flats No likelihood to occur. Lesser Sand-plover site. assessment required. or mudflats Occurs mainly on sheltered sandy, shelly Charadrius leschenaultia No suitable habitat on No further impact Bird V - or muddy beaches or estuaries with No likelihood to occur. Greater Sand-plover site. assessment required. large intertidal mudflats or sandbanks. Estuaries, wave-washed rocks and reefs, Tringa brevipes waterways in mangroves, tidal mudflats, No suitable habitat on No further impact Bird - M No likelihood to occur. Grey-tailed Tattler beaches. Overwinters in southern site. assessment required. hemisphere. Tringa incana Found on rocky coasts with reefs and Wandering Tattler No suitable habitat on No further impact - M platforms. Forages among rocks, shingles No likelihood to occur. site. assessment required. and shallow pools.

Estuaries, channels among mangroves, tidal flats, coral cays, flat exposed reefs, Numenius phaeopus No suitable habitat on No further impact Bird - M flooded paddocks, occasionally sewage No likelihood to occur. Whimbrel site. assessment required. farms, bare grasslands, sportsgrounds, lawns. Winters in southern hemisphere.

Keystone Ecological 119 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Status Status EPBC Survey Fauna Group Scientific Name TSC Act Habitat Requirements Suitability of Site Likelihood to occur Impact assessment Act considerations (1995) (1999) Mainly coastal: sandspits, mudflats, Numenius madagascariensis waterways in saltmarsh, mangroves; No suitable habitat on No further impact Bird - M No likelihood to occur. Eastern Curlew occasionally fresh or brackish lakes, bare site. assessment required. grassland near water. Tidal mudflats, saltmarsh, sandspits, sandy or shell-grit beaches, shallow No suitable habitat on or Calidris ruficollis Observed in the local area during survey. No further impact Bird - M margins of salt or freshwater lakes often near the site within the Red-necked Stint No likelihood to occur on site. assessment required. far inland, sewage farms. Winters in zone of influence. southern hemisphere. Tidal reefs and pools, weed-covered rocks washed by surf, pebbly shores, No suitable habitat on or Arenaria interpres mudflats, occasionally inland shallow Observed in the local area during survey. No further impact Bird - M near the site within the Ruddy Turnstone waters, sewage farms or bare open No likelihood to occur on site. assessment required. zone of influence. ground near coast. Winters in southern hemisphere. Widespread in non-breeding season in coastal Australasia, Melanesia and Pluvialis fulva Polynesia. Usually in coastal habitats No suitable habitat on No further impact Bird - M No likelihood to occur. Pacific Golden Plover (beaches, mudflats, sandflats, site. assessment required. mangroves, saltmarsh, seagrass), though occasionally in inland wetlands. Pluvialis squatarola Occurs along coastal areas except for No suitable habitat on No further impact Bird Grey Plover - M breeding sites which occur in tundra, No likelihood to occur. site. assessment required. often in drier areas. Breeds in the Palaearctic. In Australia Tringa nebularia over summer, on coast and inland, in No suitable habitat on No further impact Bird - M No likelihood to occur. Common Greenshank estuaries, mudflats, mangrove swamps site. assessment required. and lagoons. Occurs in sheltered, coastal habitats with large, intertidal mudflats / sandflats. Often on sandy beaches with mudflats Calidris tenuirostris No suitable habitat on No further impact Bird V M nearby, sandy spits and islets; No likelihood to occur. Great Knot site. assessment required. sometimes on exposed reefs or rock platforms. Migrates to Australia from late Aug to early Sep. Non-breeding migrant to Australia in the warmer months. Found in dense cover in Gallinago hardwickii No suitable habitat on No further impact Bird - M any vegetation around wetlands, also No likelihood to occur. Latham's Snipe site. assessment required. saltmarsh and creek edges when migrating. Favours sheltered parts of coast (estuarine sandflats, mudflats, harbours, lagoons, saltmarshes, reefs) for feeding / Limicola falcinellus No suitable habitat on No further impact Bird V - roosting. Occasionally seen in sewage No likelihood to occur. Broad-billed Sandpiper site. assessment required. farms or shallow freshwater lagoons. Roosts on banks on sheltered sand, shell or shingle beaches. Usually found in sheltered bays, No suitable habitat on or Limosa limosa estuaries and lagoons with large Observed in the local area during survey. No further impact Bird V - near the site within the Black-tailed Godwit intertidal mudflats and/or sandflats No likelihood to occur on site. assessment required. along coast. zone of influence.

Keystone Ecological 120 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Status Status EPBC Survey Fauna Group Scientific Name TSC Act Habitat Requirements Suitability of Site Likelihood to occur Impact assessment Act considerations (1995) (1999) Xenus cinereus Occurs on coastal mudflats, lagoons, No suitable habitat on No further impact Bird V M No likelihood to occur. Terek Sandpiper creeks and estuaries site. assessment required. Summer migrant, in Australia from August to April. Commonly seen in fresh Tringa stagnatilis No suitable habitat on No further impact Bird - M or brackish wetlands such as rivers, No likelihood to occur. Marsh Sandpiper site. assessment required. water meadows, sewage farms, drains, lagoons and swamps. Found on muddy edges or rocky shores Actitis hypoleucos of coastal or inland wetlands, saline or No suitable habitat on No further impact Bird Common Sandpiper - M No likelihood to occur. fresh. Breeds in Eurasia and part of the site. assessment required.

population overwinters in Australia. Summer migrant to Australia from the Arctic. Prefers grassy edges of shallow Calidris acuminate inland freshwater wetlands. Found also No suitable habitat on No further impact Bird - M No likelihood to occur. Sharp-tailed Sandpiper on sewage farms, flooded fields, site. assessment required. mudflats, mangroves, beaches and rocky shores. Breeds in the Arctic and flies non-stop to Calidris canutus Australia. Feed in large flocks on the No suitable habitat on No further impact Bird - M No likelihood to occur. Red Knot coast in sandy estuaries with tidal site. assessment required. mudflats. Tidal mudflats, estuaries, sewage farms; occasionally on shallow river-margins, Limosa lapponica No suitable habitat on No further impact Bird - M brackish or salty inland lakes, flooded No likelihood to occur. Bar-tailed Godwit site. assessment required. pastures, airfields. Needs soft sand / mud. Winters in southern hemisphere. Breeds in Siberia and migrates to Australia in warmer months. Forages in Calidris ferruginea No suitable habitat on No further impact Bird E M shallow water of intertidal mudflats of No likelihood to occur. Curlew Sandpiper site. assessment required. sheltered coasts. Roosts on beaches, spits/islets, saltmarsh or on rocky shore. Calidris melanotos Pectoral Sandpiper Prefer shallow fresh to saline wetlands. No suitable habitat on No further impact Bird - M No likelihood to occur. Found near the coast. site. assessment required.

Found in coastal areas on low beaches of firm sand, near reefs and inlets, along Calidris alba No suitable habitat on No further impact Bird V - tidal mudflats and bare open coastal No likelihood to occur. Sanderling site. assessment required. lagoons; individuals are rarely recorded in near-coastal wetlands. Coastal offshore waters, larger bays, Stercorarius parasiticus occasionally coastal inlets, lakes, usually No suitable habitat on No further impact Bird - M No likelihood to occur. Arctic Jaeger in storms. Overwinters in southern site. assessment required. hemisphere. Anous stolidus This species occurs in groups in the Common Noddy pelagic zone. Breeding occurs on or near No suitable habitat on No further impact Bird - M No likelihood to occur. islands on grass, rock or among coral site. assessment required. rubble. Onchyprion fuscata Terrestrial habitat confined to offshore No suitable habitat on No further impact Bird V - No likelihood to occur. Sooty Tern islands. site. assessment required.

Keystone Ecological 121 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Status Status EPBC Survey Fauna Group Scientific Name TSC Act Habitat Requirements Suitability of Site Likelihood to occur Impact assessment Act considerations (1995) (1999) Offshore waters, beaches, reefs, bays, tidal mudflats, lower reaches of larger No suitable habitat on or Sterna hirundo Observed in the local area during survey. No further impact Bird - M rivers with sandbars, sewage farms, near the site within the Common Tern No likelihood to occur on site. assessment required. occasionally swamps near coast. zone of influence. Overwinters in southern hemisphere. Large waters generally, fresh or salt Sterna caspia lakes, larger rivers, reservoirs, estuaries, No suitable habitat on No further impact Bird - M Low to no likelihood to occur. Caspian Tern tidal mudflats, beaches, shallow coastal site. assessment required. waters. Prefers sheltered coastal environments; may occur several kms from the sea in harbours, inlets and rivers. Nests in No suitable habitat on or Sternula albifrons Observed in the local area during survey. No further impact Bird E - small colonies in low dunes or on sandy near the site within the Little Tern No likelihood to occur on site. assessment required. beaches just above high tide mark near zone of influence. estuary mouths or adjacent to coastal lakes and islands. 3 records from the broader study area were identified with the closest being 1km east of the Detectable when Ptilinopus magnificus Suitable potential habitat subject site in 1979 and the most recent being Further impact Bird V - Occurs in rainforest. feeding in suitable Wompoo Fruit-dove on site. 5km north of the subject site in 1994. A large assessment required. habitat. number of rainforest flora species High likelihood to occur. 79 records from the broader study area with the closest being 1km east of the subject site in 1985 and the most recent being 8km west of the Ptilinopus regina Suitable potential habitat Further impact Bird V Occurs in rainforest. Detectable all year. subject site in 2004. Rose-crowned Fruit-dove on site. assessment required. This species was observed nearby in Iluka NR and was heard on site. High likelihood to occur. 10 records from the broader study area with the closest and most recent being 3km east of the Breeds in large hollow-bearing trees in Calyptorhynchus lathami Suitable potential habitat subject site in 2012. Further impact Bird V - forest and forages on Allocasuarina Detectable all year. Glossy Black-Cockatoo on site. Characteristicaly chewed cones were observed assessment required. species. by Fitzgerald (2005) under an Allocasuarina littoralis at the northern edge of the subject site. Mostly in dry open eucalypt forests and woodlands. Feeds on tree nectar and 12 records from the broader study area with the pollen, particularly profusely-flowering closest being 1km east of the subject site in 1989 Glossopsitta pusilla Suitable potential habitat Further impact Bird V - eucalypts, but also melaleucas and Detectable all year. and the most recent being 5km south of the Little Lorikeet on site. assessment required. mistletoes and mistletoe fruit. Nomadic, subject site in 2012. movements probably related to food High likelihood to occur. availability. Occurs in high rainfall coastal low Pezoporus wallicus wallicus heathlands and sedgelands, that provide No suitable habitat on No further impact Bird V - Low likelihood to occur. Eastern Ground Parrot very dense cover (90% or more) and site. assessment required. below one metre in height. Only 1 record from the broader study area being Tyto novaehollandiae Occurs in forests, but often hunts along Suitable foraging habitat 3km west of the subject site in 1998. Much mor No further impact Bird V - Detectable all year. Masked Owl forest edges such as roadsides. on site. common in the hitterland forests. assessment required. Low likelihood to occur.

Keystone Ecological 122 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Status Status EPBC Survey Fauna Group Scientific Name TSC Act Habitat Requirements Suitability of Site Likelihood to occur Impact assessment Act considerations (1995) (1999) Occur in areas of tall grass, including Tyto longimembris swampy areas, grassy plains, swampy No suitable habitat on No further impact Bird V - Low likelihood to occur. Eastern Grass Owl heath, cane grass, or sedges on site. assessment required. floodplains. Occurs in eucalypt woodland, open 5 records from the broader study area with the forest, swamp woodlands and timbered closest being 1km south of the subject site in Ninox connivens Marginally suitable No further impact Bird V - watercourses. Occasionally uses dense Detectable all year. 1981 and the most recent being 8km north west Barking Owl habitat on site. assessment required. vegetation for roosting. Breeds in of the subject site in 2009. hollows in large old trees. Moderate likelihood to occur. 4 records from the broader study area were Usually roosts in dense vegetation and identified with the closest being 4km north of the Ninox strenua Marginally suitable No further impact Bird V - hunts for arboreal mammals across large Detectable all year. subject site in 1980 and the most recent being Powerful Owl habitat on site. assessment required. home range. 5km west of the subject site in 2012. Moderate likelihood to occur. Almost exclusively aerial, flying over most habitat types. Arrive from Siberia Apus pacificus No suitable habitat on No further impact Bird - M in spring and depart in autumn. Feed on Low to no likelihood to occur. Fork-tailed Swift site. assessment required. edge of low pressure systems. Threats to this species in Australia are negligible. Non-breeding popn migrates from Asia in spring and departs autumn along either side of Gt Div Rge. Most of its time Observed flying overhead during fauna surveys. Hirundapus caudacutus Suitable potential habitat Further impact Bird - M spent feeding on the wing, high along Low likelihood to use terrestrial habitats of the White-throated Needletail on site. assessment required. storm fronts. Roosts infrequently in subject site. terrestrial habitats and terrestrial habitat largely irrelevant. Large number (>100) records from the broader Occurs in many habitats where there are study with the closest being within 1km north of open areas for foraging, well-placed Merops ornatus Suitable potential habitat the subject site in 1978 and the most recent Further impact Bird - perches to from which to forage, a water Rainbow Bee-eater M on site. being 4km south of the subject site in 2012. assessment required. source and breeding habitat such as This species was observed foraging and nesting sandy creek banks. on site. 10 records from the broader study with the closest being 1km south east of the subject site in Coracina lineata Occurs in rainforest and large tracts of Suitable potential habitat 1979 and the most recent being 2km north of the Further impact Bird V Detectable all year. Barred Cuckoo-shrike eucalypt forest. on site. subject site in 1992. This species was observed assessment required. nearby at the time of survey. High likelihood to occur. 50 records from the broader study with the Occurs in rainforest, especially littoral closest being less than 1km east of the subject Carterornis leucotis rainforest and swamp forest. Prefers the Suitable potential habitat Further impact Bird V Detectable all year. site in 1993 and the most recent being 3km north White-eared Monarch ecotone between open vegetation and on site. assessment required. of the subject site in 2013. rainforest. High likelihood to occur. In NSW, occurs from upper Hunter Valley to the western slopes in Box-Gum Pomatostomus temporalis Woodlands on the slopes, and Box- No suitable habitat on No further impact Bird V - Low likelihood to occur. Grey-crowned Babbler Cypress-pine and open Box Woodlands site. assessment required. on alluvial plains. Central Coast record is probably a misidentification or vagrant. Daphoenositta chrysoptera Found in eucalypt woodlands and Suitable potential habitat 8 records from the broader study with the closest Further impact Bird V - Detectable all year. Varied Sittella forests, preferring rough-barked trees or on site. being 1km south of the subject site in 1978 and assessment required.

Keystone Ecological 123 Ref: CVC 14 – 695 – October 2015 Appendix 2: Fauna Details

Status Status EPBC Survey Fauna Group Scientific Name TSC Act Habitat Requirements Suitability of Site Likelihood to occur Impact assessment Act considerations (1995) (1999) mature trees with hollows or dead the most recent being 9km north west of the branches. subject site in 2001. Observed foraging on site. Primary habitat in mangrove and Lichenostomus fasciogularis No suitable habitat on No further impact Bird V - shrublands but may also range into Low likelihood to occur. Mangrove Honeyeater site. assessment required. adjacent forests. Forages in mangroves. 16 records from the broader study area with the closest and most recent being 1km south of the subject site in 2004. However, most records date Occurs in a number of forest habitats but from the 1970s and 1990s and have been Dasyurus maculatus Suitable potential habitat No further impact Mammal V E requires large areas of relatively intact Detectable all year. generated by a community survey that often Spotted-tailed Quoll on site. assessment required. forest. generates records of uncertain dates. It is likely that the local population of this species persists only in very low numbers, if at all. Low likelihood to occur. Detectable all year, but 16 records from the broader study area with the particularly in mating closest being within 1km of the subject site in Phascogale tapoatafa Prefers dry sclerophyll open forest with Marginally suitable No further impact Mammal V - season (May-July) 1991 and the most recent being 9km west of the Brush-tailed Phascogale sparse ground cover. potential habitat on site. assessment required. when males are subject site in 2002. seeking mates. Low likelihood to occur. Occurs in a range of forest, heath and Planigale maculata No suitable habitat on No further impact Mammal V - marshland where there is surface cover Low likelihood to occur. Common Planigale site. assessment required. and usually close to water. A large number of records from the broader study area (>315) as the Iluka population has been well studied. Thought to be (at least Phascolarctos cinereus Further impact Mammal V V Inhabits eucalypt woodlands and forests. Suitable habitat on site. Detectable all year. functionally) extinct. The most recent record was Koala assessment required. 5km north west of the subject site in 2013. This species was photographed on site by camera trap during survey. Favours tall mature eucalypt forest in Petaurus australis No suitable habitat on No further impact Mammal V - areas with high rainfall and nutrient rich Low to no likelihood to occur. Yellow-bellied Glider site. assessment required. soils. 24 records within the broader study area with Marginally suitable the closest being less than 1km south of the Petaurus norfolcensis Inhabits Blackbutt- Bloodwood forests potential habitat on site. No further impact Mammal V Detectable all year. subject site in 2010 and the most recent being Squirrel Glider with heath understorey in coastal areas. Poor foraging habitat, assessment required. 5km south of the subject site in 2012. some denning sites. Moderate likelihood to occur. Only 1 record within the broader study area Inhabits a variety of forests from tall, being 5km west of the subject site (on the other moist eucalypt forest to open woodland, Aepyprymnus rufescens Marginally suitable side of the Highway and the river), dating from Further impact Mammal V - with a tussock grass understorey. A Detectable all year. Rufous Bettong potential habitat on site. 2012. No records east of the hhighway and none assessment required. dense cover of tall native grasses is the on or near the Iluka peninsula. preferred shelter. Low likelihood to occur. Foraging habitat in flowering eucalypts, Detectable when 70 records within the broader study area with Pteropus poliocephalus particularly winter-flowering species; Suitable potential foraging habitat the closest being 1km to the east in 1994 and the Further impact Mammal V V Grey-Headed Flying-fox camps in dense wet forest or rainforest foraging habitat on site. fruiting and/or most recent being 4km to the south in 2012. assessment required. gullies. flowering. High likelihood to occur.

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Status Status EPBC Survey Fauna Group Scientific Name TSC Act Habitat Requirements Suitability of Site Likelihood to occur Impact assessment Act considerations (1995) (1999) 21 records within the broader study area with the closest being 1km to the east in 1990 and the Roosts in littoral rainforest and feeds on most recent being 6km to the south in 2006. Syconycteris australis flowers (particularly Banksia) in Suitable potential habitat Further impact Mammal V Detectable all year. A breeding population of this species occurs Common Blossom-bat adjacent heathland and paperbark on site. assessment required. adjacent to the subject site in Iluka NR. swamps. High likelihood to occur.

2 records from within the broader study area Occur in dry sclerophyll forest and with the closest and most recent being 3km west Mormopterus norfolkensis Suitable potential habitat Further impact Mammal V - woodland, roost in hollows and man- Detectable all year. of the subject site in 2002. Eastern Freetail-bat on site. assessment required. made structures. This species was recorded foraging on site during survey. 76 records within the broader study area with the closest being 1km to the east in 1994 and the Occurs in lowland subtropical rainforest Marginally suitable most recent being 2km to the south in 2008. Nyctophilus bifax and wet and swamp eucalypt forest. Further impact Mammal V - foraging and roosting Detectable all year. A large number of records are from Iluka NR. Eastern Long-eared Bat Roosts in tree hollows, among epiphytes assessment required. potential habitat on site. Possibly recorded foraging on the site during and dense clumps of rainforest foliage. survey. High likelihood to occur. Miniopterus schreibersii Only 2 records from the broader study area 1998 Roosts in caves and forages above tree Suitable potential habitat Most active mid spring No further impact Mammal oceanensis V - and 2001. canopies. on site. to mid autumn. assessment required. Eastern Bent-wing Bat Low likelihood to occur. 35 records from the broader study area with the closest being 1km east of the subject site in 1984 Miniopterus australis Roosts in caves and forages beneath tree Suitable potential Most active mid spring and the most recent being 5km south of the Further impact Mammal V - Little Bentwing-bat canopies. foraging habitat on site. to mid autumn. subject site in 2012. assessment required. This species was recorded foraging on site during survey. Roosts in tree hollows and forages in open understorey of dry open eucalypt forests dominated by Spotted Gum, Chalinolobus nigrogriseus No potential habitat on No further impact Mammal V - boxes and ironbarks, and heathy coastal Low likelihood to occur. Hoary wattled bat site. assessment required. forests where Red Bloodwood and Scribbly Gum are common. Flies fast below the canopy. 25 records from the broader study area with the closest being 5km south west of the subject site Forages over large bodies of water and in 2003 and the most recent being 10km west of Suitable potential Myotis macropus roosts in hollows or under old wooden the subject site in 2015. No records of this No further impact Mammal V - roosting habitat on site in Detectable all year. Large-footed Myotis bridges, sometimes up to 10 km from species from the Iluka peninsula and all known assessment required. the hollow-bearing trees. foraging habitat. roosting sites beneath bridges over the Clarence River and its tributaries. Low likelihood to occur. Found in a variety of habitats from woodland through to moist and dry Marginally suitable Only 6 records from the broader study area with Scoteanax rueppellii eucalypt forest and rainforest, though potential habitat on site; Most active mid spring closest and most recent being 2km south of the No further impact Mammal V - Greater Broad-nosed Bat most commonly found in tall wet forest. probably too cluttered to mid autumn. subject site in 2008. assessment required. Roosts in tree hollows and forages over with Lantana. Moderate likelihood to occur. creeks and other corridors in forest.

Keystone Ecological 125 Ref: CVC 14 – 695 – October 2015

APPENDIX 3

SECTION 5A ASSESSMENTS “SEVEN PART TESTS”

Appendix 3: Seven Part Tests

Swamp Sclerophyll Forest

Swamp Sclerophyll Forest on Coastal Floodplains of the NSW North Coast, Sydney Basin and South East Corner bioregions is listed as an Endangered Ecological Community under the NSW Threatened Species Conservation Act (1995). It is not listed under the schedules of the Commonwealth Environmental Protection and Biodiversity Conservation Act (1999).

Swamp Sclerophyll Forest on Coastal Floodplains of the NSW North Coast, Sydney Basin and South East Corner bioregions includes and replaces Sydney Coastal Estuary Swamp Forest in the Sydney Basin bioregion Endangered Ecological Community.

This community is associated with humic clay loams and sandy loams, on waterlogged or periodically inundated alluvial flats and drainage lines associated with coastal floodplains (NSW Scientific Committee 2011). It occurs typically as open forests to woodlands, although partial clearing may have reduced the canopy to scattered trees or scrub. The understorey may contain areas of fernland and tall reedland or sedgeland which in turn may also form mosaics with other floodplain communities and often fringe wetlands with semi-permanent standing water (NSW Scientific Committee 2011).

Swamp Sclerophyll Forest on Coastal Floodplains generally occurs below 20 metres ASL, often on small floodplains or where the larger floodplains adjoin lithic substrates or coastal sand plains (NSW Scientific Committee 2011).

The species composition of Swamp Sclerophyll Forest is primarily determined by the frequency and duration of waterlogging and the texture, salinity nutrient and moisture content of the soil. The species composition of the trees varies considerably, but the most widespread and abundant dominant trees include Eucalyptus robusta Swamp Mahogany, Melaleuca quinquenervia and, south from Sydney, Eucalyptus botryoides Bangalay and Eucalyptus longifolia Woollybutt (OEH 2015a).

Other trees may be scattered throughout at low abundance or may be locally common at few sites, including Callistemon salignus Sweet Willow Bottlebrush, Casuarina glauca Swamp Oak and Eucalyptus resinifera subsp. hemilampra Red Mahogany, Livistona australis Cabbage Palm and Lophostemon suaveolens Swamp Turpentine (OEH 2015a).

A layer of small trees may be present, including Acacia irrorata Green Wattle, Acmena smithii Lilly Pilly, Elaeocarpus reticulatus Blueberry Ash, Glochidion ferdinandi Cheese Tree, Melaleuca linariifolia and M. styphelioides. Shrubs include Acacia longifolia, Dodonaea triquetra, Ficus coronata, Leptospermum polygalifolium subsp. polygalifolium and other Melaleuca species. Occasional vines include Parsonsia straminea, Morinda jasminoides and Stephania japonica var. discolor.

The groundcover is composed of abundant sedges, ferns, forbs, and grasses including Gahnia clarkei, Pteridium esculentum, Hypolepis muelleri, Calochlaena dubia, Dianella caerulea, Viola hederacea, Lomandra longifolia, Entolasia marginata and Imperata cylindrica (OEH 2015a).

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Swamp Sclerophyll Forest has been extensively cleared and modified. Large areas that formerly supported this community are occupied by exotic pastures grazed by cattle, market gardens, other cropping enterprises and, on the far north coast, canefields. The remaining area of Swamp Sclerophyll Forest on Coastal Floodplains is likely to represent much less than 30% of its original range (NSW Scientific Committee 2011).

A small minority of the remaining area occurs on public land and the remaining stands are severely fragmented by past clearing and further threatened by continuing fragmentation and degradation, flood mitigation and drainage works, landfilling and earthworks associated with urban and industrial development, pollution from urban and agricultural runoff, weed invasion, overgrazing, trampling and other soil disturbance by domestic livestock and feral animals including pigs, activation of 'acid sulfate soils', removal of dead wood and rubbish dumping. Relatively few examples of Swamp Sclerophyll Forest on Coastal Floodplains remain unaffected by weeds.

Small areas of Swamp Sclerophyll Forest on Coastal Floodplains of the NSW North Coast, Sydney Basin and South East Corner bioregions are contained within existing conservation reserves, including Bungawalbin, Tuckean and Moonee Beach Nature Reserves, and Hat Head, Crowdy Bay, Wallingat, Myall Lakes and Garigal National Parks (NSW Scientific Committee 2011).

This vegetation type occurs in the intact swales at the western edge of the site.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to an endangered ecological community.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to an endangered ecological community.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Keystone Ecological 128 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Response:

The proposed works will not remove any of this community or its habitat on site. It is to be retained in its entirety and be subject to conservation management, with an emphasis on weed control. It will be further protected from edge effects by the presence of a substantial buffer of Low Acacia Woodland.

The proposal is unlikely to place the local occurrence of this community at risk of extinction.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

No works are to occur in or close to the footprint with this vegetation community remaining intact. Sediment and stormwater controls will also prevent degradation of its habitat.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

The proposed works will not remove or modify any of the extent of this community on site.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

In the local area the connectivity of this vegetation will be maintained.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

The proposed works will not remove or modify or fragment any of the extent of this community on site therefore, will not impact on the long-term survival of this community.

(e) whether the action proposed is likely to have an adverse effect on critical habitat

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(either directly or indirectly),

Response:

No critical habitat has been declared for this endangered ecological community.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

OEH is currently developing a targeted approach for managing Ecological Communities. In the interim, the following management actions have been identified for this community (OEH 2015b):

1. Undertake research to determine minimum fire frequency. 2. Collate existing information on vegetation mapping and associated data for this EEC and identify gaps in knowledge. Conduct targeted field surveys and ground truthing to fill data gaps and clarify condition of remnants. 3. Prepare identification and impact assessment guidelines and distribute to consent and determining authorities. 4. Use mechanisms such as Voluntary Conservation Agreements to promote the protection of this EEC on private land. 5. Liaise with landholders and undertake and promote programs that ameliorate threats such as grazing and human disturbance. 6. Enhance the capacity of persons involved in the assessment of impacts on this EEC to ensure the best informed decisions are made. 7. Undertake weed control for Bitou Bush and Boneseed at priority sites in accordance with the approved Threat Abatement Plan and associated PAS actions. 8. Identify and prioritise other specific threats and undertake appropriate on- ground site management strategies where required. 9. Investigate the ecology of Swamp sclerophyll forest species with particular emphasis on the importance of drying and wetting cycles in maintaining ecosystem health. 10. Determine location, species composition and threats to remaining remnants to assist with prioritising restoration works. 11. Collect seed for NSW Seedbank. Develop collection program in collaboration with Botanic Gardens Trust - all known provenances (conservation collection). 12.Investigate seed viability, germination, dormancy and longevity (in natural environment and in storage).

A number of specific recovery activities have also been identified (OEH 2015a):

1. Instigate pig, deer and goat control programs; 2. Ensure that the fire sensitivity of the community is considered when planning hazard reduction and asset management burning; 3. Protect habitat by minimising further clearing of the community. This requires

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recognition of the values of all remnants in the land use planning process, particularly development consents, rezonings and regional planning; 4. Promote regeneration by avoiding prolonged or heavy grazing; and 5. Undertake restoration including bush regeneration, revegetation and weed control, and promote public involvement in this restoration.

The entire occurrence of this community and surrounding vegetation on site will be retained.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposed works contribute to the Key Threatening Process “Clearing of Native Vegetation”, but not within the habitat of this community.

REFERENCES

Anderson, J. and Asquith, J. (2002) Findings of the coastal lowland forests/swamp mahogany project: final report. Report to the NSW State Wetlands Advisory Committee Benson, D.H. (1986) The native vegetation of the Gosford – Lake Macquarie 1:100 000 map sheets. Cunninghamia 1, 467-490 Benson, D.H. and Howell, J. (1994) The native vegetation of the Sydney 1:100 000 map sheet. Cunninghamia 3, 679-788 Benson, D.H. and Howell, J. (1990) 'Taken for granted: the bushland of Sydney and its suburbs.' Kangaroo Press, Sydney Benson, D.H., Howell, J. and McDougall, L. (1996) 'Mountain devil to mangrove.' Royal Botanic Gardens, Sydney Boulton, A.J. and Brock M.A. (1999) 'Australian freshwater wetlands: processes and management.' Gleneagles Publishing, Glen Osmond Douglas, S. and Anderson, J. (2002) Eucalyptus robusta (Swamp Mahogany) communities and their conservation status in New South Wales. Swamp mahogany project. Central coast community environment network Inc Goodrick, G.N. (1970) A survey of wetlands of coastal New South Wales. Technical Memorandum No. 5. CSIRO, Canberra Hughes, L. (2003) Climate change and Australia: trends, projections and impacts. Austral Ecology 28, 423-443 IPCC (2001) Climate change 2001: Impacts, adaptation and vulnerability. Report from Working Group II. Intergovernmental Panel on Climate Change, Geneva Johnston, S.G., Slavich, P.G. and Hirst, P. (2003) Alteration of groundwater and sediment geochemistry in a sulfidic backswamp due to Melaleuca quinquenervia encroachment. Australian Journal of Soil Research 41, 1343-1367 Keith, D.A. (2002) 'A compilation map of native vegetation for New South Wales.' NSW Biodiversity Strategy. NSW National Parks and Wildlife Service, Sydney

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Keith, D.A. (2004) 'Ocean shores to desert dunes: the native vegetation of New South Wales and the ACT.' NSW Department of Environment and Conservation, Sydney Keith, D.A. and Scott, J. (2005) Native vegetation of coastal floodplains– a broad framework for definition of communities in NSW. Pacific Conservation Biology 11, in press Law, B.S. (1994) Nectar and pollen: dietary items affecting the abundance of the Common blossum bat (Syconycteris australis) in NSW Australian Journal of Ecology 19, 425- 434 Law, B.S., Mackowski, C., Schoer, L. and Tweedie, T. (2002b) The flowering phenology of myrtaceous trees and their relation to environmental and disturbance variables in Northern New South Wales. Austral Ecology 25, 160-178 NSW National Parks and Wildlife Service (1999). Forest ecosystem classification and mapping for the upper and lower north east Comprehensive Regional Assessment. NSW National Parks and Wildlife Service, Coffs Harbour NSW National Parks and Wildlife Service (2000) Vegetation Survey, Classification and Mapping: Lower Hunter and Central Coast Region. Version 1.2. NSW National Parks and Wildlife Service, Sydney NSW National Parks and Wildlife Service (2002) Native vegetation of the Wollongong escarpment and coastal plain. NSW National Parks and Wildlife Service, Sydney NSW Scientific Committee (2011) Swamp Sclerophyll Forest on Coastal Floodplains of the NSW North Coast, Sydney Basin and South East Corner bioregions. Final determination Office of Environment and Heritage (2015a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2015b) Swamp Sclerophyll Forest on Coastal Floodplains of the NSW North Coast, Sydney Basin and South East Corner bioregions Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x) Pressey, R.L. (1989a) Wetlands of the lower Clarence floodplain, northern coastal New South Wales. Proceedings of the Linnean Society of NSW 111, 143-155 Pressey, R.L. (1989a) Wetlands of the lower Macleay floodplain, northern coastal New South Wales. Proceedings of the Linnean Society of NSW 111, 157-168 Pressey, R.L. and Griffith, S.J. (1992) Vegetation of the coastal lowlands of Tweed shire, northern New South Wales, species and conservation. Proceedings of the Linnean Society of NSW 113, 203-243 Speight, J.G. (1990) Landform. In: 'Australian soil and land survey. Field handbook' Second edition (Eds. RC McDonald, RF Isbell, JG Speight, J, Walker, MS Hopkins), pp9-57. Inkata Press, Melbourne Stevenson, M. (2003) Remote sensing and historical investigation of environmental change and Melaleuca encroachment in Tuckean Swamp, north-eastern NSW. Unpublished report. School of Environmental Science and Management, Southern Cross University, Lismore Thackway, R. and Creswell, I.D. (1995) (eds) 'An interim biogeographic regionalisation of Australia: a framework for establishing the national system of reserves.' Australian Nature Conservation Agency: Canberra Thomas, V., Gellie, N. and Harrison, T. (2000) 'Forest ecosystem classification and

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mapping for the southern Comprehensive Regional Assessment.' NSW National Parks and Wildlife Service, Queanbeyan Tindall, D., Pennay, C., Tozer, M.G., Turner, K. and Keith, D.A. (2004) Native vegetation map report series. No. 4. Araluen, Batemans Bay, Braidwood, Burragorang, Goulburn, Jervis Bay, Katoomba, Kiama, Moss Vale, Penrith, Port Hacking, Sydney, Taralga, Ulladulla, Wollongong. NSW Department of Environment and Conservation and NSW Department of Infrastructure, Planning and Natural Resources, Sydney

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Phaius australis Lesser Swamp Orchid

Phaius australis is listed as Endangered under Schedule 2 of the Threatened Species Conservation Act (1995). This species is listed as Endangered under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

Phaius australis is one of the largest species of ground orchids in Australia (NSW Scientific Committee 1998). Its flower stems can grow up to 2 metres tall and has large broad leaves with a pleated like appearance (OEH 2015a).

It has had a problematic taxonomic history with the use of several names and the mixing up of at least three taxa. A full account of the resolution of its taxonomy is provided by the Commonwealth Department of the Environment (2015). All Phaius species in NSW are now considered to be Phaius australis and probably occurs as far south as Lake Cathie (DE 2015).

Since European settlement, 95% of the original populations of this species in north east NSW and south east Queensland have become extinct. Large populations persisted until the mid 1970s on the Gold Coast and until the mid 1980s on the Sunshine Coast (Benwell 1994b, quoted in DE 2015). At the time of listing, there were approximately 180 individuals known to occur in the wild in SNW (NSW Scientific Committee 1998). In NSW, populations are reserved in Broadwater, Yuraygir, and Bundjalung National Parks and in an area zoned for environmental protection in the Ballina LGA.

This species occurs in swampy grasslands or swampy forest, including rainforest, and typically at the margins (DE 2015). In NSW it is particularly known to grow in Melaleuca quinquenervia swamps (PlantNet 2015), where it can form dense colonies (Jones et al. 2010). Other than Melaleuca quinquenervia Broad-leaved Paperbark, associated species often include Corymbia intermedia Pink Bloodwood, Lophostemon confertus Brush Box, Callitris columellaris and Banksia species (Redland City Council, no date) or rainforest elements such as Archontophoenix cunninghamiana Bangalow Palm and Livistona australis Cabbage Tree Palm (DE 2015).

It occurs on a range of soils, from acidic waterlogged peat (pH 4.2) to peaty-sand (pH 7.0) (DE 2015). Soil parent materials include marine aeolian sand (most common), alluvium, granite, metasediments, hailstone gravel and sandstone. Soil types on sand range from shallow peat to humus/groundwater podzol (DE 2015).

It is thought that species in this genus are pollinated by bees but this species may also self-pollinate (DE 2015). All orchids require a highly specialized fungal association to germinate in the wild but nothing is yet known of the specific orchid mycorrhizal fungi involved in this association (DE 2015).

In areas where other member of the Phaius genus occur (such as in south east Queensland), survey must be conducted in the flowering season (spring) as they are only distinguishable by characteristics of the flower (DE 2015).

Keystone Ecological 134 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

The most significant threat to this species is the illegal collection for horticulture or cut flowers as orchid enthusiasts regard the species as being one of the most desirable for collection. The threat of land clearing remains a major threat to the small population (OEH 2015a) as do fire and weed infestations (particularly Lantana camara Lantana) (DE 2015).

This species was not recorded on the subject site but was recorded from swamp forest directly to the north by Fitzgerald (2005). Potential habitat for this species occurs on the subject site in the Swamp Sclerophyll Forest along its western boundary.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

Important aspects of the life cycle for this species are associated with the presence of appropriate habitat and soil fungi. The presence of pollinators is not critical. Past lands uses on this site have likely alienated all but the uncleared intact dune-swale sequence at the western boundary where remnant Swamp Sclerophyll Forest persists. The high intensity fires have also probably rendered much of the potential habitat on site unsuitable.

The proposal is restricted to the highly modified parts, distant from the area of potential habitat and so will not alter the life cycle triggers for this species.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Keystone Ecological 135 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

The potential habitat on site is within the remnant swamp forest vegetation on the western boundary. This area will be wholly retained and managed for conservation purposes. No area of suitable potential habitat will be removed or modified on site.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

The proposed works will retain the area of potential habitat and its connectivity to realised habitat to the north will be maintained. Therefore the proposed works will not fragment or isolate habitat for this species.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

The proposed works will not remove or modify or fragment any of the extent of habitat for this species on site. The proposal is unlikely to result in a significant adverse impact to the long term survival of this threatened species.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

There has been no critical habitat declared for this species in NSW.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

Keystone Ecological 136 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

This species has been addressed in a Recovery Plan (Benwell 1994) but due to it containing information that may aid in its illegal collection, it is generally unavailable.

This species has been assigned to the “site-managed” management stream by the Office of Environment and Heritage, as it is considered that this species can be successfully secured by carrying out targeted conservation projects on specific sites. OEH have nominated 5 such sites, the closest being on public land at Iluka (OEH 2015b), which is probably the population in Bundjalung National Park.

The objectives of the management actions to be undertaken in this population are:

1. Minimise illegal collection; 2. Maintain appropriate fire regime; 3. Reduce and maintain weed densities at low levels; 4. Reduce and maintain feral pig densities at low levels; and 5. Track species abundance and condition over time.

The following recovery activities have also been identified for this species (OEH 2015a)

1. View and photograph native orchids but leave them in the wild; 2. Buy plants only from licensed nurseries; 3. Assist with the control feral pigs; 4. Protect areas of habitat from frequent fire; 5. Protect areas of habitat from pollution; 6. Fence off swampy areas to exclude stock; 7. Control weeds; 8. Protect areas of habitat from clearing, draining or development; and 9. Report any records to the DEC.

The proposal retains the area of potential habitat with a vegetated buffer between it and the proposed development. The proposal will remove weeds in the areas to eb cleared and the retained vegetation is to be managed for conservation. These actions are consistent with these recovery strategies.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposed works contribute to the Key Threatening Process “Clearing of Native Vegetation”.

REFERENCES

Benwell, A.S. (1994) Swamp Orchids - Phaius australis, Phaius tancarvilleae Recovery

Keystone Ecological 137 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Plan. Hurstville: NSW NPWS Bishop, A. (1996) Field Guide to Orchids of New South Wales and Victoria. Sydney, NSW: University of New South Wales Press. Department of the Environment (2015) Phaius australis in Species Profile and Threats Database, Department of the Environment, Canberra. (http://www.environment.gov.au/sprat) Harden, G.J. (ed) (1993) Flora of New South Wales, Volume Four. Kensington, NSW: University of NSW Press. Harrison, D.K., H. Kwan and M.E. Johnston (2005) Molecular taxonomy of the Australian swamp orchid (Phaius spp.).Proceedings of the International Society on Horticulture in the Asian-Pacific Region. 694:121-124. Jones, D.L., Hopley, T. and Duffy, S.M. (2010) Australian Tropical Rainforest Orchids. Version 1.1 (http://keys.trin.org.au/key-server/data/08090a09-0d0e-410b- 860c-020705070e0e/media/Html/Phaius_australis.htm) NSW Scientific Committee (2004) Phaius australis Common Swamp-orchid – Endangered species determination - final. DEC (NSW), Sydney. Office of Environment and Heritage (2015a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2015b) Phaius australis Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x) PlantNET (2015) The Royal Botanic Gardens and Domain Trust, Sydney, Australia (http://plantnet.rbgsyd.nsw.gov.au) Redland City Council (no date) Lesser Swamp-orchid Phaius australis. Threatened species of the Redlands. (http://indigiscapes.redland.qld.gov.au/Plants/Documents/Lesser%20Swamp- orchid%20fact%20sheet.pdf) Rupp, H.M.R. (1943) The Orchids of New South Wales. Sydney: Government Printers Scientific Committee (2014) Approved conservation advice for Phaius australis Common Swamp-orchid Searle, J. and S. Maden (2006) Flora survey report South Stradbroke Island Management Area. Environmental Planning and sustainable development section Gold Coast City Council. Sparshott, K.M. and P.D. Bostock (1993) An assessment of rare and threatened wetlands flora and their habitats in National Estate interim listed areas on North Stradbroke Island. Qld Herbarium, Dept. Environment and Heritage. Sunshine Coast Regional Council (2009) Maroochy Regional Bushland Botanic Gardens - Plants and Wildlife. (http://www.sunshinecoast.qld.gov.au/sitePage.cfm?code=mrbbg-plants- wildlife) Weston, P.H. (1993) Orchidaceae, in G. J. Harden (Ed.) Flora of New South Wales Volume 4: 133-247. New South Wales University Press, Kensington

Keystone Ecological 138 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Acronychia littoralis Scented Acronychia

Achronychia littoralis is listed as Endangered under Schedule 2 of the Threatened Species Conservation Act (1995). This species is also listed as Endangered under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

This species is a small tree growing to 6 metres tall with four-petalled yellowish flowers produced in summer growing from the leaf and stem junction (OEH 2015a). Fruits that are produced during summer have a flattened oval shape and are a creamy lemon colour up to 20 millimetres in diameter, with four lobes separated by shallow fissures (Commonwealth Conservation Advice 2008).

It occurs within 2 kilometres of the coast from Port Macquarie in the south to Fraser Island in the north, on sand in humid areas with rainfall greater than 1,600 millimetres (Commonwealth Conservation Advice 2008). This species is found in transition zones between littoral rainforest and swamp sclerophyll forest; littoral and coastal cypress pine communities and margins of littoral forest (Department of the Environment 2015). Over 40% of the known populations are in national parks and nature reserves (Department of the Environment 2015), including the nearby Bundjalung National Park. The population within the park near the Esk River is a proposed key site for the conservation of this species (OEH 2015b).

There are two forms of this species, with one producing viable seeds and one that reproduces vegetatively (OEH 2015a). All known populations of this species occur in fragmented habitats susceptible to disturbance and are facing threats from development, weeds (particularly Lantana camara Lantana), salt-laden wind burn and fires (NSW Department of the Environment 2015).

This species was not recorded on the subject site during this or previous surveys. Potential habitat for this species occurs on the subject site in the Open Forest and Woodland and Low Acacia Woodland. This species was not recorded from the site and the its potential habitat is within the most highly modified areas, being cleared in the past, probably sand mined, repeatedly burnt in very hot fires and subsequently infested by transformer weeds, particularly Lantana camara Lantana.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

Little is known about the life cycle triggers for this species. It is very difficult to propagate from seed and it is mooted that it may need to pass through the gut of a bird to trigger germination (Erskine 2013). This species is also known to sucker, which may be a survival mechanism after fire. The closely related Acronychia imperforata is known to resprout after fire (NSW NPWS 2002).

Keystone Ecological 139 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

The known (presumably viable) local population occurs further north at the Esk River in Bundjalung National Park.

The proposed development will remove most of the poor quality marginal habitat on site while retaining the intact remnant vegetation and rehabilitating some of the other vegetation in Parks 1, 2 and 3.

The proposal is not considered likely to significantly alter either of the factors identified as having a likely impact on the life cycle of this species - fire and frugivores.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Poor quality marginal potential habitat occurs on site in the 16.71 hectares to be cleared.

(ii) whether an area of habitat is likely to become fragmented or isolated from other

Keystone Ecological 140 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests areas of habitat as a result of the proposed action, and

Response:

The pattern of fragmentation of habitat will be marginally altered. Connectivity of habitat within the site and with adjacent areas of bushland will be maintained by the retention and conservation management of Parks 1, 2 and 3. The regional wildlife corridor is located outside of the subject site and will not be impacted by the proposal. It is therefore considered that the degree of increased fragmentation is not significant, particularly considering that the site provides only potential habitat in a highly modified state.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

The habitat on site cannot be considered to be important for the long term survival of a local viable population as it provides potential habitat only and of highly modified, poor quality bushland. The known local population occurs to the north near the Esk River in Bundjalung National Park distant from the subject site.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

This species has been assigned to the “site managed species” management stream under the NSW Office of Environment and Heritage (OEH 2015b), as it is considered that this species can be successfully secured by carrying out targeted conservation projects on specific sites. Eight such sites have been identified for this species, none of which include the subject site (OEH 2015b).

The nearest management site is the Esk River site, and its management and the objectives of the management actions to be undertaken in this population are:

1. Reduce and maintain weed densities at low levels (particularly Bitou Bush); 2. Exclude fire; 3. Minimise accidental damage on road / track edges; 4. Determine the area of occupancy; and

Keystone Ecological 141 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

5. Track species abundance and condition over time.

The following recovery activities have also been identified for this species (OEH 2015a):

1. Protect areas of known habitat from disturbance; 2. Protect remaining areas of habitat from clearing and development; 3. Control weeds in areas of known habitat; 4. Always stay on designated four-wheel drive tracks; 5. Regenerate areas of known habitat, including planting of local rainforest species to protect Scented Acronychia from exposure to salt-laden winds; 6. Monitor population dynamics and threats of known populations; 7. Exclude domestic stock from known habitat; 8. Implement appropriate fire regime for habitat in which the species occurs; 9. Provide advice to consent and planning authorities about the location and ecological requirements of the species; and 10. Maintain viable ex-situ collection.

The proposal is largely consistent with these recovery strategies.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposed works contribute to the Key Threatening Process “Clearing of Native Vegetation”.

REFERENCES

Benwell, A. (1994) Scented Acronychia (Acronychia littoralis) on the Chinderah Bypass Route. Supplementary Rep. Prepared for NSW Roads and Traffic Authority. Unpubl. Benwell, A. (1995) Description of the root system in a population of Scented Acronychia (Acronychia littoralis) at Ozone St Chinderah. Benwell, A. (1996) Chinderah Bypass. Scented Acronychia Acronychia littoralis - recovery techniques and new insights into the biology of an endangered plant Commonwealth Conservation Advice (2008) Approved Conservation Advice for Acronychia littoralis Scented Acronychia under The Environmental Protection and Biodiversity Conservation Act (1999) Erskine, A. (2013) Coastal Propagation and Revegetation Manual. EnviTE Environment (http://www.envite.org.au/wp- content/uploads/2015/08/Coastal_propagation_and_revegetation_manual.pdf? 485c3a) Floyd, A.G. (1989) Rainforest Trees of Mainland South-eastern Australia. Melbourne: Inkata Press Harden, G.J. (ed.) (2002) Flora of New South Wales, Volume Two - rev. edn. University of

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New South Wales Press, Sydney Hartley, T. and Williams, J. (1983) A new species of Acronychia (Rutaceae) from Australia. Brunonia 6:251-5 Horton, S (1997) Seeking Scented Acronychia - The search for Acronychia littoralis between Iluka and Camden Haven Hunter, J., Jay, A., Nicholson, N., Nicholson, H. and Horton, S. (1992) Species Recovery Plan: Acronychia littoralis. Australian National Parks and Wildlife Service NSW Department of the Environment (2015) Threatened species and ecological communities. Species Profile and Threats Database Acronychia littoralis Scented Acronychia (http://www.environment.gov.au/cgi-bin/sprat/) NSW National Parks and Wildlife Service (NPWS) (1997) Acronychia littoralis ANCA Endangered Species Program Annual Report - January 1997, endangered species No. 200. Unpublished. NSW National Parks and Wildlife Service (NPWS) (1998) Acronychia littoralis Endangered Species Program Annual Report - April 1998, endangered species No. 200. Unpublished. NSW NPWS (2002) NSW Flora Fire Response Database, version 1.3a. NSW National Parks and Wildlife Service Office of Environment and Heritage (2015a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2015b) Threatened species Acronychia littoralis Scented Acronychia Priority action statement. (http://www.environment.nsw.gov.au/savingourspeciesapp/) Peakall, R. (1994) Genetic analysis of four endangered rainforest plants. Prepared for NSW National Parks and Wildlife Service. Peakall, R. (1995) The extent of clonality in a roadside population of the rare and endangered plant Acronychia littoralis and closely related congeners A. imperforata and A. wilcoxiana. Prepared for NSW Roads and Traffic Authority. Unpubl Peakall, R. (1996) Patterns of genetic variation within populations of the rare and endangered plant Acronychia littoralis and closely related congeners. Prepared for NSW Roads and Traffic Authority. Unpublish Queensland National Parks and Wildlife Service (2004) Endangered Plants - Case Studies. Page(s) 2. The State of Queensland (Environmental Protection Agency), Brisbane Ridgeway. A. (1995) The role of in situ seed banks and translocation in the conservation of Acronychia littoralis. Hons. Thesis. Dept. Ecosystem Management, Univ. New England. Unpubl Rossetto, M. (2005) A simple molecular approach for identifying a rare Acronychia (Rutaceae) provides new insights on its multiple hybrid origins. Biological Conservation 121:35-43

Keystone Ecological 143 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Dromaius novaehollandiae Emu

The Emu population in the NSW North Coast Bioregion and Port Stephens LGA is listed as Endangered under Schedule 1 of the Threatened Species Conservation Act (1995). This species or population is not listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

The Emu is a large flightless bird that stands up to 1.9 m tall, with long legs and neck and shaggy grey-brown to dark-brown or grey-black plumage on the upperparts and usually paler underparts. This species can be seen singly, in pairs or in loose groups, some of which consist of family groups (OEH 2015a).

This species formerly occurred throughout mainland Australia but is now generally absent from densely settled regions, particularly the coastal regions (OEH 2015a). The population is disjunct from other populations in the Sydney Basin and New England Tableland Bioregion and represents the north-eastern limit of the species in NSW (NSW Scientific Committee 2002). At the time of listing, the majority of the more recent records were concentrated between Coffs Harbour and Ballina (NSW Scientific Committee 2002) with occasional records inland of the coastal ranges.

Habitat modelling by DECCW (2010) shows that high quality habitat for this species occurs north from Arrawarra to Yamba and inland to Grafton. Annual surveys conducted by OEH have confirmed its range has continued to contract and it is now considered to be absent from Broadwater National Park (after extensive fires) and restricted to three areas: Yuraygir National Park south of the Clarence River, Bundjalung National Park north of the Clarence River and in the Richmond River floodplain about 10 to 30 kilometres inland of the coast in the Bungawalbin area (OEH 2015a). It is not known whether a natural population continues to persist in the Port Stephens area (OEH 2015a).

On the NSW north coast, Emus occur in a range of predominantly open lowland habitats, including grasslands, heathland, shrubland, open and shrubby woodlands, forest, and swamp and sedgeland communities, as well as the ecotones between these habitats. They also occur in plantations of tea-tree and open farmland, and occasionally in littoral rainforest (OEH 2015a).

It is an omnivorous species, eating a wide range of seeds, fruits, other plant material and insects (OEH 2015a). Their home ranges are very large, being from 5 to 10 square kilometres (Blakers et al. 1984). These wide-ranging habits may play an important role in dispersal of large seed (McGrath and Bass 1999).

Eggs are laid in late autumn and winter on a small platform of nesting material on the ground, often at the base of some vegetation with good views to watch for predators (OEH 2015a). Parental care is exclusively provided by the male.

Major threats to this endangered population species arise from their low numbers and isolation. Their habitat has been reduced and fragmented by agricultural and rural and urban development and degraded by inappropriate fire regimes. Fires pose a direct risk

Keystone Ecological 144 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests to Emus during nesting season and predation by Foxes, Pigs and Dogs are also important threats to chicks. Negative interactions with humans (hit by vehicles, poisoning and shooting) also contribute to the endangered status of this species in this area (OEH 2015a).

The community survey of Iluka residents undertaken by OEH in the 1990s uncovered many records of this species, including three from the subject site, the sightings dating from the 1980s and 1990s. This species was recorded on site by the presence of a number of scats. These were collected from the eastern and western ends of the site, the largest concentration being in the remnant vegetation that is to be retained in Park 2.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to an endangered population.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

Threats to this population include loss of habitat, inappropriate fire, predation and road trauma. The proposal will remove 16.71 hectares of potential habitat, but the majority of it is in very poor condition, being dominated by dense thickets of Lantana camara Lantana; this is not good habitat for Emus. The highly modified poor condition habitat to be removed represents less than 2% of its home range. Being nomadic, the majority of the home range of the animals using the subject site would be reserved in Iluka Nature Reserve and Bundjalung National Park.

Elements of the proposal will be of assistance to this species. This survey has established the presence of important fauna in this area; and this has resulted in the local brigade of the Rural Fire Service reviewing their plan to burn the site for hazard reduction. Fire suppression will continue to be a high priority after residents move in. The conservation management of the retained patches of bushland will provide improved habitat for this species. Also, the retained parks have been sited so that they provide north-south and east-west connectivity to other surrounding habitat.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Keystone Ecological 145 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Response:

This question is not relevant to an endangered population.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to an endangered population.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Approximately 16.71 hectares of poor quality potential habitat will be removed.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

The proposal includes retained vegetation specifically to act as wildlife corridors as well as wide landscaped verges that can also serve as wildlife corridors.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

The areas of poor quality habitat to be removed would represent less than 2% of a 10 square kilometre home range. Also, the home range of the animal(s) that use the site would encompass the reserved habitats in Iluka Nature Reserve and Bundjalung National Park.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this endangered population.

Keystone Ecological 146 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

A Priority Action Statement (PAS) has been prepared for this endangered population (OEH 2015b). The PAS identifies 20 broad strategies to help recover this species:

1. Prepare a recovery plan due to high local cultural significance and icon status; 2. Incorporate information provided through Aboriginal community consultation; 3. Protect areas of known habitat from clearing or development; 4. Protect emu habitat on private land; 5. Discuss options with landholders for mitigating crop damage by emus; 6. Provide map of known occurrences to Rural Fire Service and seek inclusion of mitigative measures on Bush Fire Risk Management Plan(s), risk register and/or operation map(s); 7.Seek advice from local Aboriginal community elders on appropriate site management regimes based on indigenous knowledge; 8. Control feral predators where predation has been identified as a problem and encourage the restraint of domestic dogs in areas supporting emus; 9. Increase road signage and reduce speed limits in areas where emus routinely cross roads; 10. Involve local Aboriginal communities in on-ground management activities; 11. Report any instances of illegal killing of emus to DEC; 12. Maintain annual emu surveys; 13. Investigate the causal relationship between identified threats and emu decline and identify mitigation measures; 14. Involve local Aboriginal communities in surveys and monitoring programs; 15. Determine whether emus are still located in the Port Stephens LGA through targeted surveys; 16. Report to DEC NEB any records of nesting emus or emus with chicks to DEC; 17. Report any sightings of emus outside the area between Evans Head and Red Rock and the Bungawalbin area to DEC; 18. In the event of an emu sub-population being identified at Port Stephens, implement relevant management actions; 19. Research genetic variation of these populations from other populations of the Emu; and 20. Conduct public awareness campaigns to increase community participation in reporting and protection of Emu population.

A number of specific recovery activities have also been identified (OEH 2015a):

1. Take care when driving through areas of known habitat to avoid collision with birds, and use signage to notify drivers of the presence and risk of harm to Emus; 2. Control feral predators, and restrain domestic Dogs;

Keystone Ecological 147 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

3. Protect known and potential habitat from frequent fires, and protect nesting birds from fire; 4. Protect areas of known and potential habitat from clearing or development; 5. Report records of Emus, especially nesting birds or chicks to the OEH; and 6. Report illegal killing of Emus to the OEH.

The proposal is largely consistent with the recovery actions for this endangered population.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposed works contribute to the Key Threatening Process “Clearing of Native Vegetation”.

REFERENCES

Department of Environment, Climate Change and Water (2010) Northern Rivers Regional Biodiversity Management Plan, National Recovery Plan for the Northern Rivers Region McGrath, R.J. and Bass, D. (1999) Seed dispersal by Emus on the New South Wales north- east coast. Emu 99:248-252 NSW Scientific Committee (2002) Emu population in the NSW North Coast Bioregion and Port Stephens Local Government Area - endangered population listing. Final Determination Office of Environment and Heritage (2015a) Threatened Species Profiles (http://www.threatenedspecies.environment.nsw.gov.au) Office of Environment and Heritage (2015b) Dromaius novaehollandiae Emu Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.aspx)

Keystone Ecological 148 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Lophoictinia isura Square-tailed Kite

The Square-tailed Kite is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is not listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

The Square-tailed Kite is a medium sized raptor with long wings and tail which is often seen soaring along treetops in open woodland areas throughout most of Australia (NSW NPWS 1999). Records of the species throughout the state indicate that it is a regular resident in the north, north east and along the major west-flowing river systems. It is a summer breeding migrant to the south east, including the NSW south coast, arriving in September and leaving by March (OEH 2015a).

It is found in a variety of habitats but shows a preference for timbered watercourses (OEH 2015a). Habitats include coastal forests and wooded lands of tropical and temperate Australia (NSW NPWS 1999), but records also exist from along vegetated watercourses and stony open country with chenopod shrubland further inland (OEH 2015a).

Sightings of Square-tailed Kites are almost always solitary and usually over forest or woodlands, rarely over completely open country (Hollands 2003). This species is a specialist canopy hunter, regularly taking passerines (particularly honeyeaters and nestlings) and large insects from the outer foliage (NSW NPWS 1999). It forages over coastal and subcoastal, eucalypt dominated forest and woodlands and inland riparian woodland (NSW Scientific Committee 2009) and mallee communities that are rich in passerines, as well as over adjacent heaths and other low scrubby habitats and in wooded towns and appears to prefer a landscape that is structurally diverse (Garnett and Crowley 2000).

This species forms monogamous lifelong pairs and occupy huge territories of well over 100 square kilometres (Slater et al. 1995). Breeding is from July to February, and nests are usually located in a fork or on a horizontal limb in a tree along or near a watercourse. During winter, it often moves to coastal plains, where they feed on waterbirds on and around permanent wetlands (Garnett and Crowley 2000).

Breeding is from July to February, with nest sites generally located along or near watercourses, in a fork or on large horizontal limbs (OEH 2015a). It is known to tolerate routine human activity, even when nesting (Bischoff et al. 2000).

Threats to this species include activities that reduce their prey (such as clearing, burning and grazing), loss of nest sites, illegal egg collecting and shooting (OEH 2015a). However, there is little evidence of a decline, with anecdotal reports of the reverse trend (Garnett and Crowley 2000). The only documented evidence of decline is from the edge of its range in South Australia (Garnett and Crowley 2000). Much of the native vegetation in the south and east of the species’ range has been cleared for agriculture and while this is still considered to be the major threat, in places, the species may have benefited from partial clearance (Garnett and Crowley 2000).

Keystone Ecological 149 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

This species was recorded near the subject site. Potential foraging habitat occurs across the subject site but it is generally unsuitable for nesting.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

Important habitat features include the availability of prey and nest sites. The site is unsuitable for breeding but potentially provides prey species (particularly small birds) in the tree canopies. While most of the potential foraging habitat will be removed, it is in very poor condition and would represent a small fraction of what is available to this highly mobile species in its large home range.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Keystone Ecological 150 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Response:

16.71 hectares of highly modified bushland will be removed.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

This is a highly mobile species that can exploit widely-separated resources. The proposed works will not significantly fragment the potential habitat for this species in the local area.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

The habitat in which this species has been recorded is very common in the local area and is also very common in nearby reserves. The area of potential habitat to be disrupted by the proposed works is minor in this context.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

There is no recovery plan or threat abatement plan for this species. However, it has been assigned to the ‘Landscape species’ management stream under the NSW Office of Environment and Heritage as it is distributed across a large area, is highly mobile and threatened across the landscape by habitat loss and degradation (OEH 2015b). The following management actions have been identified for this species as part of that process (OEH 2015b):

1. Ensure implementation of management strategies that reduce disturbance of riparian areas. 2. Identify and protect nest trees, and monitor reproduction. 3. Liaise with local field ornithologist to obtain data on the Square-tailed Kite in the area.

Keystone Ecological 151 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

A number of specific recovery activities have also been identified (OEH 2015a):

1. Protect known habitat from fires of a frequency greater than that recommended for the retention of biodiversity; 2. Retain and protect nesting and foraging habitat, particularly along watercourses; and 3. Report suspected illegal bird shooting and egg-collecting to DEC.

The proposal is largely consistent with these recovery strategies.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposed works contribute to the Key Threatening Process “Clearing of Native Vegetation”.

REFERENCES

Blakers, M., Davies, S.J.J.F. and Reilly, P.N. (1984) The Atlas of Australian Birds. Globe Press Pty Ltd, Australia Bischoff, T., Lutter, H. and Debus, S. (2000) Square tailed Kites breeding on the mid-north coast of New South Wales. Australian Bird Watcher 18 Garnett, S. and Crowley, G. (2000) The Action Plan for Australian Birds. National Heritage Trust Hollands, D. (2003) Eagles, Hawks and Falcons of Australia. Bloomings Books, Melbourne NSW Scientific Committee (2009) Square-tailed Kite Lophoictinia isura – Review of Current information in NSW. NSW Scientific Committee, Sydney. NSW National Parks and Wildlife Service (1999) Threatened Species Information – Square-tailed Kite Office of Environment and Heritage (2015a) Threatened Species Profiles (http://www.threatenedspecies.environment.nsw.gov.au) Office of Environment and Heritage (2015b) Lophoictinia isura Square-tailed Kite Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.aspx) Pizzey, G., and Knight, F. (1997) Field Guide to the Birds of Australia. Harper Collins Publishers, Hong Kong Simpson, K. and Day, N. (1999) Field Guide to the Birds of Australia. Sixth Edition. Penguin Books, Australia Slater, P., Slater, P. and Slater, R. (1995) The Slater Field Guide to Australian Birds. Lansdowne Publishing, Australia

Keystone Ecological 152 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Ptilinopus regina Rose-crowned Fruit-Dove

The Rose-crowned Fruit-Dove is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is not listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

The Rose-crowned Fruit-Dove is a small and colourful (adult) or plain green pigeon (juvenile) with a yellow belly and tail tip in adults (Slater et al. 1995). Males and females have a rose crown with grey/lavender on the remainder of the head and breast. Females are slightly paler in colour (Flegg 2002). This species is a common to rare resident in rainforest, forest, mangroves and melaleuca forests from Cape Leveque in Western Australia south to Newcastle in New South Wales (Slater et al. 1995). This species then becomes rare further south (Flegg 2002). This species is notoriously difficult to sight in the forest canopy, and is often located from falling fruit (Slater et al. 1995). This species is less wary than other similar species (Flegg 2002). Nests consist of a flimsy twig platform, often in a bush or low tree (Slater et al. 1995).

This species was heard calling once from the eastern end of the subject site during survey and observed foraging in the adjacent Iluka Nature Reserve. Potential foraging habitat occurs on the subject site in the soft-fruited trees that are scattered throughout the vegetation at low densities.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

Critical habitat features for this species include foraging resources and breeding sites. The habitat on site is of poor quality, given the infestations of weeds and the low numbers of food trees compared with the overwhelmingly dominant Acacia disparrima subsp. disparrima Salwood. Given the proximity of good and reserved habitat in Iluka Nature reserve, the loss of poor quality habitat on the subject site is unlikely to significantly disrupt the life cycle of this species.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

Keystone Ecological 153 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Potential habitat of poor quality will be removed over 16.741 hectares.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

The habitat in the development area and its connection with other suitable habitat will remain essentially unchanged for this highly mobile species.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

The subject site provides poor quality habitat and as such cannot be regarded as important to the long-term survival of a local population, as it represents a small fraction of what is available in the home range of this highly mobile species.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

Keystone Ecological 154 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

There is no recovery plan or threat abatement plan for this species. However, it has been assigned to the “landscape-managed” management stream by the Office of Environment and Heritage, as it is distributed across a large area, is highly mobile and threatened across the landscape by habitat loss and degradation (OEH 2015b). The following management actions have been identified for this species as part of that process (OEH 2015b):

1. Encourage landholders with littoral and floodplain rainforest remnants on their property to enter into land management agreements (preferably in-perpetuity covenants or stewardship agreements) that protect these areas from clearing, grazing or other disturbances; 2. Implement bush regeneration within patches of rainforest habitat to remove invasive weeds, taking particular care to compensate for camphor laurel removal by planting winter-fruiting native laurels, figs and Elaeocarpaceae to avoid significant reduction of existing food resources; and 3. Liaise with land managers with rainforest habitat to raise awareness about the species' likely presence and sensitivity to disturbance (e.g. from timber harvesting or hazard reduction burning).

The following recovery activities have also been identified for this species (OEH 2015a):

1. Support local Landcare groups; 2. Protect remnant rainforest patches during burning off activities; 3. Retain forested corridors that link north-south and east-west migration routes; 4. Encourage and initiate weed control programs; 5. Ensure Camphor Laurel removal is accompanied by replacement with local native laurel species; 6. Protect known and potential food trees; 7. Protect remnant stands of rainforest and moist forest from clearing or development; and 8. Initiate and support rainforest regeneration projects.

The exclusion of works from the Rainforest on the site satisfies a number of those actions, namely 3, 6 and 7.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Keystone Ecological 155 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Response:

The proposed works contribute to the Key Threatening Process “Clearing of Native Vegetation”.

REFERENCES

Blakers, M., Davies, S.J.J.F. and Reilly, P.N. (1984) The Atlas of Australian Birds. Globe Press Pty Ltd, Australia Flegg, J. (2002) photographic Field Guide – Birds of Australia. Second Edition. Reed New Holland, Sydney Garnett S., and Crowley, G. (2000) The Action Plan for Australian Birds. National Heritage Trust NSW National Parks and Wildlife Service (2002) Threatened Species of the Upper North Coast of NSW: Fauna. NPWS, Coffs Harbour Office of Environment and Heritage (2015a) Threatened Species Profiles (http://www.threatenedspecies.environment.nsw.gov.au) NSW Scientific Committee (2008) Rose-crowned Fruit-Dove – Threatened Species Listing. Final Determination Pizzey, G., and Knight, F. (1997) Field Guide to the Birds of Australia. Harper Collins Publishers, Hong Kong Simpson, K., and Day, N. (1999) Field Guide to the Birds of Australia. Sixth Edition. Penguin Books, Australia Slater, P., Slater, P. and Slater, R. (1995) The Slater Field Guide to Australian Birds. Lansdowne Publishing, Australia

Keystone Ecological 156 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Calyptorhynchus lathami Glossy Black-Cockatoo

The Glossy Black-Cockatoo is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is not listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999). A population of this species in the Riverina has been listed as an Endangered Population (NSW Scientific Committee 1999) under the TSC Act (10995) due to considerable pressure form a number of identified threats.

The Glossy Black-Cockatoo is the smallest of the black cockatoo species in Australia. This species is usually seen in pairs or sometimes with a single young. It breeds in autumn and winter and requires large hollows for nesting.

It is reported to prefer dry forest types in intact, less rugged landscapes (NSW NPWS 1999) and is distributed mainly along the eastern half of NSW and the south eastern corner of Queensland (Slater et al. 1995). In NSW, this species is recorded in highest densities to the east of the Great Dividing range, however scattered records exist as far west as the Riverina and Pilliga Scrub (Garnett and Crowley 2000).

It is a highly specialised feeder, requiring cones from specific Allocasuarina, including Allocasuarina littoralis Black Sheoak and Allocasuarina torulosa Forest Sheoak (OEH 2015a) and Casuarina species (Garnett and Crowley 2000) and so impacts on these food resources (such as from inappropriate fire regimes) may threaten this species. However this species is well protected across the sandstone environments of the Sydney Basin and no management actions are recommended within the Yengo and Parr areas (DECC 2008). The Glossy Black Cockatoo is dependent on large hollow bearing eucalypts for nesting and lay a single egg between March and May (OEH 2015a).

The presence of this species was inferred by the characteristically-chewed cones along the northern boundary of the site in 2005. There was no evidence of this species on site during the recent comprehensive survey.

(a) in the case of a threatened species, whether the life cycle of the species is likely to be disrupted such that a viable local population of the species is likely to be placed at risk of extinction

Response:

Critical habitat features for this species include foraging resources and breeding hollows. Its preferred feeding tree (female Allocasuarina trees) were rarely observed. Therefore only a relatively small area of foraging habitat will be disrupted and the hollow-bearing trees are likely to be unsuitable. Therefore it is judged that the proposal is unlikely to significantly disrupt the life cycle of this species.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at

Keystone Ecological 157 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests risk of extinction,

Response:

An Endangered population of this species has been listed for the Riverina Local Government Area. This does not coincide with Clarence Valley Local Government Area.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that it’s local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Approximately 16.71 hectares of bushland is to be removed. However, suitable foraging trees were rare. For example, of the 420 trees sampled for the Koala scat survey, none were Allocasuarina species.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and,

Response:

The connectivity of the vegetation and habitats on site with off-site habitats will only be minimally diminished. The regional wildlife corridor occurs to eth east of the site. The development configuration will not significantly fragment or isolate potential habitat for such a highly mobile species.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to

Keystone Ecological 158 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests the long-term survival of the species, population or ecological community in the locality

Response:

Foraging resources such as provided in the subject site are probably more common in bushland areas with a across the subject site and in local bushland. The small area to be disturbed by the proposal does not constitute important habitat.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

This species has been assigned to the “Landscape species” management stream under the NSW Office of Environment and Heritage. A number of recovery strategies have been identified (OEH 2015b).

1. Identify and map key breeding and foraging habitat, similar to the mapping done at St Georges Basin. 2. Provide incentives for landholders to fence and manage key sites. 3. Assist landholders who wish to enter into voluntary conservation agreements at key sites. 4. Prepare and distribute EIA guidelines to decision makers. 5. Periodically review IFOA prescriptions to ensure adequate protection of nesting and foraging habitat. 6. Develop/encourage strategic planning approach for Glossy Black Cockatoo at the local and regional level. 7. Encourage the restoration of foraging habitat that has been cleared or degraded by previous impacts. 8. Increase landholder and public awareness and interest in Glossy Black Cockatoo conservation and habitat management. 9. Utilise the Glossy Black Cockatoo as a flagship threatened species for woodland and forest conservation education and awareness programs. 10. Continue existing monitoring programs (e.g. Goonoo population) and encourage other community groups to develop a monitoring program of local populations.

The following recovery activities have also been identified for this species (OEH 2015a):

1. Reduce the impact of burning to retain diverse understorey species and in

Keystone Ecological 159 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

particular to permit the regeneration of she-oaks. 2. Protect existing and future hollow-bearing trees for nest sites. 3. Retain and protect areas of native forest and woodland containing she-oaks. 4. Establish forested corridors linking remnant areas of habitat; include local she- oak species in bush revegetation works. 5. Report suspected illegal bird trapping and egg-collecting to the OEH.

The proposal will not interfere with these strategies.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposal contributes to the relevant Key Threatening Processes “Clearing of Native Vegetation” and “Loss of Hollow-Bering Trees”.

REFERENCES

Clout, M.N. (1989) Foraging behaviour of Glossy Black Cockatoos. Australian Wildlife Research 16:467-73 Department of Environment and Climate Change (2008) The Vertebrate Fauna of Southern Yengo National Park and Parr State Conservation Area. Department of Environment and Climate Change, Hurstville Department of Environment and Conservation (2005) The Vertebrate Fauna of Northern Yengo National Park. Department of Environment and Climate Change, Hurstville Garnett, S. and Crowley, G. (2000) The Action Plan for Australian Birds. National Heritage Trust Higgins, P.J. (ed) (1999) Handbook of Australian, New Zealand and Antarctic Birds. Vol 4: Parrots to Dollarbird (Oxford University Press) NSW Scientific Committee (No Date) Glossy Black-Cockatoo – Vulnerable Species Listing. Final Determination NSW Scientific Committee (1999) Glossy black-cockatoo population, Riverina - Endangered Population Listing. Final Determination NSW National Parks and Wildlife Service (1999) Threatened Species Information – Glossy Black-Cockatoo Office of Environment and Heritage (2015a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2015b) Glossy Black Cockatoo Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x) Office of Environment and Heritage (2015c) Glossy Black Cockatoo Riverina population Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x)

Keystone Ecological 160 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Simpson, K. and Day, N. (1999) Field Guide to the Birds of Australia. Sixth Edition. Penguin Books, Australia Slater, P., Slater, P. and Slater, R. (1995) The Slater Field Guide to Australian Birds. Lansdowne Publishing, Australia

Keystone Ecological 161 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Glossopsitta pusilla Little Lorikeet

The Little Lorikeet is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is not listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

The Little Lorikeet is the smallest of the Lorikeets, with a black bill, bright green body and red forehead and throat (Pizzey and Knight 1997). It may be confused with other small lorikeets such as the Purple-crowned Lorikeet, but makes a distinctively lower-pitched and buzzing call in flight (Higgins 1999).

It is known from coast and south eastern Australia from near Cairns in far north Queensland to Adelaide (Pizzey and Knight 1997). In New South Wales it occurs in forests and woodlands from the coast to the western slopes of the Great Dividing Range, extending westwards to the vicinity of Albury, Parkes, Dubbo and Narrabri (Barrett et al. 2003). They occur mostly in dry open eucalypt forests and woodlands in old growth and logged forest as well as in remnant patches and roadside vegetation (NSW Scientific Committee 2009).

This species is generally considered to be nomadic, moving in response to flowering eucalypts (NSW Scientific Committee 2009). A long term study of a population on the north western slopes revealed that they are resident from April to December and may return to the nest area if some trees are flowering in the vicinity (Courtney and Debus 2006).

They usually forage in the tree canopies in small flocks and sometimes in the company of other lorikeet species (Readers Digest 2002). Profusely-flowering eucalypts are favoured, such as box species on the slopes and tablelands (Courtney and Debus 2006) and in Eucalyptus robusta Swamp Mahogany and Eucalyptus pilularis Blackbutt on the Central Coast (pers obs). Blossom of other trees are also used (e.g. Melaleuca species) and the fruits of mistletoes are also sometimes eaten (NSW Scientific Committee 2009).

This species is an obligate hollow nester (Gibbons and Lindenmayer 2002) that are usually located high in the trees (Pizzey 1980) but sometimes as low as 2 metres (Courtney and Debus 2006) in living smooth-barked eucalypts. The entrances to these nests are small (approximately 3 centimetres in diameter) and are kept open by the lorikeets chewing at the growing bark (NSW Scientific Committee 2009). Hollows are known to be used continuously, with one used for at least 29 years (Courtney and Debus 2006). The breeding season extends from May to September (Higgins 1999) or July to January with a peak in October (Barrett et al. 2003).

Population trends are uncertain with evidence of decline in part of its range (e.g. in South Australia, south west slopes and south coast of NSW) (NSW Scientific Committee 2009) but there appeared to be a small increase across NSW according to latest Bird Atlas (Barrett et al. 2003). The NSW Scientific Committee (2009) considers that the data indicate a moderate state-wide reduction in population size over the past 15 years or three generation lengths, a time frame equivalent to the life cycle of the species. Also,

Keystone Ecological 162 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests there are many examples of bird species that are threatened nationally whose initial decline was first apparent in South Australia (Horton and Black 2006).

Threats to this species include loss of breeding sites and foraging resources due to land clearing which is particularly relevant in the western districts where road-widening has removed important patches of remnant woodland (NSW Scientific Committee 2009). Observations of 50 nest hollows over 43 years noted a 40% loss (the majority caused by humans) without a commensurate rate of hollow replacement (Courtney and Debus 2006).

This species was not recorded on the subject site during survey. However, it is known form the local area and potential foraging habitat for this species is common across the site, particularly in the high nectar-producing plants such as Banksia integrifolia Coast Banksia. The hollow-bearing trees also provide potential nesting sites.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

Losses of potential foraging habitat will be partially mitigated by the retention and conservation management of the vegetation in the parks as well as by the use of native trees in the streetscape. The loss of hollow-bearing trees will be offset by the installation of nest boxes.

It is important to note that most of the hollow-bearing trees are dead trees and were presumably killed by the same hot fire. Therefore, they are deteriorating at a similar rate and are likely to fall at a similar time. In the absence of the development proposal, this inevitable and sudden loss would not be ameliorated.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

Keystone Ecological 163 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

This question is not relevant to a threatened species

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Potential foraging habitat (particularly trees that produce copious nectar, such as Banksia integrifolia Coast Banksia) in the 16.71 hectares of generally poor quality bushland will be removed.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

It is a highly mobile species and its ability to move through the landscape will not be altered by the proposal.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

As potential habitat, the site cannot be considered important to the long term survival of a local population.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a

Keystone Ecological 164 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests recovery plan or threat abatement plan,

Response:

This species has been assigned to the “landscape species” management stream by the NSW Office of Environment and Heritage. The interim management actions identified for this species include:

1. Encourage retention of old-growth and hollow-bearing trees through community engagement and other mechanisms including PVPs, BioBanking and EIA; and 2. Avoid burning woodland with old-growth and hollow-bearing trees.

A number of recovery strategies have been identified (OEH 2015):

1. Retain large old trees, especially those that are hollow-bearing; 2. Ensure recruitment of trees into the mature age class so that there is not a lag period of decades between the death of old trees and hollow formation in younger trees; 3. Protect large flowering Eucalyptus trees throughout the habitats frequented by this species. Manage remnant woodlands and forest for recovery of old-growth characteristics; 4. Where natural tree recruitment is inadequate, replant local species to maintain foraging habitat and breeding sites; 5. Reduce the abundance of feral Honeybees and limit the exploitation of nectar by domestic bees where resources are spatially or temporally sparse (e.g. in years of drought); and 6. Document nest sites and ensure their protection.

The proposal is largely consistent with these recovery strategies – it will retain the remnant forest, manage retained areas for conservation and replace lost hollows with nest boxes.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposal contributes to the relevant Key Threatening Processes “Clearing of Native Vegetation” and “Loss of Hollow-bearing Trees”.

REFERENCES

Barrett, G., Silcocks, A., Barry, S., Cunningham, R. and Poulte, R. (2003) The New Atlas of Australian Birds’. Birds Australia:Melbourne Blakers, M., Davies, S.J.J.F. and Reilly, P.N. (1984) The Atlas of Australian Birds. Globe Press Pty Ltd, Australia

Keystone Ecological 165 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Courtney, J. and Debus, S.J.S. (2006) Breeding habits and conservation status of the Musk Lorikeet Glossopsitta concinna and Little Lorikeet G. pusilla in Northern New South Wales. Australian Field Ornithology 23:109-124 French, K., Paterson, I., Miller, J. and Turner, R.J. (1993) Nectarivorous bird assemblages in Box-Ironbark Woodlands in the Capertee Valley, New South Wales Emu 103:345-356 Garnett, S. and Crowley, G. (2000) The Action Plan for Australian Birds. National Heritage Trust Gibbons, P. and Lindenmayer, D. (2002) Tree Hollows and Wildlife Conservation in Australia CSIRO:Victoria Higgins, P.J. (ed), (1999) Handbook of Australian, New Zealand and Antarctic Birds. Volume 4 - Parrots to Dollarbird. Oxford University Press Horton, P. and Black, A.B. (2006) The Little Lorikeet in South Australia, with notes on the historical status of other lorikeets. South Australian Ornithologist 34:229-243 IUCN (2008) ‘Guidelines for using the IUCN Red List Categories and Criteria. Version 7.0.’ (Standards and Petitions Working Group of the IUCN Species Survival Commission Biodiversity Assessments Sub-committee: Switzerland) NSW Scientific Committee (2009) Little Lorikeet – Vulnerable Species Listing. Final Determination Office of Environment and Heritage (2015) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Pizzey, G. and Knight, F. (1997) Field Guide to the Birds of Australia. Harper Collins Publishers, Hong Kong Reader’s Digest (2002) Complete Book of Australian Birds. Reader’s Digest Simpson, K. and Day, N. (1999) Field Guide to the Birds of Australia. Sixth Edition. Penguin Books, Australia Slater, P., Slater, P. and Slater, R. (1995) The Slater Field Guide to Australian Birds. Lansdowne Publishing, Australia Smyth, A., MacNally, R. and Lamb, D. (2002) Influence of forest management and habitat structural factors on the abundances of hollow-nesting bird species in subtropical Australian eucalypt forest. Environmental Management 30:547–559

Keystone Ecological 166 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Coracina lineata Barred Cuckoo-shrike

The Barred Cuckoo-shrike is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is not listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

The Barred Cuckoo-shrike (previously known as Yellow-eyed Cuckoo-shrike) is a dark grey cuckoo-shrike with a yellow eye and heavily banded belly (Slater et al. 1995). This species has a distributional range from Cape York to north east New South Wales (September to March) and is a rare vagrant to Sydney (Slater et al. 1995). It is generally uncommon in its range and rare in New South Wales (OEH 2015a).

It occurs in a variety of habitats including rainforest, eucalypt forests and woodlands, clearings in secondary growth, swamp woodlands and timber along watercourses (OEH 2015a). Foraging habitat is defined as fruiting tree species in rainforest, wet sclerophyll forest, vegetation remnants or isolated trees (OEH 2015a).

They are active birds, frequently moving from tree to tree (OEH 2015a). They are usually seen in pairs or small flocks (Simpson and Day 1999) foraging among foliage of trees for insects and fruit. This species is mostly seen in native small-fruited fig trees (Slater et al. 1995).

This species was recorded foraging in the nearby Iluka Nature Reserve, and thus the habitat features of the subject site are within its home range.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

Important habitat features include forging and breeding habitat. The proposal will remove some areas of potential foraging habitat, but in very poor condition with only scattered fruiting rainforest trees. The reserved habitats managed for conservation purposes within Iluka Nature Reserve and Bundjalung National Park are likely to be more important for this species than the private lands in poor condition adjacent to them.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species

(c) in the case of an endangered ecological community or critically endangered

Keystone Ecological 167 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Scattered elements of foraging habitat are contained within the 16.71 hectares of highly modified bushland to be removed or the proposal.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

The proposal specifically contains retained vegetation located so that both north-south and east-west connectivity of habitat is maintained. Moreover, this is a highly mobile species that is unlikely to be prevented from accessing habitat within its home range by the advent of the proposal.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

The habitat within the subject site is of poor quality, being highly modified, infested by weeds and supporting only scattered individual rainforest trees, and most of a young age.

(e) whether the action proposed is likely to have an adverse effect on critical habitat

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(either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

There is no recovery plan or threat abatement plan for this species. However, it has been assigned to the “landscape-managed” management stream by the Office of Environment and Heritage, as it is distributed across a large area, is highly mobile and threatened across the landscape by habitat loss and degradation (OEH 2015b). The key threats to the viability of landscape-managed species are loss, fragmentation and degradation of habitat, and widespread pervasive factors such as impacts of climate change and disease.

The following management actions have been identified for this species as part of that process (OEH 2015b):

1. Encourage landholders to enter land management agreements that promote the retention of native forest, particularly along roads and watercourses, where the species is known to occur; and 2. Conduct rainforest regeneration and restoration, specifically retaining and planting individual native fruit-bearing trees, including figs and other rainforest fruit trees, in habitat where the species is known to occur.

The following recovery activities have also been identified for this species (OEH 2015a):

1. Retain areas of native forest; 2. Retain forest corridors particularly along roads and watercourses; 3. Retain individual native fruit-bearing trees as feed trees; 4. Initiate and support rainforest regeneration; and 5. Plant feed trees, including figs and other rainforest fruit trees.

This proposal is consistent with all of these strategies.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposed works contribute to the Key Threatening Process “Clearing of Native Vegetation”.

Keystone Ecological 169 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

REFERENCES

Department of Environment, Climate Change and Water NSW (2010) Border Ranges Rainforest Biodiversity Management Plan - NSW and Queensland. (DECCW NSW, Sydney) Department of Environment, Climate Change and Water NSW (2010) Northern Rivers Regional Biodiversity Management Plan. Office of Environment and Heritage (2015a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2015b) Barred Cuckoo-shrike Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x) Roderick, M. and Stuart, A. (2010) The status of threatened bird species in the Hunter Region. The Whistler 4: 1-28 Schodde, R. and Mason, I.J. (1999) The Directory of Australian Birds. (CSIRO Publishing, Melbourne)

Keystone Ecological 170 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Carterornis leucotis White-eared Monarch

The White-eared Monarch is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is not listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

The white-eared Monarch is a small, distinctively pied monarch-flycatcher that is approximately the same size as Rhipidura fuliginosa Grey Fantail (OEH 2015a). They are largely black above and pale grey below with a distinctive black and white face (OEH 2015a).

This species is endemic to coastal lowlands and the eastern slopes of the Great Dividing Range of eastern Australia known to occur from the Cape York Peninsula to north eastern NSW (OEH 2015a). The White-eared Monarch lives in a variety of habitats including broadleaved thicket, shrubland (NSW Department of the Environment 2013), littoral rainforest, dry sclerophyll forest, wet sclerophyll forest, as well as swamp forest (NSW NPWS 2002). They appear to prefer the ecotone between rainforest and open vegetation such as along roads (OEH 2015a).

They are observed high in the canopy and are highly active when foraging for insects, characteristically fluttering around the outer foliage of rainforest trees (OEH 2015a). The White-eared Monarch breeds from September to March nesting along the edge of patches of rainforest, high in the canopy (Conole et al. 1995).

Recognised threats to this species include (OEH 2015a):

x Clearing and increasing fragmentation and isolation of habitat, especially low- elevation subtropical rainforest, littoral rainforest and wet sclerophyll forest, through agricultural, tourist and residential development or forestry activities; x Forest management that results in conversion of multi-aged forests to young, even-aged stands; x Invasion of forests by weeds; x Inappropriate fire regimes that degrade habitat or allow invasion by weeds; and x Degradation or loss of habitat through grazing of stock.

This species was not recorded on the subject site during survey. Favoured habitat is the ecotone from rainforest or swamp forest to adjacent open areas. The best potential habitat for this species on site occurs in the swamp forest to be retained and managed for conservation along the site’s western edge.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

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The best area of potential foraging habitat for this species on the subject site will not be impacted by the proposal and in fact may be enhanced by rehabilitation and weed management of the remnant and regrowth vegetation.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

No potential habitat for this species will be removed for the proposed development.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

This is a highly mobile species able to exploit widely separated resources. The proposal is unlikely to prevent this species from accessing local habitat,

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(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

As potential habitat only, it cannot be regarded as important for the long term survival of a local population of this species.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

This species has been assigned to the “Partnership species” management stream under the NSW Office of Environment and Heritage. These are species that have less than 10% of their distribution in NSW and so conservation may depend on partnership programs with other states or territories. The following management actions have been identified for this species as part of that process (OEH 2015b):

1. Monitor population; 2. Determine non-breeding seasonal movements and food requirements; 3. Ensure that Camphor Laurel removal is compensated for by replacement with rainforest species; 4. Ensure protection of rainforest, wet and swamp sclerophyll forest is included in fire planning and hazard reduction guidelines; 5. Exclude stock from lowland rainforest, wet sclerophyll and swamp sclerophyll forest; 6. Develop local government biodiversity conservation strategies; 7. Prevent lowland rainforest, wet and swamp sclerophyll forest habitat loss and fragmentation. Expand and reconnect habitat. Exclude grazing; 8. Address threats including loss of habitat, fragmentation and degradation; and 9. Liaise with relevant landholders and managers to protect, rehabilitate, enlarge and reconnect habitat. Raise awareness of weed threats and need for compensatory plantings.

A number of specific recovery activities have also been identified (OEH 2015a):

1. Plant locally occurring trees and shrubs in gardens or other land adjacent to areas

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of known or potential habitat; 2. Control weeds in areas of known and potential habitat or on land bordering such habitat; 3.Protect areas of known and potential habitat from clearing and further fragmentation and isolation, including patches on private land in collaboration with landholders; 4. Reconnect or enlarge patches of known and potential habitat, particularly using corridors along rivers and creeks; 5. Protect habitat from inappropriate fire regimes and ensure habitat is protected in during fire planning and in hazard reduction guidelines; 6. Report all records south of the Clarence River to the OEH; 7. Monitor populations and determine seasonal movements, if any, the food requirements of the species and other basic aspects of ecology and biology to better manage the species in NSW; and 8. Exclude stock from areas of potential and known habitat.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposed works will contribute to the Relevant Key Threatening Process “Clearing of Native Vegetation”.

REFERENCES

Conole, L.E., Baverstock, G.A. and Holmes, G. (1995) Southern breeding records of the White-eared Monarch Monarcha leucotis. Sunbird 25(3): 60-62 NSW Department of the Environment (2013) Australian Faunal directory – Carterornis leucotis. Australian Biological Resources Study, Canberra. Available at: (http://www.environment.gov.au/biodiversity/abrs/onlineresources/fauna/af d/taxa/Carterornis_leucotis) NSW National Parks and Wildlife Service (2002) Threatened Species of the Upper North Coast of NSW: Fauna. (NSW NPWS, Coffs Harbour) Office of Environment and Heritage (2015a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2015b) Carterornis leucotis White-eared Monarch Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x)

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Daphoenositta chrysoptera Varied Sittella

The Varied Sittella is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is not listed under the Environment Protection and Biodiversity Conservation Act (1999).

It is a small songbird with a distinctive upturned bill. It is an active and acrobatic bird, probing crevices in rough or decorticating bark, dead branches, standing dead trees, small branches and twigs in the tree canopy for arthropods (NSW Scientific Committee 2010).

It is sedentary and found across most of mainland Australia (Higgins and Peter 2002; Barrett et al. 2003). Habitats occupied include all but the treeless deserts and open grasslands (NSW Scientific Committee 2010).

It builds a cup-shaped nest of plant fibres and cobwebs in an upright tree fork high in the living tree canopy, and often re-uses the same fork or tree in successive years (NSW Scientific Committee 2010).

The Varied Sittella's population size in NSW is uncertain but is believed to have undergone a moderate reduction in population size on the basis of comparative atlas surveys over the past several decades (NSW Scientific Committee 2010).

The apparent decline has been attributed to declining habitat cover and quality and its sedentary nature makes cleared agricultural land a potential barrier to movement (NSW Scientific Committee 2010).

Survival and population viability are sensitive to habitat isolation, reduced patch size and habitat simplification, including reductions in tree species diversity, tree canopy cover, shrub cover, ground cover, logs, fallen branches and litter (Watson et al. 2001; Seddon et al. 2003). The Varied Sittella is also adversely affected by the dominance of Manorina melanocephala Noisy Miner in woodland patches (Olsen et al. 2005).

Current threats include habitat degradation through small-scale clearing for fence lines and road verges, rural tree decline, loss of paddock trees and connectivity, 'tidying up' on farms, and firewood collection. “Clearing of native vegetation”, “Loss of hollow-bearing trees”, and Removal of dead wood and dead trees” are relevant listed Key Threatening Processes.

This species was observed during survey, foraging on tree trunks in the area to be retained in Park 1.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

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This species requires well connected expanses of habitat with fallen and dead timber and a complex understorey. The subject site provides such habitat features and can continue to do so in the post-development landscape outside of the development footprint.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Poor quality habitat across 16.71 hectares will be removed.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

While this species is sedentary, it is highly mobile and its ability to move through the landscape will not be altered by the proposal.

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(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

This species is regularly recorded in the expanses of reserved lands in the local area – Iluka Nature Reserve and Bundjalung National Park. These areas are well-connected and managed for conservation, while the land of the subject site is in poor condition and generally neglected. Recent research has established that individuals of this species move over areas of at least 100 hectares during a 10 day period (Lindenmayer et al. 2010) and so the vast majority of the habitat for the observed group of birds is within the reserved lands.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

There is no recovery plan or threat abatement plan for this species. This species has been assigned to the “landscape species” management stream by the Office of Environment and Heritage, as it is distributed across a large area, is highly mobile and threatened across the landscape by habitat loss and degradation (OEH 2015b). The following management actions have been identified for this species as part of that process (OEH 2015b):

1. Encourage habitat linkages through PVP process; and 2. Raise awareness about importance of microhabitats. Encourage retention of intact foraging and breeding habitat through PVP process.

A number of specific recovery activities have also been identified (OEH 2015a):

1. Retain existing vegetation and remnant stands along roadsides and in paddocks; 2. Increase the size of existing remnants by planting trees and establishing buffer zones; 3. Where remnants have lost connective links, re-establish links by revegetating corridors or stepping stones; 4. Limit firewood collection and retain dead timber in open forest and woodland areas; 5. Encourage regeneration of habitat by fencing remnant stands and managing the

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intensity and duration of grazing; and 6. Control weeds in areas of known habitat.

The proposal retains most of the area that provides potential habitat for this species and fallen timber will be retained. The proposal is largely consistent with these recovery strategies.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposal contributes to the Key Threatening Process “Clearing of Native Vegetation”.

REFERENCES

Barrett, G., Silcocks, A., Barry, S., Cunningham, R. and Poulter, R. (2003) The new atlas of Australian birds. RAOU: Melbourne Barrett, G.W., Silcocks, A.F., Cunningham, R., Oliver, D.L., Weston, M.A. and Baker, J. (2007) Comparison of atlas data to determine the conservation status of bird species in New South Wales, with an emphasis on woodland-dependent species. Australian Zoologist 34:37-77 Blakers, M., Davies, S.J.J.F. and Reilly, P.N. (1984) The atlas of Australian birds. Melbourne University Press: Melbourne Debus, S.J.S. and Soderquist, T.R. (2008) Report for Review of Species for the NSW Scientific Committee: Varied Sittella Daphoenositta chrysoptera Higgins, P.J. and Peter, J.M. (Eds) (2002) Handbook of Australian, New Zealand and Antarctic birds (vol. 6). Oxford University Press: Melbourne IUCN (2008) Guidelines for using the IUCN Red List Categories and Criteria. Version 7.0. Standards and Petitions Working Group of the IUCN Species Survival Commission Biodiversity Assessments Sub-committee: Switzerland. http://intranet.iucn.org/webfiles/doc/SSC/RedList/RedListGuidelines.pdf Lindenmayer, D., Bennett, A. and Hobbs, R. (2010) Temperate Woodland Conservation and Management. CSIRO Publishing NSW Scientific Committee (2010) Varied Sittella – Vulnerable Species Listing. Final Determination Office of Environment and Heritage (2015a) Threatened Species Profiles (http://www.threatenedspecies.environment.nsw.gov.au) Office of Environment and Heritage (2015b) Daphoenositta chrysoptera Varied Sittella Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x) Olsen, P., Weston, M., Tzaros, C. and Silcocks, A. (2005) The state of Australia's birds 2005: Woodlands and birds. Supplement to Wingspan 15:32 pp Pizzey, G. and Knight, F. (2003) The Field Guide to the Birds of Australia 7th Edition. Menkhorst, P. (ed). HarperCollins.

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Seddon, J.A., Briggs, S.V. and Doyle, S.J. (2003) Relationships between bird species and characteristics of woodland remnants in central New South Wales. Pacific Conservation Biology 9:95-119 Watson, J., Freudenberger D. and Paull, D. (2001) An assessment of the focal-species approach for conserving birds in variegated landscapes in southeastern Australia. Conservation Biology 15:1364-1373 Watson, J., Watson, A., Paull, D. and Freudenberger, D. (2003) Woodland fragmentation is causing the decline of species and functional groups of birds in southeastern Australia. Pacific Conservation Biology 8:261-270

Keystone Ecological 179 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Phascolarctos cinereus Koala

The Koala is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is also listed as Vulnerable under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999). Specific populations of Koalas in the Pittwater area of Warringah local government area and as well for the Hawks Nest and Tea Gardens area of Great Lakes local government area have been declared as endangered populations under the TSC Act (1995).

Controls are also in place under the Native Vegetation Act 2003 and the Environment Planning and Assessment Act (1979), including the subordinate planning instrument State Environmental Planning Policy No. 44— Koala Habitat Protection.

The Koala is a medium sized marsupial with large rounded ears, dense woolly coat, long limbs with strong claws and a very short tail (Martin et al. 2008). It spends majority of its time in tress only coming to the ground to move between trees (Smith 1979a). They can gallop swiftly across the ground and, are also excellent swimmers (Martin 1995). This species has an extensive, but disjunct distribution ranging from north-eastern Queensland to the south-east corner of South Australia (Department of the Environment 2015, ANZECC 1998).

With very specific dietary ranges, Koalas are restricted to eucalypt forests and woodland bearing certain favoured feed tree species (Martin 1995). They feed on foliage of more than 70 species of eucalypt and 30 non-eucalypt species with preferred species selected (OEH 2015a). In south eastern Australia, up to 24 species of Eucalyptus are known to be eaten by Koalas (Lee and Carrick 1989) with regional preferences apparent. In the south, preferred species include Eucalyptus viminalis Manna Gum, Eucalyptus ovatus Swamp Gum and Eucalyptus globulus Tasmanian Blue Gum while in the north, red gums (Eucalyptus tereticornis Forest Red Gum and Eucalyptus camaldulensis River Red Gum), Grey Gums (Eucalyptus punctata Grey Gum and Eucalyptus propinqua Small-fruited Grey Gum) and Eucalyptus microcorys Tallowwood are important (Martin et al. 2008).

The suitability of habitat for Koalas is highly influenced by a number of variables including the size and species of trees, soil nutrients, climate, rainfall and disturbance history (NSW NPWS 2003). There is considerable local and regional variation in preferences for feed tree species (Martin and Handasyde 1995) and the food preferences may also change with season (Lee and Carrick 1989).

A study by Lunney et al. (2002) identified a decline in the population of Koalas at Iluka in the Clarence Valley LGA. The study identified major causes for the decline in the species with threats of habitat loss, traffic and dogs being significantly due to urban development. Other threats included fire, feral pigs and disease which causes low fertility within the species (Lunney et al. 2002).

Due to the low nutritional value of their diet, Koalas are inactive for up to 20 hours a day (Menkhorst and Knight 2001). They spend most of the day resting in trees and are most active in the late afternoon and at night, which coincides with a peak in feeding behaviour

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(Hindell et al. 1985). They usually rest low in the fork of a tree and climb to the canopy at night to feed (Martin et al. 2008).

Breeding occurs between October and May with females potentially producing one offspring each year (McLean 2003). Cubs remain dependent on their mother until they become independent at 12 months of age (Department of the Environment 2015) but will still associate with her (such as feeding in the same tree) until dispersing to their own territory (Martin et al. 2008). Males may not set up a new territory until 2 or 3 years of age and females often breed in a home range adjacent to their natal site (Martin et al. 2008). Juveniles may continue to wander until up to 5 years of age (Eberhard 1978 quoted in Lee and Carrick 1989).

Studies of Koalas on Kangaroo Island, South Australia, revealed that adults were generally sedentary, using about 15 trees within a largely exclusive home range of 1 – 2.5 hectares. However, home ranges may be much larger (up to 100 hectares) in poorer habitat such as in semi-arid areas (Martin et al. 2008). The home ranges of some males may spatially overlap those of females and they may also share some trees. Males do not defend territories but males act aggressively to other males during the breeding season (Martin et al. 2008). Adult males bellow loudly at this time to advertise their presence to other males and receptive females in the vicinity (Martin et al. 2008).

The effects of disease on Koalas are of growing concern with Chlamydia being the most well-known disease present in Koalas (Department of the Environment, 2015). Chlamydia may limit the reproductive potential of Koala populations and in turn can cause decline in the population. Other diseases that afflict this species include anaemia, tick infections, malignant blood disease and pneumonia (Dickens 1978, quoted in Lee and Carrick 1989). A new disease has also been recently discovered with Koala Retrovirus (KoRV) thought to be responsible for numerous conditions including leukaemia and an immunodeficiency syndrome (Tarlinton et al. 2005).

Historically, the principal predators of Koalas were likely to have been Aborigines and the dingo (Lee and Carrick 1989). Today, the only known predators are Aquila audax Wedge- tailed Eagle and Ninox strenua Powerful Owl, both of which are known to take juveniles (Eberhard 1978, quoted in Lee and Carrick 1989).

Threats to the conservation of this species (in order of their general importance throughout NSW) include habitat loss and fragmentation, habitat degradation, road kills, dog attacks, fire, logging, disease, severe weather conditions, swimming pools and overbrowsing (NSW NPWS 2003, DECC 2008a). Surveys across NSW indicate that, since 1949, Koala populations have been lost from many areas, particularly on the southern and western edges of their distribution (Reed et al. 1990, quoted in NSW NPWS 2003). Despite the presence of suitable habitat, Koalas still occur in fragmented populations perhaps demonstrating the difficulty of recovery of populations in fragmented habitats suffering ongoing threats (NSW NPWS 2003, DECC 2008a).

Food trees have been categorised as primary, secondary and supplementary based on the measured level of use by Koalas (NSW NPWS 2003, DECC 2008a). Further, the potential

Keystone Ecological 181 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests value of habitat to Koalas has been determined by the relative abundance of primary, secondary and supplementary food trees (NSW NPWS 2003, DECC 2008a).

This species was recorded in a single image from a terrestrial camera trap. The animal was photographed moving across the ground in a northerly direction across the centre of the site. As it was not in the canopy, it was not foraging. The head only was evident in the photograph, so there is no information regarding the presence or absence of a joey. This result prompted further comprehensive survey to be undertaken, but it was not recorded otherwise during this survey, but scats of this species were identified by Fitzgerald (2005) somewhere on site.

The leaves of some of the other canopy species on site are recognised food tree species for Phascolarctos cinereus Koala, namely Eucalyptus tereticornis Forest Red Gum, Eucalyptus propinqua Small-fruited Grey Gum and Corymbia intermedia Pink Bloodwood. However, such a tree composition is defined as relatively low quality Koala habitat and is probably only capable of supporting low density Koala populations (DECC 2008).

The Iluka Koalas were strongly associated with Eucalyptus tereticornis Forest Red Gum, but this species of tree has not regenerated in the sand mining areas. The very low numbers of this species on the subject site is further testament to that observation.

A modelling study of the Iluka population (Lunney et al. 2002) concluded that the decline and eventual extinction of the Iluka population was inexorable, unless there was a major influx of migrating Koalas and significant alterations to the factors influencing disease and mortality. Thus, the provisions of corridors to and from known populations is important, as are improvements in the condition of their habitat, and control of causes of mortality.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

The development proposal will remove a substantial area of vegetation, but this is demonstrably very poor habitat. The evidence indicates that the animal recorded on site was moving through the site (and not foraging on the site), presumably to better habitat to the north, where there is no evidence of sand mining and primary Koala food trees are present. For example, both Eucalyptus tereticornis Forest Red Gum and Eucalyptus robusta Swamp Mahogany (another primary food tree) occur on the golf course.

All possible design elements have been incorporated into the layout of the proposal in order to accommodate this species. The best habitat (in Park 2) has been retained in its entirety. This will also facilitate north-south movements – as was observed on site. Other potential habitat where Eucalyptus tereticornis Forest Red Gum was observed on site is to be retained and rehabilitated in Park 1. This will also facilitate east-west movements.

The streetscapes are to be landscaped for Koalas in particular (using food trees and

Keystone Ecological 182 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests planted at intervals recommended by expert panel) and other threatening processes are to be controlled (such as traffic and dogs). Thus, it is considered unlikely that the proposal will place a viable local population at risk of extinction.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Very poor quality habitat in 16.71 hectares is to be removed.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

The configuration of retained and rehabilitated vegetation will facilitate the movements of Koalas across the site and in the local area.

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(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

The habitat on site can be classified as of a relatively low grade; such habitat is regarded as able to support only low density populations of Koalas.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

A number of objectives and strategies for this species have been detailed in the Recovery Plan for the Koala (DECC 2008a). Of relevance to this proposal are the following recovery actions:

x Implement the objectives of SEPP 44 and the National Koala Conservation Strategy for the conservation of koalas and koala habitat in NSW; x DECCW, together with DoP, will work with councils and catchment management authorities to assist them in developing koala habitat protection measures for incorporation in relevant local environmental plans (LEPs), and regional natural resource and vegetation management plans; x Assess koala population dynamics and habitat use across the NSW range; and x DECCW, through collaboration with a wide range of researchers and conservation partners, will coordinate and promote implementation of the recovery plan, with a focus on using the NSW Priorities Action Statement as the primary information and coordination tool.

Other recovery strategies identified by OEH (2015a) include:

x Undertake feral predator control; x Apply low intensity, mosaic pattern fuel reduction burns in or adjacent to Koala habitat; x Retain suitable habitat, especially areas dominated by preferred feed-tree species; x Identify road-kill blackspots and erect warning signs, reduce speed limits or provide safe crossing points to reduce Koala fatalities;

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x Protect populations close to urban areas from attacks by domestic dogs; and x Revegetate with suitable feed tree species and develop habitat corridors between populations.

These objectives and strategies are served by this assessment process with survey conducted for this species and recommendations made for minimisation of potential impact and conservation of important habitat features. They are also partly satisfied by the provision of survey data to the relevant authorities.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposal will contribute to the Key Threatening Process “Clearing of Native Vegetation”.

REFERENCES

Australian and New Zealand Environment Conservation Council (ANZECC) (1998). National Koala Conservation Strategy. Canberra, ACT: Environment Australia. Curtin, A., Lunney, D. and Matthews, A. (2002) A survey of a low-density Koala population in a major reserve system, near Sydney, New South Wales. Australian Mammalogy 23:135-144 Department of the Environment (2015). Phascolarctos cinereus combined populations of Qld, NSW and the ACT in Species Profile and Threats Database, Department of the Environment, Canberra. Department of Environment and Climate Change (2008a) Recovery Plan for the Koala. Department of Environment and Climate Change NSW, Sydney Department of Environment and Climate Change (2008b) The Vertebrate Fauna of Southern Yengo National Park and Parr State Conservation Area. Department of Environment and Climate Change, Hurstville Department of Environment and Conservation (2005) The Vertebrate Fauna of Northern Yengo National Park. Department of Environment and Climate Change, Hurstville Hindell, M.A. and Lee, A.K. 1990. Tree preferences of the koala In: Lee, A.K., Handasyde, K.A. and Sanson, G.D. (eds) Biology of the Koala. Surrey Beatty and Sons, Sydney Lee, A.K. and Carrick, F.N. (1989) Phascolarctidae, Chapter 31 In: D.W. Walton and B.J. Richardson (eds) Fauna of Australia Vol 1B Mammalia. Australian Government Publishing Service Lunney, D., O’Neill, LO., Matthews, A. and Shwerwin, W. (2002) Modelling mammalian extinction and forecasting recovery: Koalas at Iluka NSW, Australia. National Parks and Wildlife Service, Sydney. Martin, R.W. (1995) Koala In: Strahan, R. (Ed.) The Mammals of Australia. Reed New Holland, Australia Martin, R.W., Handasyde, K.A. Krockenberger, A. (2008) Koala Phascolarctos cinereus In:

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Van Dyck, S. and Strahan, R. (Eds.) The Mammals of Australia. Third edition. Reed New Holland, Australia McAlpine, C., Rhodes, J., Peterson, A., Possingham, H., Callaghan, J., Curran, T, Mitchell, D. and Lunney, D. (2007) Planning guidelines for koala conservation and recovery - a guide to best planning practice. Australian Koala Foundation and The University of Queensland Menkhorst, P and Knight, F. (2001) A Field Guide to the Mammals of Australia. Oxford University Press, Melbourne Australia. Natural Resource Management Ministerial Council (2009) National Koala Conservation and Management Strategy 2009–2014. Department of the Environment, Water, Heritage and the Arts, Canberra. NSW National Parks and Wildlife Service 2003, Approved Recovery Plan for the Hawks Nest and Tea Gardens Endangered Koala (Phascolarctos cinereus) Population, NSW National Parks and Wildlife Service, Hurstville. Office of Environment and Heritage (2012) Atlas of NSW Wildlife (http://www.bionet.nsw.gov.au/) Office of Environment and Heritage (2015a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2015b) Koala in the Pittwater Local Government Area Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x) Office of Environment and Heritage (2015c) Koala, Hawks Nest and Tea Gardens population Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x) Smith, M.T.A. (1979a) Behaviour of the Koala, Phascolarctos cinereus (Goldfuss) in captivity. I. Non-social behaviour. Australian Wildlife Research 6: 117-128 Smith, M.T.A. (1979b) Behaviour of the Koala, Phascolarctos cinereus (Goldfuss), in captivity. II. Parental and infantile behaviour. Australian Wildlife Research 6: 129- 140 Tarlinton, R., J. Meers, J. Hanger and P. Young (2005). Real-time reverse transcriptase PCR for the endogenous koala retrovirus reveals an association between plasma viral load and neoplastic disease in koalas. Journal of General Virology. 86:783-787.

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Pteropus poliocephalus Grey-headed Flying-fox

The Grey-headed Flying-fox is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is listed as Vulnerable under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

The Grey-headed Flying-fox is a large flying-fox with a white or greyish head, reddish mantle around the neck and thick, shaggy fur extending to the ankles (Strahan 1995). This species has a distribution along eastern coastal Australia from Rockhampton in Queensland to western Victoria (Churchill 2008). The Grey-headed Flying-fox occurs in a variety of habitats including subtropical and temperate rainforests, sclerophyll forests, woodlands, as well as urban areas (OEH 2015a). It also frequents mangroves, paperbark swamps and cultivated areas (Churchill 1998). It is usually seen in large, noisy colonies, or in day ‘camps’ usually placed close to water in gullies with dense forest canopies (Tidemann 1995). This is a highly mobile species, and camps are regularly moved in response to local food availability (Churchill 1998). Most births occur around October (Strahan 1995).

They forage widely at night mainly for rainforest fruits and native blossoms (Strahan 1995), and this species is likely to be an important pollinator for many native species (Tidemann 1995). Seventy-five percent of foraging forays are within 20 kilometres of the camp but some individuals may commute 50 kilometres to a productive food sources (Tidemann et al. 2008).

They have been recorded as feeding on 201 plant species of 50 families, with almost half of these in the Myrtaceae (Churchill 2008) but the pollen and nectar of Eucalyptus, Melaleuca and Banksia (Eby 2000) are their principal foods. Native figs are also important and they also appear to eat the salt glands from mangrove trees (Churchill 2008).

The availability of native fruits, nectar and pollen varies over time and throughout the range of the species. This species is highly nomadic in response to the uneven distribution of their food plants, sometimes travelling hundreds of kilometres to find suitable resources and / or feeding in domestic gardens, parks and orchards. Such characteristics make it very difficult to define key habitat areas (Eby and Lunney 2002). Also, the areas that offer foraging resources at any time are small and vary in location between years (Eby and Lunney 2002).

Although variable, a general pattern of movement can be discerned. Almost half of the eucalypt species used by the Grey-headed Flying-fox flower in summer and such summer- flowering species are distributed throughout their range. Thus, in summer, this species is generally widely dispersed.

However, the winter-flowering species they use are largely restricted to the woodlands of the western slopes or the lowland coastal communities (Eby and Lunney 2002). Thus, they are usually highly aggregated in winter, depending on where the nectar is flowing.

This winter convergence makes the species vulnerable to changes in these coastal

Keystone Ecological 187 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests communities, particularly as it coincides with the areas of greatest development. High rates of mortality can result from result from losses of small areas of key winter habitat (Eby and Lunney 2002). These losses are compounded by removal and fragmentation of other resource patches used at other times.

Even in areas of remaining forest, nectar flow itself is impacted upon by dieback, drought, fire, and local fluctuations in temperature and rainfall (Eby and Lunney 2002).

The spring also presents potential bottlenecks for this species as several key spring- flowering trees are primarily confined to relatively flat and fertile land such as has already been extensively cleared and is still favoured by development (Eby and Lunney 2002). This also coincides with the time of birth of young when there is an added nutritional requirement and the females do not venture far from the maternity camp to feed.

These camps may contain tens of thousands animals, depending upon the abundance of locally available food sources. They are generally located in close proximity (20 km or less) to a regular food source, often in stands of riparian rainforest, Paperbark or Casuarina forest (Eby 1995). Site fidelity is high and some camps in NSW have been used for over a century (Eby 2000).

Being so highly mobile, connectivity of forest patches is not critical for this species to be able to exploit different areas of vegetation. However, they are impacted by direct loss of habitat as well as via long term changes on critical features such as nectar flow wrought by dieback and other consequences of forest fragmentation.

The number of species of fruits and flowers exploited by this species is large, as befitting its extraordinarily broad distribution along the east coast of Australia.

This species was not observed during survey but is likely to occur on site when appropriate feed trees are in flower or fruit. The site is 50 kilometres straight-line distance from the nearest large colony on Susan Island at Grafton. The large areas of vegetated coastal dunes dominated by Banksia are recognised important foraging habitat for this species, particularly in the winter months. The potential habitat on site is likely to be of lesser importance but may still be exploited.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

No critical life cycle features for this species were observed on or near the subject – no camps have been recorded from this area nor is there habitat on the site suitable for one.

The proposal will remove potential food trees, but similar and better foraging opportunities exist for this species in adjacent habitat, most of which is reserved. Therefore it is unlikely the proposal will place a viable local population at risk of

Keystone Ecological 188 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests extinction.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Poor quality habitat in 16.71 hectares will be removed.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

This is a highly mobile species, able to exploit widely separated resources and known to feed in highly urbanised areas. The proposal is unlikely to interfere with its ability to move through the landscape and / or access suitable habitat.

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(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

As potential habitat only, it cannot be regarded as important habitat. Key winter habitat occurs in the coastal Banksia communities of Iluka Nature Reserve and Bundjalung National Park.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

A draft recovery plan for this species has been released (DECCW 2009) within which 10 major recovery actions have been identified:

x Identify and protect foraging habitat critical to the survival of Grey-headed Flying- foxes across their range; x Enhance winter and spring foraging habitat for Grey-headed Flying-foxes; x Identify, protect and enhance roosting habitat critical to the survival of Grey- headed Flying-foxes; x Significantly reduce levels of deliberate Grey-headed Flying-fox destruction associated with commercial horticulture; x Provide information and advice to managers, community groups and members of the public that are involved with controversial flying-fox camps; x Produce and circulate educational resources to improve public attitudes toward Grey-headed Flying-foxes, promote the recovery program to the wider community and encourage participation in recovery actions; x Monitor population trends for the Grey-headed Flying-fox; x Assess the impacts on Grey-headed Flying-foxes of electrocution on powerlines and entanglement in netting and barbed wire, and implement strategies to reduce these impacts; x Oversee a program of research to improve knowledge of the demographics and population structure of the Grey-headed Flying-fox; and x Maintain a National Recovery Team to oversee the implementation of the Grey- headed Flying-fox National Recovery Plan

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This species has been assigned to the “landscape species” management stream under the NSW Office of Environment and Heritage. The following management actions have been identified for this species as part of that process (OEH 2015b):

x Set priorities for protecting foraging habitat critical to the survival of Grey-headed Flying-foxes and generate maps of priority foraging habitat. x Protect and enhance priority foraging habitat for Grey-headed Flying-foxes, for example through management plans, local environmental plans and development assessments, and through volunteer conservation programs for privately owned land. x Increase the extent and viability of foraging habitat for Grey-headed Flying-foxes that is productive during winter and spring (generally times of food shortage), including habitat restoration/rehabilitation works. x Establish and maintain a range-wide database of Grey-headed Flying-fox camps, including information on location, tenure, zoning and history of use, for distribution to land management/planning authorities, researchers and interested public. x Improve knowledge of Grey-headed Flying-fox camp locations, targeting regional areas and seasons where information is notably incomplete, such as inland areas during spring and summer. x Protect roosting habitat critical to the survival of Grey-headed Flying-foxes, for example through management plans, local environmental plans and development assessments, and through volunteer conservation programs for privately owned land. x Determine characteristics of roosting habitat for Grey-headed Flying-foxes, exploring the roles of floristic composition, vegetation structure, microclimate and landscape features, and assess the status of camps. x Enhance and sustain the vegetation of camps critical to the survival of Grey- headed Flying-foxes. x Develop and promote incentives to reduce killing of flying-foxes in commercial fruit crops. x Identify the commercial fruit industries that are impacted by Grey-headed Flying- foxes, to provide an information base for use by the various stakeholders. x Systematically document the levels of flying-fox damage to the horticulture industry within the range of the Grey-headed Flying-fox. x Develop methods for rapid estimates of flying-fox damage on commercial crops, allowing the long-term monitoring of industry-wide levels and patterns of flying- fox damage. x Develop and implement a grower-based program to monitor trends in damage to commercial fruit crops by flying-foxes, and use the results to monitor the performance of actions to reduce crop damage. x Develop methods to monitor landscape scale nectar availability trends, to explain/potentially predict crop damage trends where crop protection is absent, and promote importance of foraging habitat productive in seasons critical to the horticulture industry. x Describe the species, age structure and demographics of flying-foxes killed in fruit

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crops to improve the understanding of the impact by assessing trends in the species, sex, age and reproductive status of animals killed on crops. x Review and evaluate camp site management activities, summarising outcomes of past experiences at controversial camps. Noise impacts on neighbours of camps to be considered. For use in managing future conflicts with humans at flying-fox camps. x Develop guidelines to assist land managers dealing with controversial flying-fox camps. x Develop materials for public education and provide them to land managers and local community groups working with controversial flying-fox camps, highlighting species status, reasons for being in urban areas, reasons for decline etc. x Assess the impacts Grey-headed Flying-fox camps have on water quality, and publish results in a peer-reviewed journal. x Provide educational resources to improve public attitudes toward Grey-headed Flying-foxes. x Monitor public attitudes towards flying-foxes. x Review and improve methods used to assess population size of Grey-headed Flying-foxes. x Conduct periodic range-wide assessments of the population size of Grey-headed Flying-foxes to monitor population trends. x Assess the impacts on Grey-headed Flying-foxes of electrocution on powerlines and entanglement in netting and barbed wire, and implement strategies to reduce these impacts. x Investigate the differences in genetic relatedness, sex, age etc. between sedentary and transient Grey-headed Flying-foxes. x Investigate between-year fidelity of Grey-headed Flying-fox individuals to seasonal camps. x Investigate the genetic structure within Grey-headed Flying-fox camps, including levels of relatedness within and between members of adult groups, occupants of individual trees etc. x Investigate the patterns of juvenile Grey-headed Flying-fox dispersal and mortality, allowing identification of the specific habitat requirements of juveniles. x Investigate the age structure and longevity of Grey-headed Flying-foxes. x Complete national recovery plan. x Grey-headed Flying-fox National Recovery Team to undertake an annual review of the national recovery plan's implementation. x A number of specific recovery activities aim to recover the species through (OEH 2015a):

x Protect roost sites, particularly avoid disturbance September through November. x Identify and protect key foraging areas. x Manage and enforce licensed shooting. x Investigate and promote alternative non-lethal crop protection mechanisms. x Identify powerline blackspots and implement measures to reduce deaths; implement measures to reduce deaths from entanglement in netting and on

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barbed-wire. x Increase public awareness/understanding about flying-foxes, and their involvement in flying-fox conservation. x Monitor the national population's status and distribution. x Improve knowledge on demographics and population structure to better understand ecological requirements of the species.

The survey and assessment process has identified that the site supports very little habitat for this species and none of a critical nature. The proposal is largely consistent with these recovery strategies.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposed works contribute to the Key Threatening Process “Clearing of Native Vegetation”.

REFERENCES

Australasian Bat Society (2001) Diet list for the Grey-headed Flying-fox Pteropus poliocephalus Churchill, S. (1998) Australian Bats. Reed New Holland, Sydney Australia Churchill, S. (2008) Australian Bats. Second edition. Reed New Holland, Sydney Australia Department of Environment and Climate Change (2008) The Vertebrate Fauna of Southern Yengo National Park and Parr State Conservation Area. Department of Environment and Climate Change, Hurstville Department of Environment and Conservation (2005) The Vertebrate Fauna of Northern Yengo National Park. Department of Environment and Climate Change, Hurstville Department of Environment, Climate Change and Water (2009) Draft National Recovery Plan for the Grey-headed Flying-fox Pteropus poliocephalus. Prepared by Dr Peggy Eby. Department of Environment, Climate Change and Water NSW, Sydney Office of Environment and Heritage (2015a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2015b) Grey-headed Flying-fox Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x) Eby, P. (1991) Seasonal movements of Grey-headed Flying-foxes, Pteropus poliocephalus (Chiroptera: Pteropodidae), from two maternity camps in northern New South Wales. Wildlife Research 18: 547-559 Eby, P. (1995) The biology and management of flying-foxes in NSW; Species management report number 18. Llewellyn, L. (ed). NPWS, Hurstville Eby, P. (2000) The results of four synchronous assessments of relative distribution and abundance of Grey-headed Flying-fox Pteropus poliocephalus. In Proceedings of a

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Workshop to Assess the Status of the Grey-headed Flying-fox in New South Wales. Richards, G. (ed). http://batcall.csu.edu.au/abs/ghff/ghffproceedings.pdf Eby, P. (2000) A case for listing Grey-headed Flying-fox Pteropus poliocephalus as threatened in NSW under IUCN criterion A2. In Proceedings of a Workshop to Assess the Status of the Grey-headed Flying-fox in New South Wales Eby, P. and Lunney, D. (2002) Managing the Grey-headed Flying-fox Pteropus poliocephalus as a threatened species in NSW: adjusting to a long-term vision pp 273-284 in Managing the Grey-headed Flying-fox as a threatened Species in New South Wales ed by P. Eby and D. Lunney, Royal Zoological Society of NSW, Mosman Menkhorst, P and Knight, F. (2001) A Field Guide to the Mammals of Australia. Oxford University Press, Melbourne Australia NSW Scientific Committee (2001) Grey-headed Flying-fox – Vulnerable Species Listing. Final Determination Strahan, R. (1995) A Photographic Guide to Mammals of Australia. New Holland, Sydney Australia Tidemann, C.R. (1995). Grey-headed Flying-fox. In: Strahan, R (Ed.) (1995) The Mammals of Australia. Reed New Holland, Australia Tidemann, C.R., Eby, P., Parry-Jones, K.A. and Nelson, J.E. (2008) Grey-headed Flying-fox Pteropus poliocephalus In: Van Dyck, S. and Strahan, R. (Eds.) The Mammals of Australia. Third edition. Reed New Holland, Australia

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Syconycteris australis Common Blossom Bat

The Common Blossom Bat is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is not listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

Common Blossom bats are small megachiropteran bats with a specialised diet of nectar and pollen (OEH 2015a). They can grow up to 6cm long (Australian Museum Online 2014) and weigh approximately 19 grams (Nelson 1989). They have long muzzles and brush like tongues (OEH 2015a) and commonly feed on the nectar and pollen of bottlebrush, paperbark, banksia and gum tree blossoms (Australian Museum Online 2014).

They are found along coastal areas of eastern Australia from Hawks Nest NSW to Cape York Peninsula in Queensland (OEH 2015a), roosting in Rainforest, wet eucalypt forest and paperbark swamps (Australian Museum Online 2014). They roost solitarily from tree branches, hidden by leaves (Australian Museum Online 2014).

This species shows strong fidelity to feeding sites, travelling up to 4 kilometres between rainforest roosts and heathland feeding grounds on the NSW North Coast (Law and Spencer 1995). Where the roosting habitat was more fragmented, commuting distances were greater (Law and Spencer 1995). Roost sites shifted seasonally, from the more exposed edges in spring and autumn to the protected rainforest interior in winter, presumably as a response to cold (Law and Spencer 1995).

They are probably important pollinators, hovering like a hummingbird in front of flowers when feeding (Australian Museum Online 2014).

This species is threatened by fragmentation and loss of feeding and roosting habitat and weeds that suppress the regeneration of key food trees, such as coastal Banksias (OEH 2015a).

This species was not observed during survey but a breeding population is known to occur in the adjacent Iluka Nature Reserve. It is a specialist feeder of nectar and pollen and therefore requires high quality foraging habitat such as occurs in the Banksia-dominated coastal dunes of the nearby reserves. It roosts hanging from tree branches, near to foraging habitat.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

The subject site provides potential habitat of lesser value than is available in the nearby reserves, but the best potential habitat on site is within the swamp forest in the western end of the site. This will be entirely retained and managed for conservation purposes.

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(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Poor quality potential foraging habitat will be removed across 16.71 hectares.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

This is a highly mobile species able to traverse gaps in their habitat, travelling up to 4 kilometres to favoured feeding areas. The proposal is unlikely to prevent this species from moving through the landscape. Also, the proposal specifically includes habitat retention in a configuration such that retains north-south and east-west connectivity of habitat.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated

Keystone Ecological 196 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests to the long-term survival of the species, population or ecological community in the locality,

Response:

The habitats within Iluka Nature Reserve and Bundjalung National Park are likely to be of more importance top this species as they are in better condition, occur over a larger area and are managed for conservation.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

This species has been assigned to the “Partnership species” management stream under the NSW Office of Environment and Heritage. These are species that have less than 10% of their distribution in NSW and so conservation may depend on partnership programs with other states or territories. The following management actions have been identified for this species as part of that process (OEH 2015b):

1. Ensure a mosaic of nectar-producing trees and shrubs, esp. in coastal heath paperbark swamp as well as rainforest roost habitat. Give high priority in PVP assessments, or other assessment tools. 2. Prepare EIA guidelines which address the retention of a mosaic of nectar- producing trees and rainforest roost habitat. 3. Determine the effectiveness of PVP assessment, offsets and actions for bats. 4. Identify areas of private land that contain patches (including small) of littoral rainforest as areas of HCV in planning instruments and land management tools (e.g. LEP, Catchment Action Plans, PVPs). 5. Promote the conservation of these areas using measures such as incentive funding to landholders, off-setting and biobanking, acquisition for reserve establishment or other means. . 6. Develop and promote State-wide bat awareness programs for schools, CMAs, landholders and industry groups etc. 7. Control coastal weed species eg Bitou Bush, but avoid aerial spraying during the flowering season of important heath species as herbicides can directly collect in flowers that are fed upon at night. 8. Initiate and support rainforest and heath regeneration projects where coastal habitat has been cleared and fragmented. 9. Determine the extent of use of revegetation in development areas that are subject

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to high ambient light levels. . 10. Identify critical foraging habitat in November when bats are breeding, but when few heath species are flowering. . 11. Identify the impact on bats of weed-spraying at different times of the year. 12. Develop burning strategies that reduce impacts on preferred habitat in known foraging areas. 13. Undertake long-term monitoring of select populations cross tenure.

A number of specific recovery activities have also been identified (OEH 2015a):

1. Control of serious coastal weed species such as Bitou Bush; 2. Protect areas of littoral rainforest, coastal heath and paperbark swamp; 3. Plant Common Blossom-bat feed trees such as local species of banksia, bottlebrush and paperbark; and 4. Initiate and support rainforest and heath regeneration projects.

The proposal does not impinge on roost sites or key foraging areas for this species. Thus the proposal is largely consistent with the recovery actions for this species.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposed works contribute to the Key Threatening Process “Clearing of Native Vegetation”.

REFERENCES

Australian Museum Online (2014) Animal Species: Common Blossom Bat. Australian Museum. Available at (http://australianmuseum.net.au/common-blossom-bat) Byron Biodiversity Conservation Strategy, 2004. Byron Shire Council, Mullumbimby Churchill, S. (2008). Australian Bats – Second Edition. Allen and Unwin, Crows Nest, NSW DEC November 2004. Draft Threatened Species Survey and Assessment: Guidelines for Development and Activities (Working Draft). Department of Environment and Conservation (NSW), Hurstville, NSW Department of Environment and Conservation 2005. Common Blossom – bat profile. www.threatenedspecies.environment.nsw.gov. au (accessed 23/11/2009) Dodkin, M.J. and Gilmore, A.M. 1985. Species and ecosystems at risk. Pp. 33-52 in Love, A. and Dyson, R. (eds), Bitou Bush and Boneseed – A National Conference on Chrysanthemoides monilifera. National Parks and Wildlife Service and Department of Agriculture, NSW. Geiser, G. 1998. Cool bats. Nature Australia, Winter1998: 56-63. Geiser, F., Coburn, D.K., Kortner, G. and Law, B. 1996. Thermoregulation, energy metabolism, and torpor in blossom-bats, Syconycteris australis (Megachiroptera). Journal of Zoology 239: 583-90

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Hall, L. and Richards, G. 2000. Flying-foxes; Fruit and Blossom Bats of Australia. UNSW Press, Sydney. Law, B. S. 1996. Residency and site fidelity of marked populations of the common blossom-bat Syconycteris australis in relation to the availability of Banksia inflorescences in New South Wales, Australia. Oikos 77: 447-458. Law, B. S. 2001. The diet of the common blossom-bat (Syconycteris australis) in upland tropical rainforest and the importance of riparian areas. Wildlife Research 28: 619-626. Wildcare Australia. N.d. Flying Foxes. Accessed 8/12/09 from, http://www.wildcare.org.au/html/flying_foxes.htm Law, B.S. 1992. Physiological factors affecting pollen use by Queensland Blossom Bats (Syconycteris australis). Functional Ecology 6: 257-264. Law, B.S. 1993. Roosting and foraging ecology of the blossom bat, Syconycteris australis, in north-eastern New South Wales: flexibility in response to seasonal variation. Wildlife Research 20: 419-431. Law, B.S. 1994a. Banksia nectar and pollen: dietary items affecting the abundance of the common blossom bat, Syconycteris australis, in south-eastern Australia. Australian Journal of Ecology 19: 425- 434. Law, B.S. 1994b. Climatic limitation of the southern distribution of the common blossom bat Syconycteris australis in New South Wales. Australian Journal of Ecology 19: 366-374. Law, B.S. and Spencer, H.J. (1995) Common Blossom-bat Syconycteris australis. Pp. 423-5 in Strahan, R.(ed.) The Mammals of Australia. Reed Books, Sydney. Nelson, J E. (1989) Pteropodidae. In Walton, D.W. and B.J. Richardson (eds.). Fauna of Australia, Vol. 1B. Australian Government Publishing Service, Canberra, ACT, Australia. 852–856. Office of Environment and Heritage (2015a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2015b) Common Blossom Bat Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x) Winkelman, J. R., Bonacorso, F. J. and Strickler, T. L. 2000. Home range of the southern blossom bat Syconycteris australis, in Papua New Guinea. Journal of Mammalogy 81(2): 408-414.

Keystone Ecological 199 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Mormopterus norfolkensis Eastern Freetail-bat

The Eastern Freetail-bat is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is not listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

The Eastern Freetail-bat has dark brown to reddish brown fur on the back and is slightly paler below. Like other freetail-bats it has a long (3 - 4 cm) bare tail protruding from the tail membrane (OEH 2015a).

The Eastern Freetail-bat is an insectivore but nothing specific is known about its diet (Churchill 1998, 2008). It is thought that they forage within a few kilometres of their roost (Churchill 2008, Hoye et al. 2008).

It is found along the east coast from south eastern Queensland to southern NSW (OEH 2015a). Most records are from dry eucalypt forest and woodland, although a number have been caught flying low over a rocky river through rainforest and wet sclerophyll forest (Hoye et al. 2008). Research in coastal forests near Coffs Harbour have shown that it is more active on upper slopes where the flyways are open and uncluttered, rather than along creeks (Hoye et al. 2008).

Although it has been recorded roosting in the roof of a hut, under bark and the caps of telegraph poles, it is more usually found in hollows in large mature trees (Churchill 2008). All natural roost sites have been found in large mature eucalypts and they will use paddock trees and remnant vegetation in farmland (Hoye et al. 2008). They will also roost in artificial roosts, with a colony in NSW known to use the same boxes for over 5 years (Churchill 2008).

Young are born in late November or early December and are free-flying by late January (Hoye et al. 2008).

A survey of the fauna of the large sandstone-based reserves around the northern Sydney fringe found that this species was infrequently recorded within these reserves and it is thought that they may prefer the larger alluvial valleys and coastal plains (DEC 2005, DECC 2008).

This species was recorded foraging on the subject site during survey.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

The subject site provides both foraging habitat for this species and potential breeding sites (hollow-bearing trees). Suitable hollows to be removed will be compensated for with replacement nest boxes. The potential and realised habitat on site would only represent

Keystone Ecological 200 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests a very small proportion of what is available locally and regionally as this species is highly mobile, able to exploit widely separated resources.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Approximately 16.71 hectares of poor quality, cluttered foraging habitat will be removed, as well as 14 dead hollow-bearing trees. The loss of potential roosting habitat will be compensated for by the installation of replacement nest boxes.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

This is a highly mobile species able to exploit widely separated resources. The proposal is

Keystone Ecological 201 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests unlikely to prevent this species from moving around the landscape or accessing required resources. Moreover, the proposal has been designed specifically so that north-south and east-west wildlife corridors will remain.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

It is unlikely that the poor quality foraging habitat on site is an important resource for a local population of this species. However, the loss of hollow-bearing trees has a greater chance of adverse impact, although a study of roost sites used by this species found all in living healthy trees (McConville and Law 2013). In the absence of the proposal, the inevitable collapse of the dead standing hollow-bearing trees will result in a restriction of roosting habitat on site. Thus, the proposed replacement strategy (enabled by the proposal) may be essential for the long-term persistence of this species on site.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

The Department of Environment and Conservation has a prepared Priority Action Statement to promote the recovery of the species. A total of 19 priority actions have been identified and dividing into priorities of High, medium and Low (OEH 2015b).

The following Priority Actions have been classified as being of high priority (OEH 2015b):

1. Ensure the largest hollow bearing trees, inc. dead trees and paddock trees, are given highest priority for retention in PVP assessments. Offsets should include remnants in high productivity. 2. Research the roosting ecology of tree-roosting bats. For example identifying the attributes of key roosts. 3. Research the degree of long-term fidelity to roost trees and roosting areas in order to assess their importance and the effects of their removal. 4. Prepare EIA guidelines which address the retention of hollow bearing trees maintaining diversity of age groups, species diversity, structural diversity. Give priority to largest hollow bearing trees. 5. Identify the effects of fragmentation in a range of fragmented landscapes i.e. the

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farmland/forest interface and the urban/forest interface e.g. movement and persistence across a range of fragment sizes. 6. Identify areas of private land that contain high densities of large hollow-bearing trees as areas of high conservation value planning instruments and land management negotiations e.g. LEP, CAPs, PVPs. 7. Promote the conservation of these private land areas using measures such as incentive funding to landholders, off-setting and biobanking, acquisition for reserve establishment or other means.

The following Priority Actions have been classified as being of medium and low priority (OEH 2015b):

1. Develop and promote State-wide bat awareness programs for schools, CMAs, landholders and industry groups etc. 2. Develop and promote State-wide bat awareness programs for schools, CMAs, landholders and industry groups etc. 3. Ensure the Code of Practice for private native forestry includes adequate measures to protect large, hollow-bearing trees and viable numbers of recruit trees. 4. Identify important foraging range and key habitat components for this species. 5. Identify the susceptibility of the species to pesticides. 6. Better define species distribution through survey in coastal lowlands on- and off- reserve. 7. Research the effect of different burning regimes. 8. Investigate the effectiveness of logging prescriptions. 9. Undertake long-term monitoring of populations cross tenure in conjunction with other bat species to document changes. 10. Study the ecology, habitat requirements and susceptibility to logging and other forestry practices of this little-known species. 11. Quantify any benefits of local bat populations to reducing the impact of insect pests on commercial crops.

A number of specific recovery activities have also been identified (OEH 2015a):

1. Retain hollow-bearing trees and provide for hollow tree recruitment.\; 2. Retain foraging habitat; and 3. Minimise the use of pesticides in foraging areas.

The 14 dead standing hollow-bearing trees identified in the development footprint cannot be retained. However, all such trees can be retained within the Parks 1, 2 and 3. These stags have a short life expectancy and the proposal allows for the replacement of the roosting resource, thus addressing an inevitable but otherwise ignored problem. The proposal therefore is largely consistent with the recovery strategies.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

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Response:

The proposal contributes to the relevant Key Threatening Processes “Clearing of Native Vegetation” and “Loss of Hollow-Bering Trees”.

REFERENCES

Allison, F.R. and Hoye, G.A. (1995) Eastern Freetail-bat. In: Strahan, R (Ed.) (1995) The Mammals of Australia. Reed New Holland, Australia Churchill, S. (1998) Australian Bats. Reed New Holland, Sydney Australia Churchill, S. (2008) Australian Bats: Second Edition. Allen and Unwin, Sydney Australia Department of Environment and Climate Change (2008) The Vertebrate Fauna of Southern Yengo National Park and Parr State Conservation Area. Department of Environment and Climate Change, Hurstville Department of Environment and Conservation (2005) The Vertebrate Fauna of Northern Yengo National Park. Department of Environment and Climate Change, Hurstville Office of Environment and Heritage (2015a) Threatened Species Profiles (http://www.threatenedspecies.environment.nsw.gov.au) Office of Environment and Heritage (2015b) Mormopterus norfolkensis Eastern Freetail- bat Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x) Hoye, G.A., Law, B.S. and Allison, F.R. (2008) East-coast Free-tailed Bat Mormopterus norfolkensis in Van Dyck, S. and Strahan, R. (eds) The Mammals of Australia Third edition. Reed New Holland, Sydney Menkhorst, P. and Knight, F. (2001) A Field Guide to the Mammals of Australia. Oxford University Press, Melbourne Australia McConville, A. and Law, B. (2013) Observations on the roost characteristics of the East- coast Free-tailed Bat Mormopterus norfolkensis in two different regions of New South Wales. Australian Zooloogist 36(3):355-363 NSW Scientific Committee (No Date) Eastern Freetail-bat – Vulnerable Species Listing. Final Determination Strahan, R. (1995) A Photographic Guide to Mammals of Australia. New Holland, Sydney Australia

Keystone Ecological 204 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Nyctophilus bifax Eastern Long-eared Bat

Nyctophilus bifax is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is not listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

It is a small to medium-sized long-eared bat that can be distinguished from the common species by its fur colour, nose and penis morphology and ear size (OEH 2015a).

It occurs from Cape York south to northern NSW, and in NSW appears to be confined to the coastal plain and adjacent ranges (OEH 2015a). Its southern limit is typically around the Clarence River area, with some records as far south as Coffs Harbour (OEH 2015a). Although restricted in its range, it can be locally common (OEH 2015a).

It has been found in lowland subtropical rainforest, as well as wet and swamp eucalypt forest and adjacent moist eucalypt forests. A large number of records come from coastal rainforest and patches of coastal scrub (OEH 2015a). Foraging habitat is listed as wet forest types including rainforest, monsoon forest, riverine forests of paperbark, sometimes in tall open forest, dry sclerophyll forest and woodlands.

It roosts in a number of microhabitats: tree hollows, the hanging foliage of palms, in dense clumps of foliage of rainforest trees, under bark and in shallow depressions on trunks and branches, among epiphytes, in the roots of strangler figs, among dead fronds of tree ferns and less often in buildings (OEH 2015a).

Breeding habitat is more restricted, with maternity sites known only in tree hollows (OEH 2015a). A study on the population in Iluka Nature Reserve concluded that they do not travel far and that the animals captured within the Nature Reserve probably do not venture outside of it for is foraging or roosting needs (Lunney et al. 1995). Further study of the thermal characteristics of roosts and hibernation in this same population in winter revealed large individual differences in roost site selection, doubtless reflecting very different microclimates (Stawski et al. 2009) and perhaps explaining different individual daily torpor patterns.

It is not known to exhibit any migratory behaviour and is detectable all year (OEH 2015a).

Recognised threats to this species include land clearing, loss of breeding and roosting sites, invasion of its habitat by weeds (particularly Bitou Bush) and the use of pesticides (OEH 2015a).

Foraging calls of a Nyctophilus – possibly this species – were recorded foraging in the moist forest of the western boundary. As it is known to forage in close proximity to roost sites (particularly when breeding in the spring), the roost sites are also likely to be within the moist forest of the western boundary.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of

Keystone Ecological 205 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests the species is likely to be placed at risk of extinction,

Response:

The high quality vegetation at the western end of the subject site provides both foraging habitat for this species and potential breeding sites (hollow-bearing trees). No hollow- bearing trees will be removed from the habitat used by this species on site: this area will be entirely retained and protected. In order to compensate for the loss of hollow-bearing trees elsewhere on site in poor quality habitat, Parks 1, 2 and 3 will be enriched with bat nest boxes, which may also be of advantage to this species.

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

This species was only recorded foraging in the forest of the western boundary, which will be entirely retained and protected in Park 2. As it is known to roost and forage within

Keystone Ecological 206 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests relatively small areas, it is likely that the population is restricted to the high quality vegetation that occurs at the western boundary and beyond to the west.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

The extent and configuration of the vegetation used by this species will remain essentially unchanged.

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

No habitat for this species will be removed or modified.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

This species has been assigned to the ‘Partnership species’ management stream by the NSW Office of Environment and Heritage. A number of recovery strategies have been identified (OEH 2015b):

1. Ensure the largest hollow bearing trees are given highest priority for retention in PVP assessments (offsets should include remnants in high productivity) and other or other land assessment tools. 2. Prepare EIA guidelines that include retention of hollow bearing trees, maintain diversity of age groups, species and structural diversity. Give priority to largest hollow bearing trees and remnants on high productivity soils. 3. Protect and enhance areas of low elevation rainforest, wet eucalypt forest and coastal scrub across the species' range. 4. Investigate the effectiveness of logging prescriptions. 5. Determine the effectiveness of PVP assessment, offsets and actions for bats. 6. Control of rainforest/edge weed species, particularly Bitou Bush in coastal areas as provided for in the approved TAP.

Keystone Ecological 207 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

7. Initiate and support rainforest and wet eucalypt forest regeneration projects. . 8. Identify the effects of fragmentation on the species. For example, movement and persistence across a range of fragment sizes. 9. Determine the viability of populations and extent of use of remnant vegetation and revegetation in areas abutting coastal developments. 10. Assess the habitat requirements and susceptibility to logging and other forestry practices. 11. Undertake long-term monitoring of populations cross tenure in conjunction with other forest bat species to document changes. 12. Identify areas of private land that contain key habitat for the species (e.g. low elevation rainforest and coastal scrub) as areas of High Conservation Value (HCV) in planning instruments and land management negotiations. 13. Promote the conservation of these HCV private land areas using measures such as incentive funding to landholders, off-setting and BioBanking, acquisition for reserve establishment or other means. 14.Develop and promote bat awareness programs for schools, CMAs, landholders and industry groups etc. 15. Quantify any benefits of local bat populations to reducing the impact of insect pests on commercial crops. 16. Ensure the Code of Practice for private native forestry has adequate measures to protect large, hollow-bearing trees, viable numbers of recruit trees and provide protection for streamside vegetation. . 17. Identify important foraging range and key habitat components for this species. 18. Undertake a systematic survey of productive coastal river valleys to quantify the importance of private land relative to public lands. 19. Identify the susceptibility of the species to pesticides. 20. Research the effect of different burning regimes in coastal scrub and wet eucalypt forest inhabited by the species.

A number of specific recovery activities have also been identified (OEH 2015a):

1. Protect hollow-bearing trees and patches of rainforest and other dense vegetation. 2. Reduce the use of pesticides and consider alternatives where available. 3. Assist with removal of weeds, particularly with Bitou Bush control in coastal areas. 4. Protect known and potential habitat, particularly low elevation rainforest and coastal scrub from clearing, fragmentation and isolation. 5. Reconnect and rehabilitate patches of known and potential habitat.

The proposal is consistent with recovery strategies for this species.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Keystone Ecological 208 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Response:

The proposal contributes to the relevant Key Threatening Processes “Clearing of Native Vegetation” and “Loss of Hollow-Bering Trees”, but not the habitat of this threatened species.

REFERENCES

Churchill, S. (2008) Australian Bats, second edition. Allen and Unwin publishing, Sydney. Lunney, D., Barker, J., Leary, T., Priddel, D., Wheeler, R., O’Connor, P. and Law, B. (1995) Roost selection by the north Queensland long-eared bat Nyctophilus bifax in Littoral Rainforest in the Iluka World Heritage Area, New South Wales. Australian Journal of Ecology 20:532-537 Office of Environment and Heritage (2015a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2015b) Nyctophilus bifax Eastern long-eared bat Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.asp x) Stawski, C., Turbill, C. and Geiser, F. (2009) Hibernation by a free-ranging subtropical bat (Nyctophilus bifax). J Comp Physiol B 179:433-441 Van Dyck, S. and Strahan, R. (2008) The Mammals of Australia, third edition. New Holland publishers, Australia.

Keystone Ecological 209 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

Miniopterus australis Little Bentwing-bat

The Little Bentwing-bat is listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995). This species is not listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999).

The Little Bentwing-bat is distinguished from other bentwing-bats by its small size and very long terminal joint in the third digit of the forelimb (Strahan 1995). This species has a distinctively short muzzle and a domed head (Churchill 1998).

These bats have a distribution running along the east coast of Australia from Cape York to northern New South Wales (Churchill 1998). In tropical areas, it ranges from the coast to higher elevations but further south it is largely restricted to the coast (Hoye and Hall 2008).

In the southern part of their range, Little Bentwing-bats may hibernate during winter months (Churchill 1998) but are known to remain active through much of winter, emerging to feed on many nights (Hoye and Hall 2008). It forages via aerial pursuit of small insects (moths, wasps and ants) beneath the canopy of densely-vegetated habitats including rainforest, paperbark swamps and wet and dry sclerophyll forest (Hoye and Hall 2008).

This species roosts communally in caves or similar suitable spaces, often with Miniopterus schreibersii oceanensis Eastern Bentwing-bat (Hoye and Hall 2008) and may form mixed clusters in winter (OEH 2015a). Females gather in large maternity colonies in summer (Menkhorst and Knight 2001), and only five such sites are known across Australia (OEH 2015a). A single young is born in December (Strahan 1995) and males and juveniles disperse in summer (OEH 2015a).

Non-breeding roost sites have included one observation of use of a tree hollow, but it is not known whether this occurs regularly (Hoye and Hall 2008).

This species was recorded foraging on the subject site during survey. Foraging habitat for this species occurs beneath the tree canopies in the less cluttered areas, along the tracks and at the edges of the bushland-grassland interface.

(a) in the case of a threatened species, whether the action proposed is likely to have an adverse effect on the life cycle of the species such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

Critical habitat features for this species are the caves used for roosting and breeding. There are no such features on the subject site, the closest known nursery site being in the coastal ranges west of Grafton. The area of potential foraging habitat to be removed si relatively small in the context of what is available to this highly mobile species.

Keystone Ecological 210 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

(b) in the case of an endangered population, whether the action proposed is likely to have an adverse effect on the life cycle of the species that constitutes the endangered population such that a viable local population of the species is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(c) in the case of an endangered ecological community or critically endangered ecological community, whether the action proposed:

(i) is likely to have an adverse effect on the extent of the ecological community such that its local occurrence is likely to be placed at risk of extinction, or

Response:

This question is not relevant to a threatened species.

(ii) is likely to substantially and adversely modify the composition of the ecological community such that its local occurrence is likely to be placed at risk of extinction,

Response:

This question is not relevant to a threatened species.

(d) in relation to the habitat of a threatened species, population or ecological community:

(i) the extent to which habitat is likely to be removed or modified as a result of the action proposed, and

Response:

Poor quality foraging habitat will be removed in 16.71 hectares of weed-infested cluttered regrowth.

(ii) whether an area of habitat is likely to become fragmented or isolated from other areas of habitat as a result of the proposed action, and

Response:

This is a highly mobile species able to exploit widely separated resources. The proposal is unlikely to prevent this species from moving around the landscape or accessing required resources. Moreover, the proposal has been designed specifically so that north-south and east-west wildlife corridors will remain.

Keystone Ecological 211 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

(iii) the importance of the habitat to be removed, modified, fragmented or isolated to the long-term survival of the species, population or ecological community in the locality,

Response:

Important habitat to this species supports breeding habitat; no such habitat occurs within 50 kilometres of the site.

(e) whether the action proposed is likely to have an adverse effect on critical habitat (either directly or indirectly),

Response:

No critical habitat has been declared for this species.

(f) whether the action proposed is consistent with the objectives or actions of a recovery plan or threat abatement plan,

Response:

This species has been assigned to the “Landscape species” management stream under the NSW Office of Environment and Heritage as it is distributed across relatively large areas and is subject to threatening processes that generally act at the landscape scale (e.g. habitat loss or degradation) rather than at distinct, definable locations (OEH 2015b). The following management actions have been identified for this species as part of that process (OEH 2015b):

x Promote bats throughout the rural community as ecologically interesting and important, but sensitive to disturbance at caves/disused mine tunnels. x Control foxes and feral cats around roosting sites, particularly maternity caves and hibernation sites. x Prepare fire management plans for significant roost caves, disused mines, culverts, especially maternity and winter roosts. x Exclude prescription burns from 100m from cave entrance, ensure smoke/flames of fires do not enter caves/roosts in artificial structures. x Protect significant roosts and forest habitat within 10 km of roosts in PVP assessments (offsets should include nearby remnants in high productivity) and other environmental planning instruments. x Promote the conservation of these significant roost areas using measures such as incentive funding to landholders, offseting and biobanking, acquisition for reserve establishment or other means. x Determine the effectiveness of PVP assessment, offsets and actions for bats. x Prepare management plans for significant bat roosts especially all known maternity colonies and winter colonies. x Identify and protect significant roost habitat in artificial structures (eg culverts,

Keystone Ecological 212 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

old buildings and derelict mines). x Identify the susceptibility of the species to pesticides. x Undertake non-chemical removal of weeds (e.g. lantana, blackberry) to prevent obstruction of cave entrances. x Establish a gateing design for disused mines across species range that will not adversely impact species. x Restrict caving activity during critical times of year in important roosts used by species, particularly maternity and hibernation roosts. x Restrict access where possible to known maternity sites. (e.g: signs). x Monitor the breeding success of maternity colonies in cave roosts over a number of years to determine the viability of regional populations. x Undertake a regular census of maternity colonies (e.g. Willi Willi) and other key roosts in network, especially where there are population estimates from banding in the 1960s. x For roost caves vulnerable to human disturbance, monitor their visitation by people, particularly during winter and spring/summer maternity season and in school holidays. x Measure genetic population structure among cave roosts of maternity colonies to estimate dispersal and genetic isolation, and vulnerability to regional population extinction. x Study the effect of different burning regimes on cave disturbance and surrounding foraging habitat. x Study the ecological requirements of maternity colonies and their environs and migratory patterns. x Identify important foraging range and key habitat components around significant roosts. x Identify types of winter roosts used by species. Winter roosts suspected to be banana palms and tree hollows. x Search for significant roost sites and restrict access where possible. (e.g. gating of caves). Significant includes maternity, hibernation and transient sites including in artificial structures. x Compile register of all known roost sites in natural and artificial structures including current and historical data and identify significance of roost, e.g. maternity, hibernation, transient roost. x Control goats around roosting sites, particularly maternity caves and hibernation sites.

A number of specific recovery activities have also been identified (OEH 2015a):

x Protect known roosting and nursery sites and surrounding forest from disturbance by restricting and/or monitoring access. x Retain stands of native vegetation, particularly within 10km of roosts. x Reduce use of pesticides within breeding and foraging habitat. x Undertake non-chemical weed control to prevent obstruction of maternity cave and other roost entrances. x Exclude fire from 100m of maternity cave, winter roost or other significant roost

Keystone Ecological 213 Ref: CVC 14 – 695 – October 2015 Appendix 3: Seven Part Tests

entrances and ensure smoke/flames do not enter these roosts. x Control foxes, feral cats and goats around maternity caves, winter roosts and other significant roost sites. x Ensure any fencing and gating of roosts is done in a bat friendly manner allowing adequate entrance and exit space for all species using the roost. x Check with OEH before undertaking recreational caving activities. x Ensure adequate foraging habitat is retained when undertaking hazard reduction activities, particularly during the breeding/reproduction season. x Ensure appropriate hygiene protocols are implemented when undertaking research and survey work.

The proposal is unlikely to interfere with the success of these recovery strategies.

(g) whether the action proposed constitutes or is part of a key threatening process or is likely to result in the operation of, or increase the impact of, a key threatening process.

Response:

The proposed works contribute to the Key Threatening Process “Clearing of Native Vegetation”.

REFERENCES

Churchill, S. (1998) Australian Bats. Reed New Holland, Sydney Australia Department of Environment and Climate Change (2008) The Vertebrate Fauna of Southern Yengo National Park and Parr State Conservation Area. Department of Environment and Climate Change, Hurstville Department of Environment and Conservation (2005) The Vertebrate Fauna of Northern Yengo National Park. Department of Environment and Climate Change, Hurstville Dwyer, P. D. (1995) Little Bentwing-bat. In: Strahan, R (Ed.) (1995) The Mammals of Australia. Reed New Holland, Australia Hoye, G.A. and Hall, L.S. (2008) Little Bent-winged Bat Miniopterus australis in Van Dyck, S. and Strahan, R. (eds) The Mammals of Australia Third edition. Reed New Holland, Sydney Menkhorst, P. and Knight, F. (2001) A Field Guide to the Mammals of Australia. Oxford University Press, Melbourne Australia NSW Scientific Committee (No Date) Little Bentwing-bat – Vulnerable Species Listing. Final Determination Office of Environment and Heritage (2015a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2015b) Little Bentwing-bat Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.aspx) Strahan, R. (1995) A Photographic Guide to Mammals of Australia. New Holland, Sydney Australia

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APPENDIX 5

FIGURES EPBC Referral Appendices Hickey Street, Iluka

Figure 1: Vegetation communities delineated on the subject site in relation to the proposed development.

Keystone Ecological REF: CVC 14-695 July 2017 EPBC Referral Appendices Hickey Street, Iluka

Figure 2: Koala food trees on site.

Keystone Ecological REF: CVC 14-695 July 2017

Updated Impact Assessment for Matters of National Environmental Significance

Lot 99 DP 823635 Hickey Street Iluka Clarence Valley LGA

For: Shellharbour Unit Trust (Stevens Group)

REF: CVC 14-695 July 2017

Keystone Ecological Pty Ltd ABN 13 099 456 149 PO Box 5095 Empire Bay NSW 2257 Telephone 1300 651 021 Email [email protected]

Updated Impact Assessment for Matters of National Environmental Significance

Lot 99 DP 823635 Hickey Street Iluka Clarence Valley LGA

REF: CVC 14 - 695 July 2017

Author:

Elizabeth Ashby and Ashleigh McTackett

This document may be cited as:

Ashby, E. and McTackett, A. (2017) Updated Impact Assessment for Matters of National Environmental Significance Flora and Fauna Impact Assessment, Hickey Street, Iluka, Clarence Valley LGA. Unpublished report, Keystone Ecological

Keystone Ecological

Flora and Fauna Specialists Cover photograph: Toy Koalas placed in trees on the

subject site by persons unknown. Mail: PO Box 5095 Empire Bay NSW 2257

Telephone: (02) 4368 1106 Photo: E. Ashby, 14th February 2016 Email: [email protected]

ABN: 13 099 456 149

Updated Impact Assessments – MNES Hickey Street, Iluka NSW

1 BACKGROUND

This Updated Impact Assessment for MNES (UIMNES) is provided as part of a package of assessment reports relevant to the proposed subdivision of residentially zoned land at Lot 99 DP 823635, Hickey Street, Iluka, in the Clarence Valley Local Government Area on the north coast of NSW. Other material that should be read in conjunction with this report include:

• Flora and Fauna Impact Assessment (Ashby and McTackett 2015) (FFIA); • Additional Flora and Fauna Impact Assessment (Ashby and McTackett 2016) (AFFIA); and • Addendum Impact Assessment (Ashby and McTackett 2017) (AIA)

Impact assessments are provided for Matters of National Environmental Significance (MNES) that have been recorded on or near the project area, or whose potential habitat may be impacted by works. These include one vulnerable species of fauna and two migratory species of birds:

• Phascolarctos cinereus Koala (Vulnerable) • Merops ornatus Rainbow Bee-eater (Migratory) • Rhipidura rufifrons Rufous Fantail (Marine/Migratory)

These impact assessments have been undertaken according to relevant guidelines (DEWHA 2009). The “significant impact criteria” applicable to each relevant category of MNES are discussed below.

Vulnerable species

The significance of the impact of an action on a vulnerable species is judged by the degree impact on the following factors:

• Size, area of occupancy or fragmentation of an important population; • Critical habitat; • Breeding cycle of an important population; • Availability or quality of habitat; • Invasive species; • Disease; and • Recovery strategies.

A threshold question therefore is whether the subject population is part of an “important population”. An “important population” is one that is necessary for a species' long-term survival and recovery. This may include populations that are:

• Key source populations either for breeding or dispersal; • Populations that are necessary for maintaining genetic diversity; and/or • Populations that are near the limit of the species range.

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Also, critical habitat requires further definition. Such habitat may be, but not limited to, habitat identified in a recovery plan for the species as critical for that species; and / or habitat listed on the Register of Critical Habitat maintained by the minister under the EPBC Act. “Habitat critical to the survival” of a listed vulnerable species (DEWHA 2009) refers to areas that are necessary:

• for activities such as foraging, breeding, roosting, or dispersal; • for the long-term maintenance of the species (including the maintenance of species essential to the survival of the species, such as pollinators); • to maintain genetic diversity and long term evolutionary development; or • for the reintroduction of populations or recovery of the species.

In addition to these general considerations, the Referral Guidelines specifically addressing Phascolarctos cinereus Koala1 have been addressed

Migratory species

The significance of the impact of an action on a vulnerable species is judged by the degree impact on the following factors:

• Area of important habitat; • Invasive species in important habitat; and • Life cycle of an ecologically significant proportion of the population.

These factors require definition of three terms: “important habitat”, “ecologically significant proportion” and “population”.

An area of important habitat is:

• habitat utilised by a migratory species occasionally or periodically within a region that supports an ecologically significant proportion of the population of the species; and/or • habitat that is of critical importance to the species at particular life-cycle stages; and/or • habitat utilised by a migratory species which is at the limit of the species range; and/or • habitat within an area where the species is declining.

The population of a migratory species is the entire population or any geographically separate part of the population.

An ecologically significant proportion varies according to the species in question, as it depends on life cycle characteristics and population sizes. It is to be evaluated on a case-by-case basis and should include consideration of inter alia its population status, genetic distinctiveness and species specific behavioural patterns (for example, site fidelity and dispersal rates).

1 ‘EPBC Act Referral Guidelines for the vulnerable koala (combined populations of Queensland, New South Wales and the Australian Capital Territory), Commonwealth of Australia, 2014’.

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2 IMPACT ASSESSMENT - PHASCOLARCTOS CINEREUS KOALA

2.1 Ecological Profile

The Koala is listed as Vulnerable under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999). It is also listed as Vulnerable under Schedule 2 of the Threatened Species Conservation Act (1995).

Controls are also in place under the Native Vegetation Act 2003 and the Environment Planning and Assessment Act 1979, including the subordinate planning instrument State Environmental Planning Policy No. 44— Koala Habitat Protection (NRMMC 2009).

The Koala is a medium sized marsupial with large rounded ears, dense woolly coat, long limbs with strong claws and a very short tail (Martin et al. 2008). It spends majority of its time in tress only coming to the ground to move between trees (Smith 1979a). They can gallop swiftly across the ground and, are also excellent swimmers (Martin 1995). This species has an extensive, but disjunct distribution ranging from north-eastern Queensland to the south-east corner of South Australia (Department of the Environment 2015, ANZECC 1998).

With very specific dietary ranges, Koalas are restricted to eucalypt forests and woodland bearing certain favoured feed tree species (Martin 1995). They feed on foliage of more than 70 species of eucalypt and 30 non-eucalypt species with preferred species selected (OEH 2017a). In south eastern Australia, up to 24 species of Eucalyptus are known to be eaten by Koalas (Lee and Carrick 1989) with regional preferences apparent. In the south, preferred species include Eucalyptus viminalis Manna Gum, Eucalyptus ovatus Swamp Gum and Eucalyptus globulus Tasmanian Blue Gum while in the north, red gums (Eucalyptus tereticornis Forest Red Gum and Eucalyptus camaldulensis River Red Gum), Grey Gums (Eucalyptus punctata Grey Gum and Eucalyptus propinqua Small-fruited Grey Gum) and Eucalyptus microcorys Tallowwood are important (Martin et al. 2008).

The suitability of habitat for Koalas is highly influenced by a number of variables including the size and species of trees, soil nutrients, climate, rainfall, and disturbance history (NSW NPWS 2003). There is considerable local and regional variation in preferences for feed tree species (Martin and Handasyde 1995) and the food preferences may also change with season (Lee and Carrick 1989).

A study by Lunney et al. (2002) identified a decline in the population of Koalas at Iluka in the Clarence Valley LGA. The study identified major causes for the decline in the species with threats of habitat loss, traffic and dogs being significantly due to urban development. Other threats included fire, feral pigs and disease which causes low fertility within the species (Lunney et al. 2002).

Due to the low nutritional value of their diet, Koalas are inactive for up to 20 hours a day (Menkhorst and Knight 2001). They spend most of the day resting in trees and are most active in the late afternoon and at night, which coincides with a peak in feeding behaviour (Hindell et al.

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1985). They usually rest low in the fork of a tree and climb to the canopy at night to feed (Martin et al. 2008).

Breeding occurs between October and May with females potentially producing one offspring each year (McLean 2003). Cubs remain dependent on their mother until they become independent at 12 months of age (Department of the Environment 2015) but will still associate with her (such as feeding in the same tree) until dispersing to their own territory (Martin et al. 2008). Males may not set up a new territory until 2 or 3 years of age and females often breed in a home range adjacent to their natal site (Martin et al. 2008). Juveniles may continue to wander until up to 5 years of age (Eberhard 1978 quoted in Lee and Carrick 1989).

The effects of disease on Koalas are of growing concern with Chlamydia being the most well- known disease present in Koalas (Department of the Environment, 2015). Chlamydia may limit the reproductive potential of Koala populations and in turn can cause decline in the population. Other diseases that afflict this species include anaemia, tick infections, malignant blood disease and pneumonia (Dickens 1978, quoted in Lee and Carrick 1989). A new disease has also been recently discovered with Koala Retrovirus (KoRV) thought to be responsible for numerous conditions including leukaemia and an immunodeficiency syndrome (Tarlinton et al. 2005). Historically, the principal predators of Koalas were likely to have been Aborigines and the dingo (Lee and Carrick 1989). Today, the only known predators are Aquila audax Wedge-tailed Eagle and Ninox strenua Powerful Owl, both of which are known to take juveniles (Eberhard 1978, quoted in Lee and Carrick 1989).

Threats to the conservation of this species (in order of their general importance throughout NSW) include habitat loss and fragmentation, habitat degradation, road kills, dog attacks, fire, logging, disease, severe weather conditions, swimming pools and overbrowsing (NSW NPWS 2003, DECC 2008a). Surveys across NSW indicate that, since 1949, Koala populations have been lost from many areas, particularly on the southern and western edges of their distribution (Reed et al. 1990, quoted in NSW NPWS 2003). Despite the presence of suitable habitat, Koalas still occur in fragmented populations perhaps demonstrating the difficulty of recovery of populations in fragmented habitats suffering ongoing threats (NSW NPWS 2003, DECC 2008a).

Food trees have been categorised as primary, secondary and supplementary based on the measured level of use by Koalas (NSW NPWS 2003, DECC 2008a). Further, the potential value of habitat to Koalas has been determined by the relative abundance of primary, secondary and supplementary food trees (NSW NPWS 2003, DECC 2008a).

2.2 Koalas and their habitat on the site

Suitable foraging habitat for this species is provided by the following 4 forage tree species scattered across the site:

• Eucalyptus tereticornis Forest Red Gum (Primary food tree) 80+ individuals recorded, most in the north eastern corner of the site and along the eastern boundary • Corymbia intermedia Pink Bloodwood (Secondary food tree) 364 individuals recorded, concentrated in the western and eastern boundaries and scattered along in 3 narrow bands

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in the centre of the site • Eucalyptus propinqua Small-fruited Grey Gum (Secondary food tree) 3 individuals noted, in in the north eastern corner • Lophostemon confertus Brush Box (Supplementary food tree) 181 individuals recorded, with a similar distribution to Pink Bloodwood

These food tree species occupy approximately 4.1 hectares of the site and their distribution is shown in Figure 1 overleaf.

No other potential food tree species as listed under State Environmental Planning Policy 44, the Approved Recovery Plan or the Koala Plan of Management (Clarence Valley Council 2015) were found on site.

A Koala was recorded on the subject site during survey in 2014. A single image of this species was captured on 14th October 2014 by a camera trap placed on the ground near an existing but overgrown track in the site’s western half.

The animal was walking along the ground, heading from south to north. As it was not in the canopy, it was likely moving through the site. It is not known if it forages on site, but suitable forage trees are scarce in the area where it was detected (see Figure 1).

The camera image initiated additional targeted survey for this species on site. All relevant survey activities included:

• Incidental searches for scats, tracks and signs; October 2014, November 2014, February 2016, May 2016, June 2016. • Searches for and analysis of predator scats; October 2014, November 2014, February 2016, May 2016, June 2016. • Camera traps; 240 camera trap hours October 2014, 12,288 camera trap hours November 2014. • Koala Scat Counts; 14 counts using the Spot Assessment Technique of Phillips and Callaghan (2011). • Call broadcast; 2 occasions October 2104. • Spotlighting; 2 occasions October 2104. • Forage tree mapping; October 2014, November 2014, February 2016, May 2016, June 2016, supplemented by resident survey (date unknown).

Other than the initial camera image, the Koala was not detected on site again, and no scats attributable to Koalas were found beneath trees.

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K

E. propinqua (x3)

Figure 1: Distribution of Koala food trees, the Koala recorded on site (K) and the proposed development.

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2.3 Koala in the local area

Locals have posted recent Koala sightings on social media:

• In early January 2017, video was posted of a Koala being relocated by Essential Energy into bushland at the corner of Hogan and Elizabeth Street. This is 300m to the west of the proposed development area. This animal was reportedly chased by dogs when it took refuge up a power pole; • In June 2017, a photograph was posted of a Koala in a tree, reportedly taken in April 2017 in Cypress Close. This is 460m north west of the development area. • In May 2016, video was posted of a Koala climbing a tree in bushland, reportedly from “Frazer Reef Iluka”. Presumably this is Frazers Reef Road, which is in Iluka Nature Reserve and between 920m and 1.5km north east of the development area.

It is unclear if these are multiple sightings of one individual, but the markings of the relocated animal and the one in the photograph are similar.

The presence of Koalas in the Iluka area more generally was investigated systematically by Koala experts (Biolink Ecological Consultants 2012) as part of Council’s finalization of the Comprehensive Koala Plan of Management for the Ashby, Woombah and Iluka localities in the Clarence Valley LGA (Clarence Valley Council 2015). During that study, no evidence of koala activity was recorded beneath any trees during transect searches, nor were any koalas sighted. However, Koala scats were opportunistically observed beneath food trees in two locations: at the northern end of the golf course (920m north of the development area) and near the Old Ferry Crossing Picnic Area (1.7km north west of the development area).

The Biolink report concluded that the peninsula probably only supports a small number of animals (perhaps 5 to 10) that are highly dispersed. Its area of occurrence was defined as being from the southern tip of the peninsula to Shark Bay in the north. It was also reported that anecdotal evidence indicates the presence of at least one breeding female. Presumably, this arises from the 2007 record of Clarence Valley WIRES of a female and joey involved in a vehicle collision near Shark Bay; the joey died but the female was released. Notably, this location is at the northern extremity of the defined area of occurrence and 4km to the north of the development area.

The Biolink report concludes that, although Iluka sightings are encouraging, they do not allow for the conclusion that the population has recovered. They also highlight the role of repeated hot fires in suppressing the recovery of the local population of the Koala.

Fire was one of the processes identified by Lunney et al. (2002) as partially responsible for the demise of the local Koala population, which was considered common in Iluka prior to 1970. Habitat loss and direct mortality from repeated fires, together with clearing, plus vehicle strike, dog attack, and disease have all combined to result in a serious population decline. Most importantly, modelling in that study showed that, without enhanced immigration from the metapopulation, improvements in mortality and fertility are insufficient for recovery of the Iluka population.

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Thus, the management of surrounding lands in Bundjalung National Park and the Woombah area are critical for the future of the Iluka Koala population. Biolink noted that the pattern of repeated fires in the Woombah area had prevented recovery of that population.

Therefore, in the absence of landscape-scale management (particularly of fire) that boosts immigration from the populations to the north, the functional extinction of the Iluka Koala population as predicted by Lunney et al. (2002) is not belied by the presence of a small number of animals in the Iluka area.

2.4 Referral Guidelines

Assessment against the habitat attributes as defined in the Referral Guidelines are provided in the table below.

Attribute Score Appraisal A single image of a Koala moving along the ground was captured during survey activities in 2014. Despite expert sampling around the site by Biolink in 2012, intensive follow-up survey in 2014, Koala occurrence +1 and vigilant local residents actively sampling the site from 2015 to 2017, there are no other records of Koala or Koala activity from the site The site supports forest or woodland, and although it supports 4 species listed as used by Koalas, only one (Forest Red Gum) is a preferred food tree species. This led Koala expert Dr Steve Phillips of Biolink Environmental Consultants to assign a score of 1 for this attribute (as quoted in Clarence Environment Centre Submission to Clarence Valley Council, dated 10th February 2016).

Vegetation +1 The habitat on site has been highly modified and degraded, and structure and or the distribution of the 4 food tree species is very uneven. The composition +2 largest concentrations of the preferred trees (Forest Red Gum) are within the proposed parks in the north eastern corner, and along the eastern boundary. The largest concentrations of secondary and supplementary species occur along the western boundary, also within the proposed park.

The development area will remove Koala food trees that occur in a series of narrow widely-separated bands. The subject site is separated from vegetation in Iluka Nature Reserve to the east by Iluka Road, a main thoroughfare with high volume, high speed traffic. The records held by WIRES of Habitat connectivity +1 mortality and injury to Koalas is testament to its deadly nature and absence of effective Koala passage measures.

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Attribute Score Appraisal Surrounding habitats in other directions are variously fragmented by open paddocks, residential development, local roads and natural barriers such as unsuitable habitats (wetlands), and water bodies (Clarence River).

However, the site is part of a large scale vegetated link from Iluka Nature Reserve on the east to other vegetation in the north west, and eventually to the north. It is estimated that the habitat on site is part of a more or less contiguous landscape between 300 and 500 hectares. Lunney et al (2002) investigated the demise of the koala population at Iluka. The study of the Iluka population was conducted via radiotracking individuals over a two-year period. After the two-year period, 11 koalas were known to have died. After a ten-year period, there were 28 known deaths of koalas on the Iluka peninsula. The major causes of death in the area included disease and trauma through motor vehicle accidents. The high mortality rate was concurrent with observed low female fertility in the Iluka area. The study revealed that even with substantial improvements to mortality and fertility, the modelled population fell towards extinction.

Key existing threats +1 WIRES records from 1992 to 2015 provided by Council do not demonstrate a diminution in vehicle trauma over that period. There are no publicly-available statistics post-2015. Nevertheless, if there are fewer vehicle collisions, it would be more likely due to fewer Koalas, rather than a lessening of the threat posed by cars, given the continued that the number of registered vehicles in the Clarence Valley LGA continued to rise from 39,186 in 2015 to 39,905 in 2015 to 2016 (Australian Bureau of Statistics 2017).

Evidence posted on social media by local residents demonstrated that dogs continue to pose a current threat. The site overall contains relatively meagre Koala habitat, with 80% of the site absent of food trees, and the vegetation generally in poor condition, with large infestations of serious weeds. Locally, other habitat is fragmented by clearing, development and unsuitable habitat. The site is directly connected to suitable Recovery value +1 habitat only to the west, separated in other directions by cleared paddocks, a golf course, fire breaks, and Iluka Road.

Expert assessment concluded that the site is within an area likely to support only a very small population of Koalas, widely dispersed (Biolink 2012). Modelling has demonstrated that this

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Attribute Score Appraisal population is on a downward trajectory to functional extinction, unless there is significant renewed immigration from the surrounding metapopulation, along with significant increase in fertility and decrease in mortality from disease and trauma (Lunney et al. 2002). Expert analysis has also shown that the population to the north from which immigrants would come has itself continued to decline (Biolink 2012). Biolink (2012) relied on a tentative anecdotal record of the presence of a single breeding female as evidence of a breeding population.

The unavoidable conclusion therefore is that the Koala population in Iluka is not large or robust. Its disease status is unknown. While there may be breeding occurring, the numbers are very low, and still vulnerable to threats such as dogs and vehicle trauma (e.g. WIRES record of the death of a joey on Iluka Road from a vehicle collision in 2007).

Despite the presence of barriers, threats and poor quality habitat, the site is part of a large-scale partially-fragmented vegetated link from east to habitats to the west, north west, and eventually north.

The proposal will retain and manage for conservation the areas of best Koala habitat (i.e. the areas of highest concentration of preferred food trees) and the configuration of the reserved areas will maintain connectivity from east to west and north to south.

TOTAL There is the potential for this to be important habitat for the Koala and requires consideration in the decision pathway shown in Figure 2 of the Referral Guidelines. 5 or 6 As the proposal will remove only 1.5 hectares of such habitat, it is not necessary to refer the proposal to the Department of Environment and Energy.

2.5 Potential impact and mitigation

Although the area of Koala habitat to be removed is unlikely to impact on habitat critical to its survival and does not require referral, best practice dictates that this habitat deserves careful consideration. Therefore, the standard best environmental practice of avoiding, minimising and ameliorating impacts has been applied so that interference with the recovery of the Koala is avoided.

The proposal is consistent with these requirements in a number of ways:

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• The habitat that is suitable for the Koala occurs in widely-separated bands of forage trees. The proposal will retain the best of these - those in the largest and densest clumps, and those recognised as primary food trees. The configuration of the retained vegetation in the parks on the western and eastern boundary and in the north eastern corner will also serve to retain the general pattern of connectivity available to the Koala in the existing landscape.

• The parks will be subject to conservation management, as part of an Approved Management Plan, to be funded and implemented as part of the Community title. Due to the proximity of residences, repeated hot fires will be excluded from the parks. This will prevent direct Koala mortality, and will also allow the existing food trees to mature and thus provide best quality browse.

• It is important that during all clearing activities and vegetation management, that disease is not spread that could impact on the Koala habitat (i.e. Phytophthora cinnamomi and Myrtle Rust). It is recommended that relevant best practice hygiene protocols are observed. This is considered to be highly effective in control of the accidental introduction of these pathogens. It is also recommended that all planting material is sourced from reputable suppliers, and only material certified free of these pathogens used for revegetation and landscaping.

• The retained vegetation in the north eastern corner provides a corridor of >100m width, which is considered to be moderately effective as a mitigation measure.

• The use of Water Sensitive Urban Design Principles are considered here as sufficient to protect the existing hydrological characteristics of the retained surrounding bushland. Moreover, other adverse indirect impacts are to be controlled as part of the Approved Management Plan.

• In line with Office of Environment and Heritage recommendations, yards are to be fenced so that Koalas are excluded, thus separating pet dogs and Koalas. This is considered by the Referral Guidelines as a highly effective mitigation measure. Dogs will also be prohibited from the parks.

• Although Koala-proof fencing should prevent Koalas from entering yards, it is recommended that tethered rope is provided as a means of escape from backyard pools in case of emergency.

• Wide verges are to be landscaped to facilitate Koala movement, according to best practice recommendations in McAlpine (2007). This will include planting of primary food tree species at appropriate spacings.

• It is noted that the major source of road trauma for Koalas is on Iluka Road, which is a busy thoroughfare with a high speed limit. The threat of high speed and high volume traffic in Iluka Road is not within the control of the development. However, the design of the internal road system is Koala-friendly, as it separates the development from bushland and minimises the crossing of wildlife corridors. The short distances of the internal roads and the use of

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road-calming measures (e.g. speed bumps, speed limits), warning signs and a resident education package will serve to improve driver behaviour.

• Education package to be provided for residents regarding the Koala in their midst. Although this is considered to have low effectiveness as a mitigation tool, responsible driver behaviour and pet ownership are essential standards that can only be achieved by community education.

2.6 Impact Assessment

An action has, will have, or is likely to have a significant impact on a vulnerable species if it does, will, or is likely to: lead to a long-term decrease in the size of an important population of a species, or

Response:

The Iluka peninsula probably supports a very small (5-10 individuals) population of widely dispersed Koalas that may or may not be breeding (Biolink 2012). It has been suffering a long- term decrease since the 1970s, and has been declared functionally extinct unless significant reductions in mortality, significant increases in breeding success and significant increases of immigration from the surrounding metapopulation occur (Lunney et al. 2002). Biolink (2012) established that the surrounding metapopulation has not recovered (probably due to repeated hot fires). Although the small number of Koalas persisting in Iluka is encouraging, Dr Steve Phillips concluded that this is not yet evidence of its recovery (Biolink 2012).

The proposal will permanently remove approximately 14.11 hectares of highly modified vegetation, of which only 1.5 hectares is recognised Koala habitat. The proposed configuration of retained vegetation is likely to maintain connectivity and the rehabilitation of the retained parks will improve the habitat available.

The proposal is unlikely to lead to a long-term decrease in the size of an important population. fragment an existing important population into two or more populations, or

Response:

The proposal will remove a small area of poor condition habitat, largely focused within the centre of the subject site. The proposal will retain 4.8 hectares of suitable, habitat of the best quality within bushland parks that will be managed for conservation purposes. The site will continue to provide movement corridors through the site to surrounding habitats with vegetation along the western boundary, along the eastern boundary and at the site’s north eastern corner. The proposed landscaping through the development area is also intended to facilitate Koala movements.

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The proposal is unlikely to fragment an existing important population into two or more populations. adversely affect habitat critical to the survival of a species, or

Response:

The habitat assessment tool and the Referral Guidelines indicates that the proposal will not adversely affect habitat critical to the survival of the species. disrupt the breeding cycle of an important population, or

Response:

Breeding cycle disruption is caused by interference with breeding habitat and / or mortality of breeding animals. There is only anecdotal evidence of the presence of a single breeding female in Iluka (Biolink 2012) while there is good evidence of the death of a joey in a vehicle collision on Iluka Road (WIRES record, 2007).

Breeding Koalas have not been recorded on site. modify, destroy, remove or isolate or decrease the availability or quality of habitat to the extent that the species is likely to decline, or

Response:

The small scale of habitat loss and disruption is unlikely to result in a decline in this species. result in invasive species that are harmful to a vulnerable species becoming established in the vulnerable species´ habitat, or

Response:

The subject site contains many serious transformer weeds, including Lantana with the greatest infestations being in the Pink Bloodwood – Brush Box open forest vegetation. The proposed development will result in the suppression and control of these weeds, with the bushland parks to be managed under an approved management plan.

The proposal will not further increase the likelihood of such invasive species becoming established, as it will implement weed control measures in areas where no such controls are currently being undertaken. introduce disease that may cause the species to decline

Response:

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The most prevalent health condition for this species is Chlamydia, which has been found in all local populations of Koalas studied (Clarence Valley Council 2015).

Despite this dearth of information, it is unlikely that the development will influence the level of disease in this species.

Vegetation works have the potential to introduce plant pathogens (such as Phytophthora cinnamomi and Myrtle Rust) that have the potential to damage Koala habitat. Such risks will be managed by observation of best practice hygiene protocols. interferes substantially with the recovery of the species.

Response:

The National Koala Conservation and Management Strategy (2009-2014) identifies a number of primary threats to the survival of this species and their populations, as habitat loss, fragmentation and degradation of habitat. Other threats include over-browsing of foraging resources, disease, natural disaster, vehicle collisions, predation by dogs and climate change. The impact of climate change is already apparent. Changes known include:

• Changes to structure and chemical composition of koala food trees; • Changes to composition of plant communities and the range of important habitat species, including food and shelter trees; • Increased frequency and intensity of drought; • Increase frequency and intensity of wildfire; • Sea level changes which may affect habitats of coastal and island populations; • Changes in average temperature, rainfall and humidity levels with consequent impacts on the extent of areas capable of sustaining koalas; and • Contractions in the distribution of koala populations.

The Approved Recovery Plan (DECC 2008) has identified that the overarching objective is to reverse the decline of the koala in NSW, ensure adequate protection, management and restoration of koala habitat and to maintain healthy breeding populations of koalas throughout their current range.

The proposal will require the removal of approximately 1.5 hectares of suitable habitat made up of 4 species of food trees. The best areas will be retained.

The threats of dogs will be controlled by fencing of yards that excludes Koalas.

Local traffic will be slow, and the local roads are short. Traffic calming measures will be introduced.

Connectivity between habitat patches will be maintained.

Keystone Ecological 14 REF: CVC 14-695 – July 2017 Updated Impact Assessments – MNES Hickey Street, Iluka NSW

However, the major threats to the survival of Iluka Koalas – high speed, high volume traffic on Iluka Road and repeated hot fires in surrounding lands preventing immigration – are outside of the control of the development.

The proposed development will not interfere with the recovery objectives.

A referral to the Department of Environment and Energy is considered unnecessary.

3 IMPACT ASSESSMENT - MEROPS ORNATUS RAINBOW BEE-EATER

3.1 Ecological Profile

The Rainbow Bee-eater is listed as a Migratory species under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999), arising from Japan Australia Migratory Bird Agreement. Its conservation status across its range in Australia is secure.

This species is a distinctive and colourful medium sized bird, with a long slim curved bill and a long tail.

It is found throughout mainland Australia, as well as eastern Indonesia, New Guinea and, rarely, the Solomon Islands. In Australia it is widespread, except in desert areas, and breeds throughout most of its range, although southern birds move north to breed. Birds in temperate and sub- tropical Australia migrate as far north as New Guinea to breed.

When breeding, both males and females select a suitable nesting site in a sandy bank and dig a long tunnel (average length: 89.4 cm) leading to a nesting chamber, which is often lined with grasses. Both parents incubate the eggs and both feed the young, sometimes with the assistance of auxiliaries.

Its habitat requirements are simply an elevated perch from which to watch for prey and a ground substrate in which to dig their breeding burrow. Because their prey is entirely caught on the wing they are not dependent on any vegetation type: most often found in open forests, woodlands and shrublands, and cleared areas, usually near water, but also on farmland with remnant vegetation and in orchards and vineyards. It will use disturbed sites such as quarries, cuttings and mines to build its nesting tunnels.

This species was observed foraging along the open forest edges of the site and entering a breeding burrow in the intact sand dune along the northern boundary.

3.2 Impact Assessment

An action is likely to have a significant impact on a migratory species if there is a real chance or possibility that it will:

Keystone Ecological 15 REF: CVC 14-695 – July 2017 Updated Impact Assessments – MNES Hickey Street, Iluka NSW substantially modify (including by fragmenting, altering fire regimes, altering nutrient cycles or altering hydrological cycles), destroy or isolate an area of important habitat for a migratory species;

Response:

This species habitat requirements are simply an elevated perch from which to watch for prey and a ground substrate in which to dig their breeding burrow. Because their prey is entirely caught on the wing they are not dependent on any vegetation type: most often found in open forests, woodlands and shrublands, and cleared areas, usually near water, but also on farmland with remnant vegetation and in orchards and vineyards. It will use disturbed sites such as quarries, cuttings and mines to build its nesting tunnels.

This species was observed foraging along the open forest edges of the site and entering a breeding burrow in the intact sand dune along the northern boundary The extent of suitable habitat on site will be retained within conservation bushland and parks. Adequate area of habitat, particularly breeding habitat will be retained. result in an invasive species that is harmful to the migratory species becoming established in an area of important habitat for the migratory species; or

Response:

European Red Foxes dig up the breeding burrows of this species. This invasive species was recorded on site during survey. Management of this feral predator will be explicit within the Approved Management Plan. seriously disrupt the lifecycle (breeding, feeding, migration or resting behaviour) of an ecologically significant proportion of the population of a migratory species.

Response:

This species was observed entering a breeding burrow in the intact sand dune along the northern boundary of the subject site. This area of habitat and surrounding vegetation will be retained within a bushland park for conservation purposes. It is therefore considered that a significant negative impact is unlikely to occur in accordance with the criteria set out by the Department of the Environment and Energy.

A referral to the Department is considered unnecessary for this species.

Keystone Ecological 16 REF: CVC 14-695 – July 2017 Updated Impact Assessments – MNES Hickey Street, Iluka NSW

4 IMPACT ASSESSMENT - RHIPIDURA RUFIFRONS RUFOUS FANTAIL

4.1 Ecological Profile

Rhipidura rufifrons Rufous Fantail is a Terrestrial Migratory species listed under the Schedules of the Environment Protection and Biodiversity Conservation Act (1999). It is not listed under the Threatened Species Conservation Act (1995).

This species occurs in wet sclerophyll forests, often in gullies that are dominated by eucalypts, including Eucalyptus microcorys Tallowwood, Eucalyptus cypellocarpa Mountain Grey Gum, Eucalyptus radiata Narrow-leaved Peppermint, Eucalyptus pilularis Blackbutt and Eucalyptus resinifera Red Mahogany (Department of the Environment 2016).

Important habitat features for this species include moist, dense habitats, including mangroves, rainforest, riparian forests and thickets, and wet eucalypt forests with a dense understorey. When on passage a wider range of habitats are used including dry eucalypt forests and woodlands and Brigalow shrublands (Department of the Environment 2015).

Foraging occurs mostly within the low to middle layers in forest and sometimes in or below the canopy or on the ground (Higgins et al. 2006). Foraging is done mostly aerially by sallying but can also glean from foliage and fallen debris. Their food source is predominantly insects with spiders also sometimes consumed (Cameron 1985).

This species was observed foraging across the site in pairs and as individuals. It was also observed nesting in the vegetation at the western end of the site. The proposal will require the removal of 14.11 hectares of highly degraded vegetation. The area of vegetation to be removed by the proposal is small and in poor condition, in regards to what is available, and what will remain available within the local area.

4.2 Impact Assessment

An action is likely to have a significant impact on a migratory species if there is a real chance or possibility that it will: substantially modify (including by fragmenting, altering fire regimes, altering nutrient cycles or altering hydrological cycles), destroy or isolate an area of important habitat for a migratory species;

Response:

The proposed development will remove 14.11 hectares of poor quality habitat for the proposal. The area in which this species was observed nesting will be retained within a bushland park for conservation purposes. The extent of suitable to remain on site will be rehabilitated and managed for weeds under an Approved Management Plan.

Keystone Ecological 17 REF: CVC 14-695 – July 2017 Updated Impact Assessments – MNES Hickey Street, Iluka NSW

It is noted these species are highly mobile. The proposal will retain nesting sites and vegetated areas, it is also proposed there will be planting of locally native trees within the street scape verge areas – this will minimise the total loss of foraging habitat with the subject site. Suitable habitat for this highly mobile species is largely available within the local area as protected lands, including Bundjalung National Park and Iluka Nature Reserve. The loss of poor condition vegetation is unlikely to place further significant stress to these migratory species within the locality.

The habitat to be removed by the proposal is judged not to be important for this species. result in an invasive species that is harmful to the migratory species becoming established in an area of important habitat for the migratory species, or

Response:

The occurrence of Rattus rattus Black Rat and invasive vine species are known to be harmful to this species. The habitat modification that will result from this development is not likely to introduce or favour invasive species that will be harmful to this species or its habitat. The proposal will remove several exotic weeds along the pathway (such as Lantana camara Lantana) thus, reducing the probability of invasive weeds establishing. seriously disrupt the lifecycle (breeding, feeding, migration or resting behaviour) of an ecologically significant proportion of the population of a migratory species.

Response:

The ecologically significant proportion of a population for this species is defined in the relevant guideline (Department of Environment 2015) as 48,000 individuals. The same guidelines propose that a significant impact will probably be triggered if 3,400 individuals are affected.

The suitable vegetation to be removed represents a small area of what is widely available in the local area.

The vegetation to be modified by the proposal is unlikely to disrupt an ecologically significant proportion of the population.

A referral to the Department is considered unnecessary for this species.

Keystone Ecological 18 REF: CVC 14-695 – July 2017 Updated Impact Assessments – MNES Hickey Street, Iluka NSW

5 CONCLUSION

The potential impact of the proposed subdivision on the three Matters of National Environmental Significance found on site has been undertaken:

• Phascolarctos cinereus Koala (Vulnerable species) • Merops ornatus Rainbow Bee-eater (Migratory species) • Rhipidura rufifrons Rufous Fantail (Migratory species)

The assessment attributes detailed in the Referral Guidelines for Koala indicate that while the site probably contains important habitat, the scale of loss is too small to require referral to the Department of Environment and Energy.

Similarly, the assessments of impact on the migratory birds Merops ornatus Rainbow Bee-eater and Rhipidura rufifrons Rufous Fantail concluded that the action does not require referral to the Department.

However, given the controversy and interest generated by the proposal, it is to be referred to the Department for determination.

Keystone Ecological 19 REF: CVC 14-695 – July 2017 Updated Impact Assessments – MNES Hickey Street, Iluka NSW

6 REFERENCES

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Huggett, A.J. (2000) An experimental study of the impact of gaps and clusters silviculture on insectivorous birds in a continuous forest landscape. Ph.D. Thesis. University of New England, Armidale, NSW Lane, S.G. (1969) Tumbi Umbi banding summary. Australian Bird Bander 7:27-32 Lee, A.K. and Carrick, F.N. (1989) Phascolarctidae, Chapter 31 In: D.W. Walton and B.J. Richardson (eds) Fauna of Australia Vol 1B Mammalia. Australian Government Publishing Service Lindsey, T.R. (1992) Encyclopedia of Australian Animals: Birds. Page(s) 313. Collins-Angus and Robertson Publishers Pty Ltd Loyn, R.H. (1985a) Bird populations in successional forests of Mountain Ash, Eucalyptus regnans, in central Victoria. Emu 85:213-230 Lunney, D., O’Neill, LO., Matthews, A. and Shwerwin, W. (2002) Modelling mammalian extinction and forecasting recovery: Koalas at Iluka NSW, Australia. National Parks and Wildlife Service, Sydney. Martin, R. and Handasyde, K. (1999) The Koala: natural history, conservation and management. University of New South Wales Press Ltd, Sydney. Martin, R.W. (1995) Koala In: Strahan, R. (Ed.) The Mammals of Australia. Reed New Holland, Australia Martin, R.W. and Handasyde K.A. (1995) Koala Phascolarctos cinereus. Pp. 196-8 in Strahan, R.(ed.) The Mammals of Australia. Reed Books, Sydney. Martin, R.W., Handasyde, K.A. Krockenberger, A. (2008) Koala Phascolarctos cinereus In: Van Dyck, S. and Strahan, R. (Eds.) The Mammals of Australia. Third edition. Reed New Holland, Australia McAlpine, C., Rhodes, J., Peterson, A., Possingham, H., Callaghan, J., Curran, T, Mitchell, D. and Lunney, D. (2007) Planning guidelines for koala conservation and recovery - a guide to best planning practice. Australian Koala Foundation and The University of Queensland Menkhorst, P. and Knight, F. (2001) A Field Guide to the Mammals of Australia. Oxford Uni Press, Melbourne. Morcombe, M. (2000) Field guide to Australian Birds. Steve Parish Publishing Morony, J., W. Bock and J. Farrand (1975) Reference List of the Birds of the World. American Museum of Natural History, New York Morris, A.K., A.R. McGill and G. Holmes (1981) Handlist of Birds in New South Wales. Sydney: NSW Field Ornithologists Club Natural Resource Management Ministerial Council (2009) National Koala Conservation and Management Strategy 2009–2014. Department of the Environment, Water, Heritage and the Arts, Canberra NSW National Parks and Wildlife Service (2003) Approved Recovery Plan for the Hawks Nest and Tea Gardens Endangered Koala (Phascolarctos cinereus) Population, NSW National Parks and Wildlife Service, Hurstville Office of Environment and Heritage (2017a) Threatened Species Profile (http://www.threatenedspecies.environment.nsw.gov.au/tsprofile/) Office of Environment and Heritage (2017b) Koala in the Pittwater Local Government Area Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.aspx) Office of Environment and Heritage (2017c) Koala, Hawks Nest and Tea Gardens population Species Conservation Project (http://www.environment.nsw.gov.au/savingourspeciesapp/SearchResults.aspx)

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Pratt, H.D., P.L. Bruner and D.G. Berrett (1987) A Field Guide to the Birds of Hawaii and the Tropical Pacific. Princeton, New Jersey: Princeton University Press Reed, P.C., Lunney, D. and Walker, P. (1990) A 1986-1987 survey of the koala Phascolarctos cinereus (Goldfuss) in New South Wales and an ecological interpretation of its distribution. In Biology of the Koala. Lee, A.K., Handasyde, K.A. and Sanson, G.D. Schodde, R. and I.J. Mason (1999 The Directory of Australian Birds: Passerines. Melbourne, Victoria: CSIRO Sharland, M.S.R. (1946) Rufous Fantail in Tasmania. Emu 45:329 Smith, M.T.A. (1979a) Behaviour of the Koala, Phascolarctos cinereus (Goldfuss) in captivity. I. Non-social behaviour. Australian Wildlife Research 6: 117-128 Smith, M.T.A. (1979b) Behaviour of the Koala, Phascolarctos cinereus (Goldfuss), in captivity. II. Parental and infantile behaviour. Australian Wildlife Research 6: 129-140 Strahan, R. (1994) Cuckoos, Nightbirds and Kingfishers of Australia. Angus and Robertson, Sydney Tarlinton, R., J. Meers, J. Hanger and P. Young (2005) Real-time reverse transcriptase PCR for the endogenous koala retrovirus reveals an association between plasma viral load and neoplastic disease in koalas. Journal of General Virology. 86:783-787. Templeton, M.T. (1992) Birds of Nanango, South-East Queensland. Sunbird 22:87-110 White, C.M.N. and M.D. Bruce (1986) The birds of Wallacea. B.O.U. Checklist

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