DOCSLIB.ORG

Estuary Report Card Site Date Zone Lattitude Longitude Temperature

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Estuary Report Card Site Date Zone Lattitude Longitude Temperature Estuary Report Card Site Date Zone Lattitude Longitude Temperature (°C) pH Salinity Turbidity (NTU) Chlorophyll a (ug/L) COOLONGOLOOK RIVER Coolongolook River 5/11/2019 1 -32.21497967 152.3314748 24.31 7.43 35.69 3.99 8.40 COOLONGOLOOK RIVER Coolongolook River 10/12/2019 1 -32.21508099 152.3315862 26.94 7.67 39.25 4.68 6.22 COOLONGOLOOK RIVER Coolongolook River 8/01/2020 1 -32.21512985 152.3315119 29.61 7.74 42.18 4.19 8.30 COOLONGOLOOK RIVER Coolongolook River 29/01/2020 1 -32.21546539 152.331514 29.68 7.74 30.56 2.86 7.81 COOLONGOLOOK RIVER Coolongolook River 25/02/2020 1 -32.19499217 152.4160674 24.64 7.45 11.08 4.71 7.01 COOLONGOLOOK RIVER Coolongolook River 11/03/2020 1 -32.18422465 152.3701438 25.48 7.43 15.80 2.64 21.45 COOLONGOLOOK RIVER Coolongolook River 5/11/2019 2 -32.19731133 152.3450867 24.46 7.63 36.08 6.29 9.52 COOLONGOLOOK RIVER Coolongolook River 10/12/2019 2 -32.19975325 152.3432148 28.38 7.66 39.58 5.51 5.65 COOLONGOLOOK RIVER Coolongolook River 8/01/2020 2 -32.18461672 152.3559464 29.22 7.79 42.53 4.62 9.02 COOLONGOLOOK RIVER Coolongolook River 29/01/2020 2 -32.18682 152.35251 30.18 7.93 32.87 1.77 6.85 COOLONGOLOOK RIVER Coolongolook River 25/02/2020 2 -32.20734843 152.4508099 24.54 7.91 19.22 3.34 6.16 COOLONGOLOOK RIVER Coolongolook River 11/03/2020 2 -32.18613156 152.3843243 23.77 7.68 14.25 3.33 15.84 Estuary Report Card Site Date Zone Lattitude Longitude Temperature (°C) pH Salinity Turbidity (NTU) Chlorophyll a (ug/L) KARUAH RIVER Karuah River 6/11/2019 1 -32.50437633 151.9615755 24.63 7.47 27.47 1.50 7.36 KARUAH RIVER Karuah River 11/12/2019 1 -32.5135969 151.9565902 26.23 7.47 32.84 4.40 11.64 KARUAH RIVER Karuah River 9/01/2020 1 -32.52275603 151.9700917 27.98 7.52 36.50 4.92 10.29 KARUAH RIVER Karuah River 30/01/2020 1 -32.50383714 151.9615686 29.33 7.41 35.97 4.18 18.34 KARUAH RIVER Karuah River 26/02/2020 1 -32.58157593 151.96573 27.21 7.12 11.68 3.16 2.90 KARUAH RIVER Karuah River 12/03/2020 1 -32.56156469 151.9643352 25.32 7.78 11.02 4.31 36.12 KARUAH RIVER Karuah River 6/11/2019 2 -32.54626628 151.9665351 24.40 7.38 30.48 2.44 8.74 KARUAH RIVER Karuah River 11/12/2019 2 -32.54636942 151.9664317 26.01 7.40 34.59 5.56 7.58 KARUAH RIVER Karuah River 9/01/2020 2 -32.55928289 151.9640465 27.37 7.45 37.35 6.92 9.45 KARUAH RIVER Karuah River 30/01/2020 2 -32.5447699 151.9655501 29.70 7.32 36.74 3.81 8.63 KARUAH RIVER Karuah River 26/02/2020 2 -32.65098167 151.967473 25.56 7.89 22.75 2.78 22.13 KARUAH RIVER Karuah River 12/03/2020 2 -32.59826961 151.9640961 24.92 7.79 19.77 6.95 29.35 KARUAH RIVER Branch Estuary 6/11/2019 3 -32.58037382 151.994402 24.18 7.54 31.66 2.66 4.79 KARUAH RIVER Branch Estuary 11/12/2019 3 -32.58015971 151.9943014 25.87 7.38 35.24 3.77 4.13 KARUAH RIVER Branch Estuary 9/01/2020 3 -32.58062993 151.993982 27.63 7.44 37.77 5.17 9.71 KARUAH RIVER Branch Estuary 30/01/2020 3 -32.58072669 151.9941333 29.63 7.41 36.91 2.31 12.19 KARUAH RIVER Branch Estuary 26/02/2020 3 -32.58104383 151.9936698 26.64 7.04 12.64 2.77 3.55 KARUAH RIVER Branch Estuary 12/03/2020 3 -32.58111665 151.9934832 24.78 7.64 16.62 5.53 34.82 Estuary Report Card Site Date Zone Lattitude Longitude Temperature (°C) pH Salinity Turbidity (NTU) Chlorophyll a (ug/L) KHAPPINGHAT CREEK Khappinghat Creek 4/11/2019 1 -32.01837017 152.5340591 26.18 7.63 43.65 3.77 2.33 KHAPPINGHAT CREEK Khappinghat Creek 10/12/2019 1 -32.01909354 152.5351261 29.06 7.62 48.66 3.62 2.93 KHAPPINGHAT CREEK Khappinghat Creek 8/01/2020 1 -32.01894666 152.5346086 30.13 7.83 53.78 5.16 4.75 KHAPPINGHAT CREEK Khappinghat Creek 29/01/2020 1 -32.01898593 152.534901 30.82 7.94 51.67 3.54 14.08 KHAPPINGHAT CREEK Khappinghat Creek 25/02/2020 1 -32.01909261 152.5350403 29.39 8.05 22.74 2.84 8.46 KHAPPINGHAT CREEK Khappinghat Creek 11/03/2020 1 -32.01869489 152.534279 25.99 7.32 10.80 5.66 10.07 KHAPPINGHAT CREEK Khappinghat Creek 4/11/2019 2 -32.00970565 152.5463605 26.07 7.70 43.54 3.67 2.19 KHAPPINGHAT CREEK Khappinghat Creek 8/01/2020 2 -32.01683195 152.5445793 29.53 7.78 53.17 6.95 4.34 KHAPPINGHAT CREEK Khappinghat Creek 29/01/2020 2 -32.01270958 152.5440896 30.57 7.85 51.65 7.61 10.14 KHAPPINGHAT CREEK Khappinghat Creek 25/02/2020 2 -32.01350399 152.5436408 28.07 8.01 25.42 3.11 5.51 KHAPPINGHAT CREEK Khappinghat Creek 11/03/2020 2 -32.01206274 152.5444559 25.41 7.79 28.30 3.46 4.09 Estuary Report Card Site Date Zone Lattitude Longitude Temperature (°C) pH Salinity Turbidity (NTU) Chlorophyll a (ug/L) MANNING RIVER Lower Manning Estuary 4/11/2019 10 -31.86319221 152.6195974 23.04 7.82 33.55 1.91 4.55 MANNING RIVER Lower Manning Estuary 10/12/2019 10 -31.8643181 152.617563 23.71 7.72 34.79 2.63 2.45 MANNING RIVER Lower Manning Estuary 7/01/2020 10 -31.86356673 152.6184993 25.43 7.92 35.18 2.14 5.35 MANNING RIVER Lower Manning Estuary 28/01/2020 10 -31.86362231 152.6188691 26.21 7.82 34.62 1.77 4.04 MANNING RIVER Lower Manning Estuary 24/02/2020 10 -31.86378982 152.619694 24.69 7.29 6.95 5.59 4.15 MANNING RIVER Lower Manning Estuary 10/03/2020 10 -31.8633096 152.6191848 23.47 7.71 18.65 2.32 5.18 MANNING RIVER Lower Manning Estuary 4/11/2019 13 -31.87907025 152.5940359 23.95 7.74 32.21 2.44 3.18 MANNING RIVER Lower Manning Estuary 10/12/2019 13 -31.87984558 152.5947871 24.18 7.63 34.54 2.53 1.62 MANNING RIVER Lower Manning Estuary 7/01/2020 13 -31.87874686 152.5942879 26.98 7.79 34.90 2.13 5.32 MANNING RIVER Lower Manning Estuary 28/01/2020 13 -31.87872697 152.5950483 28.87 7.67 34.06 3.09 4.86 MANNING RIVER Lower Manning Estuary 24/02/2020 13 -31.87873363 152.5953288 24.99 7.39 3.84 6.07 3.18 MANNING RIVER Lower Manning Estuary 10/03/2020 13 -31.87943934 152.5950631 23.81 7.70 14.92 2.70 5.36 MANNING RIVER Farquar Inlet 4/11/2019 F1 -31.94236993 152.6007883 23.97 7.84 30.84 2.07 3.57 MANNING RIVER Farquar Inlet 10/12/2019 F1 -31.94225553 152.6011018 24.92 7.83 33.03 3.61 5.86 MANNING RIVER Farquar Inlet 7/01/2020 F1 -31.94191994 152.6013661 29.38 7.89 34.83 3.35 3.06 MANNING RIVER Farquar Inlet 28/01/2020 F1 -31.94213979 152.6020555 29.59 7.79 33.53 3.54 9.47 MANNING RIVER Farquar Inlet 24/02/2020 F1 -31.94247173 152.6013775 25.09 8.04 5.37 5.18 10.32 MANNING RIVER Farquar Inlet 10/03/2020 F1 -31.94234444 152.6014604 23.40 7.89 19.15 2.41 3.85 MANNING RIVER Mid Manning Estuary 4/11/2019 24 -31.93732115 152.5478127 25.06 7.77 29.85 2.54 11.12 MANNING RIVER Mid Manning Estuary 10/12/2019 24 -31.93769164 152.5501099 25.46 7.85 31.99 4.32 15.80 MANNING RIVER Mid Manning Estuary 7/01/2020 24 -31.93775903 152.5522851 29.38 7.87 33.77 4.91 7.90 MANNING RIVER Mid Manning Estuary 28/01/2020 24 -31.93769634 152.5548708 30.64 7.81 32.49 2.24 7.20 MANNING RIVER Mid Manning Estuary 24/02/2020 24 -31.93769697 152.5526889 25.05 7.42 3.65 6.35 5.50 MANNING RIVER Mid Manning Estuary 10/03/2020 24 -31.93745227 152.5512734 23.77 7.75 12.68 2.36 7.66 MANNING RIVER Mid Manning Estuary 4/11/2019 R20 -31.88477224 152.5627897 24.11 7.68 30.80 1.95 3.03 MANNING RIVER Mid Manning Estuary 10/12/2019 R20 -31.88300161 152.5637106 24.84 7.60 33.92 2.61 1.51 MANNING RIVER Mid Manning Estuary 7/01/2020 R20 -31.88270261 152.5637485 27.50 7.74 34.55 3.38 5.49 MANNING RIVER Mid Manning Estuary 28/01/2020 R20 -31.88332147 152.5631455 29.35 7.63 33.72 1.84 6.31 MANNING RIVER Mid Manning Estuary 24/02/2020 R20 -31.88281164 152.5635498 24.83 7.36 2.71 6.73 2.83 MANNING RIVER Mid Manning Estuary 10/03/2020 R20 -31.88169043 152.5643789 23.93 7.53 11.34 3.26 2.84 MANNING RIVER Dawson River 4/11/2019 R940 -31.86519897 152.4610044 25.87 7.39 27.11 2.73 4.95 MANNING RIVER Dawson River 10/12/2019 R940 -31.8651459 152.4611565 25.88 7.24 28.93 3.38 5.90 MANNING RIVER Dawson River 7/01/2020 R940 -31.86527111 152.4608791 31.73 7.70 30.49 5.12 12.68 MANNING RIVER Dawson River 28/01/2020 R940 -31.86529354 152.4608985 32.11 7.57 28.95 3.82 13.00 MANNING RIVER Dawson River 24/02/2020 R940 -31.86541699 152.4609236 26.12 6.30 0.58 2.79 10.49 MANNING RIVER Dawson River 10/03/2020 R940 -31.86559123 152.4608706 24.86 6.69 2.39 2.43 2.41 MANNING RIVER Upper Manning Estuary 4/11/2019 R40 -31.89958998 152.4972732 25.15 7.79 27.06 2.20 7.91 MANNING RIVER Upper Manning Estuary 10/12/2019 R40 -31.89922742 152.4985351 25.39 7.63 31.03 6.50 7.57 MANNING RIVER Upper Manning Estuary 7/01/2020 R40 -31.89921559 152.4992108 29.59 7.84 32.41 4.39 9.85 MANNING RIVER Upper Manning Estuary 28/01/2020 R40 -31.89942273 152.4980134 31.25 7.72 28.71 3.43 15.38 MANNING RIVER Upper Manning Estuary 24/02/2020 R40 -31.8993588 152.4986025 24.79 7.37 0.66 8.62 3.58 MANNING RIVER Upper Manning Estuary 10/03/2020 R40 -31.89934617 152.4984421 24.45 7.41 6.58 2.93 2.71 MANNING RIVER Upper Manning Estuary 4/11/2019 R48 -31.91225371 152.4687118 25.74 7.90 27.08 3.13 7.30 MANNING RIVER Upper Manning Estuary 10/12/2019 R48 -31.91243364 152.4686903 25.39 7.74 30.01 3.83 9.59 MANNING RIVER Upper Manning Estuary 7/01/2020 R48 -31.91182685 152.4691164 29.59 7.81 32.04 4.31 10.53 MANNING RIVER Upper Manning Estuary 24/02/2020 R48 -31.91197301 152.4695813 24.44 7.45 0.58 10.53 2.26 MANNING RIVER Upper Manning Estuary 10/03/2020 R48 -31.91296779 152.4688539 24.41 7.39 3.80 2.98 2.79 MANNING RIVER Upper Manning Estuary 4/11/2019 R49 -31.93486271 152.4183419 25.76 7.80 24.10 2.50 6.20 MANNING RIVER Upper Manning Estuary 10/12/2019 R49 -31.93708228 152.4215327 26.43 7.60 28.31 3.40 4.88 Estuary Report Card Site Date Zone Lattitude Longitude Temperature (°C) pH Salinity Turbidity (NTU) Chlorophyll a (ug/L) MANNING RIVER Upper Manning Estuary 7/01/2020 R49 -31.93739633 152.4212211 29.92 7.82 30.10 3.79 8.75 MANNING RIVER Upper Manning Estuary
Load more

Recommended publications
  • Nsw Estuary and River Water Levels Annual Summary 2015-2016
    NSW ESTUARY AND RIVER WATER LEVELS ANNUAL SUMMARY 2015–2016 Report MHL2474 November 2016 prepared for NSW Office of Environment and Heritage This page intentionally blank NSW ESTUARY AND RIVER WATER LEVELS ANNUAL SUMMARY 2015–2016 Report MHL2474 November 2016 Peter Leszczynski 110b King Street Manly Vale NSW 2093 T: 02 9949 0200 E: [email protected] W: www.mhl.nsw.gov.au Cover photograph: Coraki photo from the web camera, Richmond River Document control Issue/ Approved for issue Author Reviewer Revision Name Date Draft 21/10/2016 B Tse, MHL S Dakin, MHL A Joyner 26/10/2016 Final 04/11/2016 M Fitzhenry, OEH A Joyner 04/11/2016 © Crown in right of NSW through the Department of Finance, Services and Innovation 2016 The data contained in this report is licensed under a Creative Commons Attribution 4.0 licence. To view a copy of this licence, visit http://creativecommons.org/licenses/by/4.0 Manly Hydraulics Laboratory and the NSW Office of Environment and Heritage permit this material to be reproduced, for educational or non-commercial use, in whole or in part, provided the meaning is unchanged and its source, publisher and authorship are acknowledged. While this report has been formulated with all due care, the State of New South Wales does not warrant or represent that the report is free from errors or omissions, or that it is exhaustive. The State of NSW disclaims, to the extent permitted by law, all warranties, representations or endorsements, express or implied, with regard to the report including but not limited to, all implied warranties of merchantability, fitness for a particular purpose, or non-infringement.
    [Show full text]
  • NSW Tides 2019 – 2020
    NSW Tides 2019–2020 Tidal predictions for Sydney Harbour with moon phases July 2019 – June 2020 Tidal predictions are calculated by the Tidal Unit, Bureau of Meteorology from daily tide recordings made at Fort Denison in Sydney Harbour. Tide heights refer to zero on the Fort Denison Tide Gauge, being approximately the level of the Lowest Astronomical Tide. Times are in local standard time (UTC +10:00) or daylight savings time (UTC +11:00) when in effect. Tide heights are quoted in metres. Tide heights of 1.7 metres or more, and 0.3 metres or less, are highlighted for trip planning and risk awareness. Users of these tables should be aware that the heights shown in this publication are predictions for average meteorological conditions only and that the actual water level height may vary due to meteorological conditions (including barometric pressure, wind effect and storm surges) and seasonal variations. Copyright in the Tidal Predictions is owned by the Commonwealth of Australia represented by the Bureau of Meteorology. This product is based on Bureau of Meteorology information that has subsequently been modified. The Bureau does not necessarily support or endorse, or have any connection with, the product. In respect of that part of the information which is sourced from the Bureau, and to the maximum extent permitted by law: (i) The Bureau makes no representation and gives no warranty of any kind whether express, implied, statutory or otherwise in respect to the availability, accuracy, currency, completeness, quality or reliability of the information or that the information will be fit for any particular purpose or will not infringe any third party Intellectual Property rights; and (ii) The Bureau’s liability for any loss, damage, cost or expense resulting from use of, or reliance on, the information is entirely excluded.
    [Show full text]
  • Water Sharing Plan for the Lower North Coast Unregulated and Alluvial Water Sources
    Water Sharing Plan for the Lower North Coast Unregulated and Alluvial Water Sources Background document for amended plan 2016 Published by the NSW Department of Primary Industries, Water Water Sharing Plan for the Lower North Coast Unregulated and Alluvial Water Sources - Background document for amended plan 2016 First published in November 2016 Incorporates amendments to the plan following inclusion of the Karuah River Water Source More information This report may be cited as: Betterridge L., Rabbidge T., (2016) Water Sharing Plan for the Lower North Coast Unregulated and Alluvial Water Sources: Background document for amended plan 2016, NSW Department of Primary Industries, Sydney www.dpi.nsw.gov.au Acknowledgments Cover image: Little Manning River in Woko National Park, John Spencer/ OEH © State of New South Wales through the Department of Trade and Investment, Regional Infrastructure and Services, 2016. You may copy, distribute and otherwise freely deal with this publication for any purpose, provided that you attribute the NSW Department of Primary Industries as the owner. Disclaimer: The information contained in this publication is based on knowledge and understanding at the time of writing (November 2016). However, because of advances in knowledge, users are reminded of the need to ensure that information upon which they rely is up to date and to check currency of the information with the appropriate officer of the Department of Primary Industries or the user’s independent adviser. WSP for Lower North Coast unregulated and alluvial water sources: Background document 2016 Contents Introduction .......................................................................................................................... 1 An amended plan for the unregulated Lower North Coast catchments .......................... 2 Purpose of the Plan .............................................................................................................
    [Show full text]
  • Hunter/Central Rivers Cma Region
    REDUCING THE IMPACT OF WEIRS ON AQUATIC HABITAT NSW DETAILED WEIR REVIEW REPORT TO THE NEW SOUTH WALES ENVIRONMENTAL TRUST HUNTER/CENTRAL RIVERS CMA REGION Published by NSW Department of Primary Industries. © State of New South Wales 2006. This publication is copyright. You may download, display, print and reproduce this material in an unaltered form only (retaining this notice) for your personal use or for non-commercial use within your organisation provided due credit is given to the author and publisher. To copy, adapt, publish, distribute or commercialise any of this publication you will need to seek permission from the Manager Publishing, NSW Department of Primary Industries, Orange, NSW. DISCLAIMER The information contained in this publication is based on knowledge and understanding at the time of writing (July 2006). However, because of advances in knowledge, users are reminded of the need to ensure that information upon which they rely is up to date and to check the currency of the information with the appropriate officer of NSW Department of Primary Industries or the user‘s independent adviser. This report should be cited as: NSW Department of Primary Industries (2006). Reducing the Impact of Weirs on Aquatic Habitat - New South Wales Detailed Weir Review. Hunter / Central Rivers CMA region. Report to the New South Wales Environmental Trust. NSW Department of Primary Industries, Flemington, NSW. ISBN: 0 7347 1753 9 (New South Wales Detailed Weir Review) ISBN: 978 0 7347 1825 9 (Hunter/Central Rivers CMA region) Cover photos: Cob-o-corn Weir, Cob-o-corn Creek, Northern Rivers CMA (upper left); Stroud Weir, Karuah River, Hunter/Central Rivers CMA (upper right); Mollee Weir, Namoi River, Namoi CMA (lower left); and Hartwood Weir, Billabong Creek, Murray CMA (lower right).
    [Show full text]
  • Gondwana Rainforests of Australia
    151°E 152°E 153°E 154°E W eirR i r v e r e v i R r e m e r r e C B Ri v Mi ond ne ra llmerran a mi Ri ver r e m e o vi o Clifton R C Kalbar t r e S S bl ° ° A 8 Boonah 8 2 Allora r 2 e v Wond i ul er v Gold Coast R i Range n R a g g NP o n Main ra Lamington e L Range NP N Springbrook Warwick NP NP Tweed Heads Mount Barney NP Mount Bendidee Chinghee NP NP o R us er Riv Mooball Bogangar Mount r Killarney Wollumbin e vi Inglewood Clunie R NP Koreelah NP ic R Pottsville Beach NP NP hm eed ondR w i ve T Mount r Border Ranges Mebbin JerusalemB Tooloom NP NP r Brunswick Heads Maryland Toonumbar NP un Q U E E N S L A N D NP s wick River NP Captains NP Creek NR r Byron Bay uma e Nightcap D resq iv Kyogle R R Yabbra NP ive o r o n NP Stanthorpe oo Richmond B o Range o Cataract n o NP o NP e B Riv r ns o Boonoo ls Lismore Sundown i Texas NP Girraween Bald Boonoo W Casino NP Rock NP Ballina NP Basket Swamp Mallanganee NP NP S S ° ° 9 Mount 9 2 Timbarra Pikapene 2 Mole R Broadwater ive NP NP r NP Tenterfield Bungawalbin Kwiambal Evans Head NP NP Bundjalung Beard NP y Ashford River Capoompeta Washp r ool e Iluka NR NP v Fortis i NP R Deepwater ) Creek a Yamba r r NP r Maclean a e N E W S O U T H W A L E S v N E W S O U T H W A L E S b i R Se ern m v er i e Warialda R iv Butterleaf t ( G c y ibraltar n NP ck re R o Ra la nge C Kings NP Plains Barool Yuraygir NP NP Nymboida NP NP Ramornie Ma nn River NP Grafton Inverell Glen In nes O ra ra R i Bingara ver Hen r r B y R ive o R yd iver M ac North Solitary Islands G in v er w t yre Ri y Warra S di S °
    [Show full text]
  • Newsletter – Autumn 2017 CLARENCE ENVIRONMENT CENTRE 31 Skinner St, South Grafton 2460 Phone / Fax 66 43 1863 Email: [email protected] Website
    Newsletter – Autumn 2017 CLARENCE ENVIRONMENT CENTRE 31 Skinner St, South Grafton 2460 Phone / Fax 66 43 1863 Email: [email protected] Website www.cec.org.au ____________________________________________________________________ Chaffin Creek drying up Some of those involved with the Upper Coldstream Biodiversity project will recognise the log crossing that we used to cross Chaffin Creek waterholes on the crown land at the northern end of Firth Heinz Road, home to the very healthy Giant Dragonfly population. As you can see there was no need for the 'bridge' when this picture was taken in mid February. The creek had ceased to flow, but I had never seen the waterholes so depleted. I know there was a major drought in the Clarence, and none worse affected than Pillar Valley, but I was still surprised at the dramatic drop in the level of water in these permanent waterholes. It so happens that the crown land is right next to the Pacific Highway upgrade As can be see there was no need for a 'bridge' when this picture (forest now cleared right up was taken in mid February. The creek had ceased to flow. to the crown land boundary), so I went to check on my way out, and guess what the RMS has done? 200m down-stream of the log crossing, the RMS has installed a great big pump and were drawing the last remaining water out of the billabong to suppress dust and help pack down the new road foundations. What the Hell is the 3 year's supply of water stored at Shannon Creek for? Nobody else is using it, and trucks could simply hook up to a hydrant in Tucabia without destroying the riverine habitat.
    [Show full text]
  • Government Gazette of the STATE of NEW SOUTH WALES Number 118 Friday, 19 September 2008 Published Under Authority by Government Advertising
    9281 Government Gazette OF THE STATE OF NEW SOUTH WALES Number 118 Friday, 19 September 2008 Published under authority by Government Advertising LEGISLATION Proclamations New South Wales Commencement Proclamation under the Commonwealth Powers (De Facto Relationships) Act 2003 No 49 MARIE BASHIR,, GovernorGovernor I, Professor Marie Bashir AC, CVO, Governor of the State of New South Wales, with the advice of the Executive Council, and in pursuance of section 2 of the Commonwealth Powers (De Facto Relationships) Act 2003, do, by this my Proclamation, appoint 22 September 2008 as the day on which that Act commences. Signed and sealed at Sydney, thisthis 17th day of September day of September 2008. 2008. By Her Excellency’s Command, JOHN HATZISTERGOS, M.L.C., Attorney General L.S. Attorney General GOD SAVE THE QUEEN! s2008-354-94.d02 Page 1 9282 LEGISLATION 19 September 2008 New South Wales Commencement Proclamation under the Local Government and Planning Legislation Amendment (Political Donations) Act 2008 No 44 MARIE BASHIR,, Governor I, Professor Marie Bashir AC, CVO, Governor of the State of New South Wales, with the advice of the Executive Council, and in pursuance of section 2 of the Local Government and Planning Legislation Amendment (Political Donations) Act 2008, do, by this my Proclamation, appoint 1 October 2008 as the day on which that Act commences. Signed and sealed at Sydney, thisthis 17th day of Septemberday of 2008. 2008. By Her Excellency’s Command, KRISTINA KENEALLY, M.P., L.S. MinisterMinister forfor PlanningPlanning GOD SAVE THE QUEEN! s2008-334-04.d05 Page 1 NEW SOUTH WALES GOVERNMENT GAZETTE No.
    [Show full text]
  • Hunter/Central Rivers, Nsw
    REDUCING THE IMPACT OF ROAD CROSSINGS ON AQUATIC HABITAT IN COASTAL WATERWAYS – HUNTER/CENTRAL RIVERS, NSW REPORT TO THE NEW SOUTH WALES ENVIRONMENTAL TRUST Published by NSW Department of Primary Industries. © State of New South Wales 2006. This publication is copyright. You may download, display, print and reproduce this material in an unaltered form only (retaining this notice) for your personal use or for non-commercial use within your organisation provided due credit is given to the author and publisher. To copy, adapt, publish, distribute or commercialise any of this publication you will need to seek permission from the Manager Publishing, NSW Department of Primary Industries, Orange, NSW. DISCLAIMER The information contained in this publication is based on knowledge and understanding at the time of writing (May 2006). However, because of advances in knowledge, users are reminded of the need to ensure that information upon which they rely is up to date and to check the currency of the information with the appropriate officer of NSW Department of Primary Industries or the user‘s independent adviser. This report should be cited as: NSW Department of Primary Industries (2006). Reducing the impact of road crossings on aquatic habitat in coastal waterways – Hunter/Central Rivers, NSW. Report to the New South Wales Environmental Trust. NSW Department of Primary Industries, Flemington, NSW. ISBN 0 7347 1702 4 Cover photo: Locketts Crossing Causeway with excessive headloss over Coolongolook River on Locketts Crossing Road (Lower North Coast subregion, Pt Stephens/Wallis Lake catchment). EXECUTIVE SUMMARY Stream connectivity and habitat diversity are critical components of healthy rivers.
    [Show full text]
  • Great Lakes Water Quality Improvement Plan Wallis, Smiths and Myall Lakes
    Great Lakes Coastal Catchments Initiative Great Lakes Water Quality Improvement Plan Wallis, Smiths and Myall Lakes - i - Great Lakes Water Quality Improvement Plan: Wallis, Smiths and Myall lakes Cover photos (clockwise from top left): Signing Statements of Joint Intent (K Meares), Smiths Lake (A Staniland) and off-stream watering (A Fardell). Great Lakes Water Quality Improvement Plan Copyright © 2009 This publication is copyright. You may download, display, print and reproduce this material in an unaltered form only for your personal use or for non-commercial use within your organisation. To copy, adapt, publish, distribute or commercialise any of this publication you will need to seek permission from Great Lakes Council. Great Lakes Council PO Box 450 Forster NSW 2428 Citation: Great Lakes Council 2009, Great Lakes Water Quality Improvement Plan: Wallis, Smiths and Myall Lakes, Forster, NSW Acknowledgements are presented in alphabetical order Authors: Ian Armstrong (Batkin Walkerden Associates) Craig Aspinall (Hunter-Central Rivers Catchment Management Authority) Pam Batkin (Batkin Walkerden Associates) Peter Beale (Department of Primary Industries) Mat Bell (Great Lakes Council) Naomi Brydon (Integrated Catchment Assessment and Management (iCAM) Centre, The Australian National University) Victoria Coleman (Independent Sustainability Consultant) Jocelyn Dela-Cruz (Department of Environment and Climate Change) Robert Gillespie (Consultant) Brendan Haine (Department of Environment and Climate Change) Rebecca Kelly (Integrated Catchment
    [Show full text]
  • Accessory Publication the Mesoveliidae, Hebridae, And
    Accessory Publication The Mesoveliidae, Hebridae, and Hydrometridae of Australia (Hemiptera, Heteroptera, Gerromorpha) with a reanalysis of the phylogeny of semiaquatic bugs Nils Møller AndersenA and Tom A. WeirB AZoological Museum, University of Copenhagen, Universitetsparken 15, DK-2100 Copenhagen, Denmark. BCSIRO Entomology, GPO Box 1700, Canberra ACT 2601, Australia. Email: [email protected] Abstract The semiaquatic bugs (Hemiptera-Heteroptera, infraorder Gerromorpha), comprising water striders and their allies, are familiar inhabitants of water surfaces in all continents. Currently, the world fauna has more than 1,900 described species classified in eight families and 165 genera.A phylogenetic analysis using maximum parsimony was performed on a dataset comprising 56 morphological characters scored for 24 examplar genera covering all families and subfamilies of Gerromorpha. The phylogenetic relationships found concur with those presented by Andersen (1982) except that the relationships between some subfamilies of Veliidae andGerridae are unresolved. The Australian fauna of Gerromorpha comprises six families, 30 genera, and 123 species. One third of the genera and more than 80% of the species are endemic to Australia. Previously, we have covered all Australian species of the families Gerridae, Hermatobatidae, and Veliidae. The present paper deals with the families Hebridae, Hydrometridae, and Mesoveliidae. We offer redescriptions or descriptive notes on all previously described species, describe Mesovelia ebbenielseni sp. nov. (Mesoveliidae), Austrohebrus apterus, gen. et sp. nov., and Hebrus pilosus sp. nov. (Hebridae), and synonymise Hebrus woodwardi Lansbury, syn. nov. (Hebridae) and Hydrometra halei Hungerford and Evans, syn. nov. (Hydrometridae). We present keys for the identification of genera and species, and map the distribution of all species.
    [Show full text]
  • Overcoming Obstacles to Improving Fish Migration at Coastal Weir and Road Crossing Barriers
    10 YEARS ON: OVERCOMING OBSTACLES TO IMPROVING FISH MIGRATION AT COASTAL WEIR AND ROAD CROSSING BARRIERS M Gordos 1, S Nichols 1, C Lay 1 1NSW Department of Primary Industries – Fisheries Abstract The NSW Department of Primary Industries (DPI Fisheries) has been actively improving migration at priority fish passage barriers along coastal NSW for over 10 years. The culmination of these efforts was the recent completion of the award winning Bringing Back the Fish project in 2010 that resulted in improved fish passage at 10 priority weirs and 22 road crossings, thereby improving native fish access to over 1,235 km of additional waterway. The success of the BBTF project is attributed to lessons learned from earlier projects that allowed high priority fish passage barriers to be addressed, despite remediation options at many of these sites being discussed since the 1980’s. The aim of this paper is to demonstrate solutions to common obstacles experienced by DPI Fisheries when attempting to improve fish passage at priority barriers through the use of case studies. Site examples will cover the removal of an obsolete structure (Manyweathers Weir – Richmond River), the redesign of an existing barrier (Coral Avenue, Brunswick River), and fishway installation (Locketts Crossing – Coolongolook River; Clarksons Crossing – Wallamba River). Case studies will be discussed from concept through to completion, including site promotion. With respect to these sites, common obstacles that were experienced and overcome include a lack of stakeholder support, inadequate funding, unrealistic timeframes, heritage significance, poor planning, a lack of suitable surveys, and concern regarding the presence of platypus. With this information in hand, stakeholders including local councils, state agencies, and landholders can strategically address remaining priority fish passage barriers in order to make more fish naturally.
    [Show full text]
  • Local Community Planning
    COMMUNITY SPACES & SERVICES ATTACHMENT B LOCAL COMMUNITY PLANNING ORDINARY MEETING 18 APRIL 2018 2017 - 2021 COOLONGOLOOK, WANG WAUK AND WALLINGAT RIVERS CATCHMENT COMMUNITIES COMMUNITY STRATEGIC PLAN CONTENTS Our Community ...................................................................................................................................................... 2 Our Plan .................................................................................................................................................................. 3 Our Vision ............................................................................................................................................................... 3 Statement of Purpose ............................................................................................................................................. 3 Key Strategic Focus Areas ....................................................................................................................................... 4 Key Priorities ........................................................................................................................................................... 4 Our Strategic Plan ................................................................................................................................................... 5 How will we collaborate with our neighbours? .................................................................................................... 11 How does our plan
    [Show full text]