GP Synergy Members Register

GP Synergy Members Register Member Name Chair Person Primary Contact Approved Representative Armajun Health Service Aboriginal Corporation Lynette Lackay Debbie McCowen Debbie McCowen Australian College of Rural and Remote Medicine A/Prof Ruth Stewart Marita Cowie Marita Cowie Bankstown General Practice Division Inc Dr Sue Harnett Andrey Zheluk - Executive Dr Ashok Chalasani Officer Barwon Division of General Practice, Trading As Barwon Dr Kerry Moroney Dr Kerry Moroney Dr Kerry Moroney Health Alliance Ltd Capital Health Network Prof Gabrielle Cooper OAM Gaylene Coulton Helen McMurtie Central Sydney General Practice Network Dr Margot Woods Jim McGarry (Company Dr Margot Woods Secretary) General Practice Registrars Australia Dr Melanie Smith Andrew Gosbell (CEO) Andrew Gosbell (CEO) GPTA Limited (trading as General Practice Supervisors Dr Steve Holmes Glen Wallace Dr Linda McQueen Australia) Hornsby Ku-ring-gai Ryde Division of General Practice T/A Dr Kevin Wong Ms Tricia Rowlison Dr Kevin Wong GP Network Northside Manly Warringah Division of General Practice Dr Hans Blom Jackie Hay (CEO) Dr Stephen Ginsborg New England Division of General Practice A/Prof Michelle Guppy A/Prof Michelle Guppy A/Prof. Michelle Guppy North West Slopes Division of General Practice Dr Stephen Howle Mr Kevin Swan NSW Central West Division of Central Practice Ltd T/A Dr Sandra Mendel Sandra Christensen Sandra Christensen Central West Medical association Primary and Community Care Services Limited Ramon del Carmen Dr James Baker Dr James Baker RACGP - NSW & ACT Faculty Dr.Guan Yeo Ms Roslyn Irons Dr.Guan Yeo South Western Sydney PHN Dr Matthew Gray Dr Keith McDonald Dr Keith McDonald St George District Division of General Practice Dr Roslyn Ridgway Dr Klaus Stelter - CEO Sutherland Division of General Practice Dr Owen Brookes Dr Damien Bray Dr Damien Bray Sydney South West GP Link Limited Dr Sayeed Khan Dr Sayeed Khan Dr Sayeed Khan Tamworth Aboriginal Medical Service Catherine Trindall Mr Rodger Williams Mr Rodger Williams University of Notre Dame Australia Not Applicable A/Prof Charlotte Hespe A/Prof Charlotte Hespe University of Sydney Professor Stephen Garton Professor Stephen Garton Professor Stephen Garton (Provost and Deputy Vice- Chancellor) UNSW Sydney Prof Raina MacIntyre Prof Siaw-Teng Liaw Western Sydney University, School of Medicine Prof Annemarie Hennessy, Prof Jennifer Reath Professor Jennifer Reath Dean of Medicine.

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Customer Service Advice from Foxtel
CUSTOMER SERVICE ADVICE FROM FOXTEL Extreme Weather events impact service in the Northern Tablelands District and parts of the Northern Rivers, Mid North Coast, North West Slopes and Plains Districts of New South Wales and part of the Darling Downs and Granite Belt District of Queensland. As previously notified by Foxtel on Friday 20 January 2017, Foxtel’s normal operations in the Northern Tablelands District and parts of the Northern Rivers, Mid North Coast, North West Slopes and Plains Districts of New South Wales and part of the Darling Downs and Granite Belt District of Queensland were affected by a series of extreme weather events on or about Thursday 12 January 2017 through to Sunday 15 January 2017. The network used to deliver Foxtel’s services in these areas has experienced high levels of damage that resulted in delays to installation and repair activities on a significant number of Foxtel services. Due to the extent of damage to the network used to deliver Foxtel’s telecommunications services, the impact in the effected region has been greater than initially estimated, and as a consequence of the continued weather effects, the expected recovery date has now been extended to 2 April 2017. Foxtel has identified that the effect of these circumstances applies to approximately 465 services. This number may increase as Foxtel assesses the full effect of the severe weather conditions. Based on current information, the resumption date of normal service operations is expected to be 2 April 2017. This date is indicative only, and Foxtel customers should anticipate that some further delays may occur.
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Listing Advice Page 1 of 4
The Minister deleted this species from the vulnerable category, effective from 14 December 2013 Advice to the Minister for the Environment from the Threatened Species Scientific Committee (the Committee) on Amendment to the list of Threatened Species under the Environment Protection and Biodiversity Conservation Act 1999 (EPBC Act) 1. Reason for Conservation Assessment by the Committee This advice follows assessment of new information provided on: Bothriochloa biloba (lobed blue-grass) 2. Summary of Species Details Taxonomy Conventionally accepted as Bothriochloa biloba S.T.Blake State Listing Status Previously listed as vulnerable in both New South Wales and Queensland, but has been de-listed in both states. Description An erect or decumbent grass growing to 1 m high (Harden, 1993). It can easily be distinguished from other Bothriochloa species by its lobed upper lemma (bract enclosing the flower) which remains attached to the base of the awn when the awn is pulled out of the spikelet (Quinn et al., 1995). Flowering occurs from November to June (Creamer, 1999; Sharp and Simon, 2001). This species occurs within the EPBC listed ecological community ‘Natural grasslands on basalt and fine-textured alluvial plains of northern New South Wales and southern Queensland’. Distribution Restricted to northern New South Wales and southern Queensland. It extends from the Darling Downs district in Queensland, south along the western slopes of the Great Dividing Range to near North Star, Warialda, Bingara and Merriwa in New South Wales (NSW SC, 2003; Quinn et al., 1995). Relevant A recent study conducted on this species (Yu et al., 2003) Biology/Ecology indicates that it has a complex reproductive system involving sexual and asexual (apomictic) mechanisms.
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New South Wales Summer 2018-19 Particle Episode Newsletter
Particle episodes in Summer 2018–19 PM10 (particles less than or equal to 10 microns in diameter) – The network recorded 34 days with daily PM10 concentrations above the national benchmark of 50 micrograms per cubic metre (µg/m3), which is higher than the previous four summers. This was attributed to drought conditions in New South Wales, which led to a significant number of widespread or localised dust events. PM2.5 (particles less than or equal to 2.5 microns in diameter) – Two days were above the daily 3 PM2.5 benchmark of 25 µg/m , one due to widespread dust and one due to a local grass fire. Comparison to previous summers – For regional NSW, the number of days above the PM10 benchmark in summer 2018–19 was not unprecedented, with five previous summers since 2002 recording a comparable number of days. These previous seasons were due to a combination of dust and bushfire events, while the 2018-19 summer was affected primarily by dust events. Climate conditions – This summer was the warmest on record for New South Wales. A significant drought-affected 99.9% of the State, with inland regions most severely impacted. Additional information1 – The NSW air quality monitoring network recorded generally good air quality between 1 December 2018 to 28 February 2019. Across the network, the air quality index (AQI) due to particles was fair or better for 71% of days in the South West Slopes, 91% in the Central Tablelands and North West Slopes, 92% in the Illawarra, 93% in the Upper Hunter, 97% in Sydney, 99% in the Lower Hunter and 100% in the Central Coast.
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Part 1 Plant Communities of the NSW Western Plains
383 New South Wales Vegetation Classification and Assessment: Part 1 Plant communities of the NSW Western Plains J.S. Benson*, C.B. Allen*, C. Togher** and J. Lemmon*** *Science and Public Programs, Royal Botanic Gardens and Domain Trust, Sydney, NSW 2000, AUSTRALIA. ** GIS Section NSW Department of Environment & Conservation, PO Box 1967 Hurstville, NSW 2220; ***Environment & Development Department, Wollongong City Council, Locked Bag 8821, South Coast Mail Centre, NSW 2521. Corresponding author email: [email protected] Abstract: For the Western Plains of New South Wales, 213 plant communities are classified and described and their protected area and threat status assessed. The communities are listed on the NSW Vegetation Classification and Assessment database (NSWVCA). The full description of the communities is placed on an accompanying CD together with a read-only version of the NSWVCA database. The NSW Western Plains is 45.5 million hectares in size and covers 57% of NSW. The vegetation descriptions are based on over 250 published and unpublished vegetation surveys and maps produced over the last 50 years (listed in a bibliography), rapid field checks and the expert knowledge on the vegetation. The 213 communities occur over eight Australian bioregions and eight NSW Catchment Management Authority areas. As of December 2005, 3.7% of the Western Plains was protected in 83 protected areas comprising 62 public conservation reserves and 21 secure property agreements. Only one of the eight bioregions has greater than 10% of its area represented in protected areas. 31 or 15% of the communities are not recorded from protected areas. 136 or 64% have less than 5% of their pre-European extent in protected areas.
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A Broad Typology of Dry Rainforests on the Western Slopes of New South Wales
A broad typology of dry rainforests on the western slopes of New South Wales Timothy J. Curran1,2, Peter J. Clarke1, and Jeremy J. Bruhl 1 1 Botany, Centre for Ecology, Evolution and Systematics, University of New England, Armidale NSW 2351, AUSTRALIA. 2 Author for correspondence. Current address: The School for Field Studies, Centre for Rainforest Studies, PO Box 141, Yungaburra, Queensland 4884, AUSTRALIA. [email protected] & [email protected] Abstract: Dry rainforests are those communities that have floristic and structural affinities to mesic rainforests and occur in parts of eastern and northern Australia where rainfall is comparatively low and often highly seasonal. The dry rainforests of the western slopes of New South Wales are poorly-understood compared to other dry rainforests in Australia, due to a lack of regional scale studies. This paper attempts to redress this by deriving a broad floristic and structural typology for this vegetation type. Phytogeographical analysis followed full floristic surveys conducted on 400 m2 plots located within dry rainforest across the western slopes of NSW. Cluster analysis and ordination of 208 plots identified six floristic groups. Unlike in some other regional studies of dry rainforest these groups were readily assigned to Webb structural types, based on leaf size classes, leaf retention classes and canopy height. Five community types were described using both floristic and structural data: 1)Ficus rubiginosa–Notelaea microcarpa notophyll vine thicket, 2) Ficus rubiginosa–Alectryon subcinereus–Notelaea microcarpa notophyll vine forest, 3) Elaeodendron australe–Notelaea microcarpa–Geijera parviflora notophyll vine thicket, 4) Notelaea microcarpa– Geijera parviflora–Ehretia membranifolia semi-evergreen vine thicket, and 5) Cadellia pentastylis low microphyll vine forest.
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Part 1 Plant Communities of the NSW Western Plains
2022-Handout Workshop on Theoretical Ecology and Global Change 2 - 18 March 2009 New South Wales Vegetation Classification and Assessment: Part 1 Plant communities of the NSW Western Plains Benson J.S.* (C.B. Allen, C. Togher and J. Lemmon) Science and Public Programs Royal Botanic Gardens and Domain Trust Sydney, NSW 2000 AUSTRALIA 383 New South Wales Vegetation Classification and Assessment: Part 1 Plant communities of the NSW Western Plains J.S. Benson*, C.B. Allen*, C. Togher** and J. Lemmon*** *Science and Public Programs, Royal Botanic Gardens and Domain Trust, Sydney, NSW 2000, AUSTRALIA. ** GIS Section NSW Department of Environment & Conservation, PO Box 1967 Hurstville, NSW 2220; ***Environment & Development Department, Wollongong City Council, Locked Bag 8821, South Coast Mail Centre, NSW 2521. Corresponding author email: [email protected] Abstract: For the Western Plains of New South Wales, 213 plant communities are classified and described and their protected area and threat status assessed. The communities are listed on the NSW Vegetation Classification and Assessment database (NSWVCA). The full description of the communities is placed on an accompanying CD together with a read-only version of the NSWVCA database. The NSW Western Plains is 45.5 million hectares in size and covers 57% of NSW. The vegetation descriptions are based on over 250 published and unpublished vegetation surveys and maps produced over the last 50 years (listed in a bibliography), rapid field checks and the expert knowledge on the vegetation. The 213 communities occur over eight Australian bioregions and eight NSW Catchment Management Authority areas. As of December 2005, 3.7% of the Western Plains was protected in 83 protected areas comprising 62 public conservation reserves and 21 secure property agreements.
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R P Refer Prop Rral Osed L of D Ac Ction N
DENDROOBIUM MININE - PLAN FORFO THE FUTUREE: COAL FORFO STEELMMAKING DECEMBERB 2016 REFERRAL OF PROPOSED ACTION UNDER THE ENVIRONMENT PROTECTION AND BIODIVERSITY CONSERRVATION ACT, 1999 Referral of proposed action Proposed DENDROBIUM MINE – PLAN FOR THE FUTURE: action title: COAL FOR STEELMAKING 1 Summary of proposed action 1.1 Short description The Dendrobium Mine – Plan for the Future: Coal for Steelmaking (the Action) is an extension to the underground mining areas at the Dendrobium Mine to gain access to additional areas within Consolidated Coal Lease (CCL) 768 and related surface infrastructure and activities. The coal would be extracted using longwall mining methods in the Action underground mining areas (Area 5 and Area 6). The Dendrobium Mine is an existing underground coal mine situated in the Southern Coalfield of New South Wales (NSW) (Figure 1). The Dendrobium Mine is owned and operated by Illawarra Coal Holdings Pty Ltd (Illawarra Coal), a wholly owned subsidiary of South32 Limited (South32). The Dendrobium Mine was determined to be a Controlled Action (EPBC 2001/214) and was subsequently approved on 20 December 2001. The Action, the subject of this referral under the EPBC Act, does not include aspects of the existing and/or approved operations at the Dendrobium Mine (as described further in Section 2.1). 1.2 Latitude and longitude Table 1 Location of the Action Latitude Longitude Location Point Degrees Minutes Seconds Degrees Minutes Seconds 1 -34 19 56.81 150 39 09.14 2 -34 20 27.82 150 42 36.71 3 -34 18 05.16 150 43 07.64 4 -34 18 20.28 150 47 32.31 5 -34 20 14.28 150 47 17.95 6 -34 23 07.18 150 41 07.88 7 -34 22 51.93 150 38 31.01 Location points are presented on Figure 2.
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Customer Service Advice from Telstra
Customer Service Advice from Telstra Delay due to extreme weather events in the Mid North Coast, Northern Rivers, Hunter, Northern Tablelands Districts and parts of the Central Tablelands, and North West Slopes and Plains Districts of New South Wales. The Mid North Coast, Northern Rivers, Hunter, Northern Tablelands Districts and parts of the Central Tablelands, and North West Slopes and Plains Districts of New South Wales were impacted by extreme weather on or about Thursday 18 March 2021 through to Tuesday 23 March 2021. An interruption to Telstra’s normal operations has occurred leading to delays in installation and repair activities. As many as 4,000 Telstra services are impacted in the area bounded by and including, but not limited to, the area starting at starting at Duranbah Beach on the QLD/NSW border following the coastline south past Byron Bay, Port Macquarie and Newcastle to Patonga crossing the Hawkesbury River to Gunyah Point. From Gunyah Point the area turns northeast to Berowra Creek, north to Bucketty, northwest to Wollemi, and north to Merriwa then northeast to Kars Springs. The area heads northwest to Box Ridge, northeast to Pallal, northwest to Gravesend then northeast to Blue Nobby. From Blue Nobby the area heads north to the NSW/QLD border and follows the border easterly past Texas and Mount Lindesay back to Duranbah Beach. All suburbs and towns, off shore islands and coastal areas serviced by Telstra within these boundaries are encompassed. How will this affect you? Unfortunately your service may be affected and we may take longer than normal to fix telephone services or complete connections.
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Approved Conservation Advice for Homoranthus Prolixus
This conservation advice was approved by the Minister / Delegate of the Minister on 3 July 2008 Approved conservation advice (s266B of the Environment Protection and Biodiversity Conservation Act 1999) Approved Conservation Advice for Homoranthus prolixus This Conservation Advice has been developed based on the best available information at the time this conservation advice was approved. Description Homoranthus prolixus, Family Myrtaceae, also known as Granite Homoranthus, is a prostrate spreading shrub that grows 0.3–0.8 m high. Leaves are 3–6 mm long, 0.5–1 mm wide with a tapered tip and dull blue-green colouring. Flowers are yellow to red and occur in groups of 1–6 at the upper part of the branches. There are multi-cellular hairs between the ribs on the flowers’ outer surface (Craven & Jones, 1991; Harden, 2002; DECC, 2005a). Conservation Status Homoranthus prolixus is listed as vulnerable. This species is eligible for listing as vulnerable under the Environment Protection and Biodiversity Conservation Act 1999 (Cwlth) (EPBC Act) as, prior to the commencement of the EPBC Act, it was listed as vulnerable under Schedule 1 of the Endangered Species Protection Act 1992 (Cwlth). Homoranthus prolixus is also listed as vulnerable under Schedule 2 of the Threatened Species Conservation Act 1995 (NSW). Distribution and Habitat Granite Homoranthus occurs in northern NSW in six populations between Inverell and Bendemeer, and is conserved in The Basin Nature Reserve and Goonoowigall Bushland Reserve (Craven & Jones, 1991; NSW NPWS, 2004; Copeland et al., 2007). This species has a localised distribution and the population abundance ranges from frequent to locally abundant.
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Leader of Pedagogy, St Joseph's Primary School, Quirindi Position
Leader of Pedagogy, St Joseph’s Primary School, Quirindi Position Description Each school in the Armidale Diocese has a CSO-funded Leader of Pedagogy. This position was established to assist the Principal and other leaders in the collective work of improving conditions of learning and teaching in the school, this position is a member of the leadership team.The Leader of Pedagogy supports system improvement goals and specific site-based improvement goals reflected in school Annual Improvement Plans. Click here to apply. Applications close 2 November 2020. Position level NSW and ACT Catholic Systemic Schools EA 2017 NSW Teacher Base salary range $63,712 - $112,163 gross per annum (Full-time) (in accordance with the Enterprise Agreement) Coordinator 1 $8,193 gross per annum for a full-time position Allowance Reports to Principal Location St Joseph’s Quirindi Employment type Full-time 1.0 Part-time by negotiation Employment status Permanent teaching role 3 year Leader of Pedagogy contract (renewal subject to successful performance) About St Joseph’s Primary School, Quirindi Our vision at St Joseph’s Quirindi, is to be an authentic & inclusive Catholic Professional Learning Community which fosters school, parish and community engagement. We have a genuine focus on learning. We believe every student can achieve to a high standard given the right learning opportunities and support. Teachers plan lessons according to the needs of the students and keep accurate data on each student’s learning growth. We encourage parents to be involved in their child’s learning through regular formal and informal contact with teachers. Each year we have two 3 Way Student Learning Conferences; where the students lead the conversation on how they are going with their learning.
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Michael, DR, Blanchard, W., Scheele, BC and Lindenmayer, DB
This is the peer reviewed version of the following article: Michael, D. R., Blanchard, W., Scheele, B. C. and Lindenmayer, D.B. (2018) Comparative use of active searches and artificial refuges to detect amphibians in terrestrial environments, Austral Ecology, Vol. 44 Issue. 2, Pp. 327-338; which has been published in final form at https://doi.org/10.1111/aec.12677 This article may be used for non-commercial purposes in accordance with Wiley Terms and Conditions for Self-Archiving. Comparative use of active searches and artificial refuges to detect amphibians in terrestrial environments. DAMIAN R. MICHAEL, 1, 2, 3 * WADE BLANCHARD,1 BEN C. SCHEELE, 1, 2 AND DAVID B. LINDENMAYER1, 2, 3 1Fenner School of Environment and Society, The Australian National University, Canberra, ACT, 2601, Australia (Email: [email protected]), 2National Environmental Science Program, Threatened Species Recovery Hub, The Australian National University, Canberra, ACT, 2601, Australia. 3Sustainable Farms, Fenner School of Environment and Society, The Australian National University, Canberra, ACT, 2601, Australia. *Corresponding author: Damian R. Michael Email: [email protected], Mobile: 0427 770 595 Abstract Artificial refuges (cover boards) are commonly used to survey and monitor herpetofauna in many parts of the world. Despite the extensive use of artificial refuges in mesic environments, their effectiveness for detecting amphibians in temperate zones has rarely been examined. We compared amphibian detection probabilities between two survey methods; active searches of natural habitat and artificial refuges of three different types (corrugated steel, roofing tiles and timber railway sleepers). Our study area included five bioregions encompassing a 1,180 km latitudinal gradient across a modified, temperate eucalypt woodland vegetation community in south-eastern Australia.
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Farming Systems in the Northern Cropping Region of NSW: an Economic Analysis
Farming Systems in the Northern Cropping Region of NSW: An Economic Analysis J. Fiona Scott Economist, NSW Department of Primary Industries, Tamworth Robert J. Farquharson Research Scientist (Economics), NSW Department of Primary Industries, Tamworth John D. Mullen Principal Research Scientist NSW Department of Primary Industries, Orange Economic Research Report No. 20 September 2004 ii NSW Department of Primary Industries 2004 This publication is copyright. Except as permitted under the Copyright Act 1968, no part of the publication may be reproduced by any process, electronic or otherwise, without the specific written permission of the copyright owner. Neither may information be stored electronically in any way whatever without such permission. Abstract This report presents a description of the northern cropping region of NSW and of several identifiable crop-based dryland farming systems therein. Six whole-farm budgets are described based on subregional characteristics and the related farming systems. They include agronomic and agricultural production characteristics as technical parameters in a transparent financial framework, and use a computer spreadsheet format to allow analysis of alternative technologies and management scenarios. Alternative crop rotations in a whole-farm context were compared, relating to six sub-regions in northern NSW. Keywords: farming systems, whole farm budgeting, NSW, crop rotations JEL Code: Q160 ISSN 1442-9764 ISBN 0 7347 1593 5 Authors’ Contact: Fiona Scott, NSW Department of Primary Industries, Tamworth Agricultural Institute, RMB 944, Tamworth, NSW 2340 Telephone (02) 6763 1156; Facsimile (02) 6763 1222 E-mail: [email protected] Bob Farquharson, NSW Department of Primary Industries, Tamworth Agricultural Institute, RMB 944, Tamworth, NSW 2340 Telephone (02) 6763 1194; Facsimile (02) 6763 1222 E-mail: [email protected] John Mullen, NSW Department of Primary Industries, Locked Bag 21, Orange.
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