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Regional Fiano
REGIONAL FIANO WINE Regional Fiano VINTAGE 2018 REGION Margaret River VARIETY Fiano ANALYSIS Alcohol 13.5%, pH 3.26, TA 6.7 g/L VINTAGE & WINEMAKING NOTES The 2018 vintage was moderate, mild and a good year to grow Fiano in Margaret River. Rainfall in early January renewed canopies across the region and resulted in beautifully ripe, varietally pure wines that are brimming with perfect, delicate, natural acidity. This select parcel of Margaret River Fiano was harvested in the cool night and transported to Millbrook in the early hours of the morning. The fruit was gently pressed taking only the pure free-run juice, before racking from any solids. Fermentation was carried out at cool temperatures in stainless steel to retain freshness, with a select yeast strain chosen to enhance the varietal expression of this Southern Italian variety. This wine underwent minimal fining and filtration prior to being bottled. TASTING NOTES Colour Brilliant pale lemon. Aroma Lifted lemon, pear and green apple skin with lovely floral, spice and honey notes. Palate A dry, crisp and clean expression of Fiano, showing pear and green apple notes with a twist of fresh lemon zest. Beautifully textural, with good length and an interesting, almost saline edge. CELLARING Enjoy now, lightly chilled. MILLBROOK.WINE | | REGIONAL RANGE The Millbrook Regional range highlights the quality and diversity of Western Australia’s wine regions. Millbrook’s winemakers have identified specific regions best suited to the varieties in the range in order to make expressive, vibrant and varietally pure wines, which perfectly match a range of cuisines. PERTH HILLS Located in the historic town of Jarrahdale in the Perth Hills wine region, Millbrook Winery is PERTH a multi-award winning, boutique vineyard, farm, Jarrahdalrrahd e orchard, restaurant and winery. -
Wooroloo Bushfire Recovery Newsletter July 2021
WOOROLOO BUSHFIRE RECOVERY NEWSLETTER JULY 2021 THE STATE RECOVERY COORDINATION GROUP Contents HAS BEEN ESTABLISHED TO COORDINATE • Introduction 1 EFFORTS TO HELP ALL RESIDENTS AFFECTED BY • Message from the State THE WOOROLOO BUSHFIRE OF FEBRUARY 2021. Recovery Controller 2 • On the ground support 2 Led by State Recovery Controller Dr Ron Edwards and supported by the Department of Fire and Emergency Services, the group includes • Complex clean-up 3 representatives from State Government departments, the City of Swan, the Shire of Mundaring, and not-for-profit groups. The intent of the group is to • Operation woods 3 work together to support fire-affected residents through the recovery process. • Financial assistance 4 Eighty-six homes in the City of Swan and Shire of Mundaring were destroyed in the fire and many more properties were damaged, while essential services • Lesson in recovery 4 were disrupted and social networks affected, leaving many people in need of support. The recovery effort includes the physical clean-up of fire-impacted properties and the removal of rubble, the provision of emergency and ongoing accommodation to residents who have lost their homes and possessions, and the directing of financial relief. It also involves connecting people with other services to help with their physical, mental and emotional wellbeing in the months ahead. All levels of government, not-for-profit groups and the Western Australian community have committed considerable resources to the clean-up and rebuilding effort. The State Recovery Coordination Group will ensure these resources are well-utilised and affected residents get what they need to start the long recovery process. -
Environmental Values, Flow Related Issues and Objectives for the Upper
Environmental values, flow related issues and objectives for the Canning River, Western Australia From the Canning Dam to Kent St Weir Department of Water Environmental Water Report Series Report No. EWR5 May 2007 Environmental Water Report No. 5 Canning values and issues report Department of Water 168 St Georges Terrace Perth Western Australia 6000 <www.water.wa.gov.au> Telephone +61 8 6364 7600 Facsimile +61 8 6364 7601 For more information contact: Laurence Radin Water Resource Division, Department of Water PO Box K822 Perth Western Australia 6842 Acknowledgements This report was prepared by: Laurence Radin, Kylie La Spina, Mike Braimbridge and Ben Malseed, Environmental Water Planning. Comments on the early draft by Dr Andrew Storey are greatly appreciated as are contributions made throughout the project by Dr Storey. The assistance and advice provided by Mark Pearcey and others from the Department of Water, Surface Water Hydrology group is also acknowledged and appreciated. ISSN 1833-6582 (pbk.). Printed on recycled paper. May, 2007 Subject of cover photograph Freshwater cobbler (Tandanus bostocki) Department of Water ii Environmental Water Report No. 5 Canning values and issues report Contents Contents......................................................................................................................iii Summary..................................................................................................................... v 1 Introduction .............................................................................................................1 -
Connection Is Dependent on Further Development in the Hills That Is Currently Not Planned
SUBMISSION FROM SALLY BLOCK RE. PETITION No. 54-GIDGEGANNUP URBAN PRECINCT We confirm that we have nottaken our complaint to the Parliamentary Commission for Administrative Investigations. We urge the Committee to investigate this matter further. This development is unique in Western Australia and has the potential to change the nature and amenity of the Perth Hills. There are significant complex issues and a high level of inter-governmental coordination and private sector clarity is necessary. Further enquiry could contribute to this process greatly. The North Eastern Hills Settlement Pattern Plan (NEHSPP) was workshopped over a lengthy period encompassing both the community and Government to ensure that the recommendations would preserve the "Hills Lifestyle". To this end the recommendation was made that three small Townsites would appearthe most appropriate developments in the North Eastern Hills, with total populations in the order of 4000 people. A large townsite was deemed unsuitable given the potential of such a townsite to impact on the "Hills Lifestyle". The Gidgegannup townsite area was just over 200 ha. The proposed area has now expanded to 296.6 ha with a possible second stage to increase the area to 429 ha. The number of lots has been set at 1500 or more dependent on what is needed to fund infrastructure requirements. The impact of the water pipeline to service this proposed development could also have a significant effect on the Hills villages through which it passes in terms of development that is not currently planned. The community does in fact welcome development of our Townsite, justthat it should be appropriate development conforming to our planning documents that have been in place for many years and have had considerable inputfrom the community. -
Groundwater Information for Management in the Upper Canning
GROUNDWATER INFORMATION FOR MANAGEMENT OF THE UPPER CANNING SOUTHERN WUNGONG CATCHMENT Salinity and Land Use Impacts Series Upper Canning Southern Wungong Catchment SLUI 14 GROUNDWATER INFORMATION FOR MANAGEMENT OF THE UPPER CANNING SOUTHERN WUNGONG CATCHMENT by R. A. Smith, R. Shams and A. M. Waterhouse Resource Science Division Water and Rivers Commission WATER AND RIVERS COMMISSION SALINITY AND LAND USE IMPACTS SERIES REPORT NO. SLUI 14 OCTOBER 2002 i Upper Canning Southern Wungong Catchment SLUI 14 Salinity and Land Use Impacts Series Acknowledgments The authors acknowledge help and advice from; The Advisory Committee (below) to the Swan Hydrogeological Resource Base and Catchment Interpretation Project Department Representative Agriculture Western Australia Gerry Parlevliet Conservation and Land Management Rob Towers Community Peter Murray (Chair) CSIRO Dr John Adeney Edith Cowan University Dr Ray Froend Environmental Protection Authority Wes Horwood, Jane Taylor Local Government Authority Mick McCarthy, Veronica Oma Ministry for Planning David Nunn, Marie Ward, Alan Carman-Brown Swan Catchment Centre Peter Nash Swan River Trust Dr Tom Rose, Declan Morgan, Adrian Tomlinson Mr Ken Angel (Agriculture Western Australia), Mr Robert Panasiewicz (formerly Water and Rivers Commission), and Mr Syl Kubicki (formerly Water and Rivers Commission). Recommended Reference SMITH, R. A., SHAMS, R., and WATERHOUSE, A. M., 2002, Groundwater information for management in the Upper Canning Southern Wungong catchment: Western Australia, Water and Rivers -
Water Authority Next Major Public Water Supply Source For
6 Water Authority Next Major Public Water Supply Source for Perth (post 1992) Environmental Review and Management Programme Stage 1: Evaluation of Alternatives Supporting Document Next Major Water Supply Source for Perth Preliminary Assessment of Social/Recreational Impacts ti111111111111111111111111111111111111111111111111111 Feilman Planning Consultants 901 328/4 February 1987 ent of Environmental Protection Library 'ThOrnTY 6 Water Authority of Western Australia WATER RESOURCES DIRECTORATE Water Resources Planning Branch Next Major Public Water Supply Source for Perth (post 1992) Environmental Review and Management Programme Stage 1: Evaluation of Alternatives Supporting Document Next Major Water Supply Source for Perth Preliminary Assessment of Social/Recreational Impacts Published by the Water Authority of Western Australia John Tonkin Water Centre ISBN for complete set of 7 volumes 629 Newcastle Street 0 7309 1724 X Leederville WA 6007 ISBN for this volume 0 7309 1727 4 Telephone: (09) 420 2420 February 1987 This report is published by the Water Authority of Western Australia as a technical supporting document to the Environmental Review and Management Programme, Stage 1 report titled 'Next Major Public Water Supply Source for Perth (post 1992)'. The document published withm these covers isacopy of the Consultant's report to the Water Authority. As such, the Consultant is responsible for the accuracy of the information and statements contained in the report which constitutes specialist technical advice to the Authority. The Water -
Eastlink WA Perth to Northam
PROJECT OVERVIEW JUNE 2021 EastLink WA Perth to Northam EastLink WA will transform Perth’s transport network with significant upgrades to Reid and Roe Highways, and an upgraded and new route to Northam. The project is currently in the planning and development phase. Planning and development is underway What is EastLink WA? EastLink WA includes: EastLink WA is a culmination of more than 40 years of • Reid Highway upgrades between Tonkin road planning activities for the north-eastern corridor Highway and Great Northern Highway. of the Perth metropolitan area and Wheatbelt region, comprising several separate projects that have • Roe Highway upgrades between Great undergone different levels of planning and Northern Highway and Clayton Street in development. Bellevue. Together, these projects make up a proposed 80+ • Proposed new section of the Perth Adelaide kilometre stretch of road between Reid Highway and National Highway (PANH) (also referred to as Northam. Once completed, EastLink WA will form the the Orange Route) between Roe Highway / start of the Perth Adelaide National Highway (PANH). Toodyay Road intersection and Great Eastern Highway at the town of Northam. What is happening now? • Provide a safer and more efficient driving The EastLink WA Project is currently in the planning environment from Perth to Northam, through and development phase. bridged intersections and a dual carriageway which will allow road users to travel at a Main Roads has engaged the GHD and BG&E Joint consistent speed. Venture to form the EastLink WA Integrated Project Team (IPT), to undertake the planning studies, design • Provide travel time savings from Perth to refinement and project scoping to produce preliminary Northam of approximately 13 minutes (off designs for the route. -
A Review of Knowledge on the Effect of Key Disturbances on Aquatic Invertebrates and Fish in the South-West Forest Region of Western Australia
A Review of Knowledge on the Effect of Key Disturbances on Aquatic Invertebrates and Fish in the South-west Forest Region of Western Australia By P. Horwitz1, E. Jasinska 1, E. Fairhurst2 and J.A. Davis2 1 Centre for Ecosystem Management, Edith Cowan University, Joondalup, Western Australia 6027 2 School of Biological Science, Murdoch University, Murdoch, Western Australia 6150 A Report Prepared for ENVIRONMENT AUSTRALIA Environment Forest Taskforce October 1997 1 1. INTRODUCTION, RATIONALE AND APPROACH The present report is a review of the knowledge of the effects of key disturbances on the aquatic invertebrates and fish in the south-west forest region of Western Australia. The aims of the review were to: A) review and collate all available information on the impact of disturbances, including single and multiple disturbance effects, on species and communities of aquatic macroinvertebrates and fish; B) where information is available, describe the recovery of species and communities from the disturbance and identify management actions which will ameliorate the negative impacts of disturbances on species and communities; C) where appropriate, provide summary statements of the best available knowledge; D) identify gaps in knowledge on the subject of impacts of disturbances and recommend directions for future research; E) provide recommendations for the management of aquatic invertebrates and fish with regard to each disturbance type. The area/region covered by this review includes the high rainfal region of south-west Australia, principally that area defined for the Regional Forest Agreement (the bioregions of Jarrah and Warren). This review also draws on information which has been compiled for locations adjacent to these two bioregions, for the following reasons: • similar threatening processes are likely to be operative both outside and inside these bioregions; • forests occur outside these two bioregions (for instance tuart forests and pine forests), and • populations of species may occur across the nominal bioregional boundaries. -
Spatial Analysis of Climate in Winegrape Growing Regions in Australia
Hall and Jones Climate in winegrape growing regions in Australia 389 Spatial analysis of climate in winegrape-growing regions in Australia_100 389..404 A. HALL1,2 and G.V. JONES3 1 National Wine and Grape Industry Centre, Charles Sturt University,Wagga Wagga, NSW 2678, Australia 2 School of Environmental Sciences, Charles Sturt University, PO Box 789, Albury, NSW 2640, Australia 3 Department of Environmental Studies, Southern Oregon University,Ashland, OR 97520, USA Corresponding author: Dr Andrew Hall, fax +61 2 6051 9897, email [email protected] Abstract Background and Aims: Temperature-based indices are commonly used to indicate long-term suitabil- ity of climate for commercially viable winegrape production of different grapevine cultivars, but their calculation has been inconsistent and often inconsiderate of within-region spatial variability. This paper (i) investigates and quantifies differences between four such indices; and (ii) quantifies the within-region spatial variability for each Australian wine region. Methods and Results: Four commonly used indices describing winegrape growing suitability were calculated for each Australian geographic indication (GI) using temperature data from 1971 to 2000. Within-region spatial variability was determined for each index using a geographic information system. The sets of indices were compared with each other using first- and second-order polynomial regression. Heat-sum temperature indices were strongly related to the simple measure of mean growing season temperature, but variation resulted in some differences between indices. Conclusion: Temperature regime differences between the same region pairs varied depending upon which index was employed. Spatial variability of the climate indices within some regions led to significant overlap with other regions; knowledge of the climate distribution provides a better understanding of the range of cultivar suitability within each region. -
Perth Hills Map 2021
experienceperthhills.com.au 1 2 3 4 5 6 7 8 9 GETTING THERE WINERIES, CIDERIES & BREWERIES 1 Dingo Brewery D3 12 Myattsfield Vineyards F4 1 Although covering a vast area, the Perth Hills Region is 2 Malmalling Vineyard C4 13 Fairbrossen Wines F4 2 3 Lion Mill Vineyards D6 14 Tonon Vineyard & Winery F4 Toodyay Rd mostly within a half to one hour drive from the Rd 4 Aldersyde Estate E4 15 Carmel Cider Co. F4 Clenton Perth City. Travelling by car is the easiest way to see and A Walyunga 5 Carldenn Homestead Wines F4 16 CORE Cider House G5 National Park Berry Rd experience this beautiful countryside however let us 6 Ashley Estate Winery F4 17 La Fattoria Perth Hills G5 7 Packing Shed @ Lawnbrook F4 18 Naked Apple Cider H4 F R Berry Bailup Rd share some alternative options! Why not take a day tour Reserve Berry Rd Woondowing 8 Brookside Vineyard F4 19 Roleystone Brewing Co. H4 Nature Reserve and take the driving hassle out of your day? ... especially 9 Hainault Vineyard & Cafe F5 20 King Road Brewery K2 Bailup if your trip involves sampling some locally made wine! 10 Plume Estate Vineyard F4 21 Millbrook Winery L4 Burma Rd Reserve Rd 11 Cosham Wines F4 Burma Rd 3 Hawke Ave If you are planning to self drive, the Perth Hills is GIDGEGANNUP Bailup Rd 1 Werribee Rd teeming with awe inspiring scenic drives. Roads are B HISTORIC PUBS & TAVERNS Rd wide and easy to drive, and Western Australia observes 4 Lilydale 1 Werribee Reen Rd 2 the same driving rules as the rest of Australia; vehicles 1 Noble Falls Tavern B6 8 Sawyers Valley Tavern D6 Rd #helloperth Rd O’Brien Rd 2 The Chidlow Tavern C7 9 Mundaring Weir Hotel E5 Toodyay Rd Wooroloo HWY Kwolyinine travel on the left hand side of the road. -
Perth Hills Mandurah Peel Avon Valley
R O Chidlow L Lake A Zia Park LESCHENAULTIA N Tavern HWY D Leschenaultia ERN SOUTH Equestrian Centre GREAT R Karakamia CONSERVATION D S T Wildlife Sanctuary SWAN VALLEY O N RESERVE CHIDLOW El Caballo Lifestyle Oak Park PERTH HILLS Chalets on E AVON VALLEY N JOHN FORREST V Mount Helena Villages & Resort Reserve 0 5km 10km I Malmalling Vineyard Stoneville L Tavern L NATIONAL PARK E Jarrah Creek B&B Y Gwen’s Retreat R W D H JOHN FORREST MT HELENA EAT EASTERN Forsyth’s Mill GR RD NATIONAL PARK Y PARKERVILLE Lion Mill YA Includes a scenic drive, Swan Hillborne LAKE LESCHENAULTIA D BOLGART O View Tunnel, Eagle View Walk STONEVILLE Cottage This 168-hectare bush land is famous for its terrific TO (WA’s oldest national park) See detailed map SAWYERS canoeing, swimming, cycling and barbecuing Y Railway Reserves Parkerville facilities. Hosts a variety of native tress, wildflowers GOOMALLING W Heritage Trail Tavern VALLEY H Sawyers Valley and Australian wildlife. You can hire canoes, and at Wootra Farm B&B N (40km loop) R Inn Mahogany Grower’s Market the campsite there are showers, a camp kitchen, E H T Creek Country Living Shop powered sites and laundry facilities. OR Hovea Ridge Cottage MUNDARING N N HWY AT STER JULIMAR STRIP GRE GREAT EA MUNDARING KSP Writers’ Centre M Drive along Julimar Road for some U With one third of the Shire’s area classified BEELU NATIONAL PARK N MIDLAND Mundaring DA The Goat Farm RD R as State Forest and a bountiful selection of This park is known for its plethora of recreational Orchard Glory great wineries, restaurants, olive oil T MAS Eco Stay I HO N BELLEVUE G walk and cycle trails, including six of the sites from Fred Jacoby Park, to North Ledge, to Farm Resort producers, pottery studios, homesteads GREENMOUNT Railway Reserves W GLEN and luxury retreats. -
The Effects of Freshwater Flows and Salinity on Phytoplankton Biomass and Composition in an Urban Estuary, the Swan River, Western Australia
preprint – 1 of 7 The Effects of Freshwater Flows and Salinity on Phytoplankton Biomass and Composition in an Urban Estuary, The Swan River, Western Australia D. P. Hamilton, T. U. Chan, B. J. Robson and B. R. Hodges1 Centre for Water Research, The University of Western Australia, Nedlands, WA 6907, Australia ABSTRACT Estuarine residence times regulate not only biomass, but also phytoplankton succession. In the Swan River estuary, Western Australia, dinoflagellate and marine diatoms tend to dominate during periods of low flow and high residence times, whereas the faster-growing freshwater diatoms and chlorophytes are associated with higher flow rates. Modifications to the estuary and its catchment area over the last century have considerably reduced residence times and may favour dinoflagellate and marine diatom dominated populations. Anecdotal evidence also suggests a greater regularity of summer blooms dominated by these groups in recent years. INTRODUCTION A number of factors make estuaries particularly vulnerable to eutrophication and algal blooms. First, human populations tend to proliferate around estuary margins, often leading to increases in land disturbance and nutrient inputs (Boynton et al., 1992). For example, Australia's geographic demography is associated with high concentrations of population along coastal land margins relative to inland areas and the arid interior in particular. Estuaries are sometimes considered to be the terminal repository for much of the sediment and nutrients derived from terrestrial sources via tributary inflows. They may therefore act to filter sediments and nutrients from inputs to adjoining coastal systems, provided that processes of burial and immobilisation of nutrients are maintained (Fisher et al., 1988).