Syrinx, with TPG Place Match, has been appointed by the Department of Biodiversity, Conservation and Attractions (DBCA) to develop a Precinct Plan to guide the future use and management…
Syrinx Environmental Delivers Keynotes at 10th International Conference on Water Sensitive Urban Design & Hydropolis. 12 -15 February 2018 – Perth, Western Australia Syrinx representatives recently delivered two keynotes…
Sue’s expertise lies within all aspects of natural area maintenance. With her strong focus on constructed wetlands and experience in weed identification and control, nursery coordination, plant procurement, wetland…
Syrinx Environmental recently learnt of a proposal to construct a road through the wetland system at Wharf Street. If built, the proposed road will cut right through the…
The Burnie Waste Management Centre (BWMC) Leachate Treatment Wetland project won the Sustainable Remediation Project Award at last night’s ALGA Annual Industry Excellence Awards. Delivered for Burnie City…
Thomas Schwarten, one of Syrinx’s Associate Directors, gave a presentation a couple of weeks ago as part of the Australian Regional Development Conference in Coffs Harbour. The presentation…
Paul Verity, Syrinx’s Senior Landscape Architect / Urban Designer AILA, will be giving a presentation on the Greater Curtin Living Knowledge Stream’s integrated research and design process at the 10th…
Despite the drizzling sky, Syrinx was delighted to join students of UWA’s 3rd Year Bachelor of Landscape Architecture Plants and Landscape Systems Unit on a wander around Wharf…
The DLT is a cost effective, robust and easily maintained gross pollutant trap. The DLT series is a range of small to medium sized gross pollutant traps that assist in the effective capture and removal of litter and other debris from piped stormwater systems.
The Syrinx Shade Structure is a simple shade solution that’s highly resilient and readily adaptable. Aesthetically stimulating and highly dynamic, the product fills a gap in the Australian and international markets, which have shown a lack of choice for flexible shade systems that can be configured to provide effective coverage in large or small spaces.
