This project aims to understand the direct and indirect impacts of tracks and traffic on invasive species and erosion in agricultural landscapes, and resulting in guidelines.
28 September, 2012
This project aims to understand how to design farms for a new mixed land use. This study will provide design principles and practices that optimise farm and gas infrastructure and operations, minimising negative impacts and maximising benefits.
27 September, 2012
This project aimed to understand how farmers from a range of production systems (extensive grazing to intensive cropping) perceive and value CSG developments on their and others’ farms. The result provided information that assists farmers and developers to negotiate means of co-existence that maximise benefits and minimise social and economic costs.
22 September, 2012
This project will assist in the preservation of agricultural productivity during land use change. The study will result in developing methods for most equitably and/ or cost-effectively preserving agricultural productivity.
21 September, 2012
Studying how sediments from dredging and discharges affect seagrass and turtles. This report quantified the risks to turtle populations from dredging and increased boat traffic.
3 August, 2012
This project aimed to characterise the baseline geochemistry of groundwater and formation water prior to and during initial stages of development to understand groundwater age and origin. This resulted in baseline measures of groundwater quality and protocols for monitoring changes in groundwater quality, during and after development.
29 June, 2012
This project aimed to determine the feasibility of large scale re-injection schemes. The outcomes include models that assess the feasibility of large re-injection schemes and predict how re-injection may reduce impacts from CSG development.
28 June, 2012
To understand, quantify and manage clogging of injection wells during re-injection of CSG water permeates, brines and blends. The final report outlines strategies to manage clogging of re-injection wells to maximise re-injection volumes.
This project looked to understand and quantify aquifer reactions occurring due to re-injection of CSG water, and their impacts on water quality. This resulted in methods for predicting water quality changes resulting from CSG water re-injection.
27 June, 2012
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