DoctorTory Clarke

Project Total: $280,000; This integrated research program combines the applied trial framework of Ocean2Earth (O2E), the independent, multi-site validation approach led by Deakin University, and the systems-based research capability of the Tasmanian Institute of Agriculture (TIA) to rigorously evaluate marine-derived fertiliser and soil amendment products across key agricultural systems. The primary aim is to determine whether these products can maintain or improve productivity, product quality and nutrient-use efficiency while reducing reliance on synthetic fertilisers and contributing to improved soil function and environmental performance. Funded by: Marine Bioproducts CRC - MBCRC Grant ($210,000); University of Tasmania ($70,000).

Project Total: $461,730; The Zero Net Emissions Agriculture Cooperative Research Centre (ZNE Agriculture CRC) aims to transition Australian agriculture to net-zero, healthy, resilient, and profitable food systems by 2040. The Tasmanian Institute of Agriculture (TIA), a partner in the CRC, will establish an Australian-first Zero Emissions Horticulture Demonstration Farm at the Tasmanian Vegetable Research Facility (TVRF). This real-world farm will showcase alternative input strategies that reduce emissions while maintaining productivity. By challenging the perception that emission reduction is costly, the project will demonstrate to industry that sustainable zero-emission farming can drive growth. The farm will feature innovative practices to optimise nitrogen utilisation and carbon sequestration. This five year $462,145 project will employ replicated in-field trials to compare input approaches, showcasing viable solutions for a zero-emissions future. Funded by: Department of Natural Resources and Environment Tasmania ($461,731); University of Tasmania ($72,126).

Project Total: $14,588; This project aims to test and validate the use of a hand-held chlorophyll fluorescence meter (the MultispeQ) for predicting pasture plant health, productivity, and nutritional value through non-destructive rapid leaf sampling of pasture species in the field. Funded by: AW Howard Memorial Trust - Grant-Early Career Researchers ($14,588); University of Tasmania.