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The A genomic strategy to identify archaeal viruses in the rumen project used sequence analysis to investigate viral populations in bovine rumen fluid. Summary Phage therapy is becoming increasingly important […]
The A marginal abatement cost analysis of practice options related to the NLMP program project compared expected greenhouse gas (GHG) mitigation and financial returns for practice options examined as part […]
The Archaeaphage therapy to control rumen methanogens project investigated developing a library of phages (bacterial viruses) capable of combating dominant rumen methanogens, to help reduce methane emissions from extensive livestock in Australia. For more
The Best choice shrub and inter-row species for reducing methane emissions project investigated selecting intensity shrubs and pasture species for their nutritive value and anti-methanogenic bioactivity. To learn more please […]
On-farm practices with potential to improve the methane emissions intensity of cattle production and increase carbon stored in soil and vegetation were identified, demonstrated and evaluated in six regions across […]
The Climate Clever Beef project aimed to help the beef industry deal with the impact of climate change and manage greenhouse gas emissions while improving business resilience. For more information, […]
The Comparative analyses of rumen microbiomes to mitigate ruminant methane and improve feed utilisation project investigated the variation in rumen microbial populations and the difference between low and high residual […]
The Development of algae based functional foods for reducing enteric methane emissions from cattle project investigated using marine and freshwater macro algae as alternative protein and energy sources in ruminant […]
The Development of gas selective membranes for intra-ruminal capsules project successfully produced nanostructured gas selective membranes for intra-ruminal capsules, as well as for protecting any field gas sensing measurement systems. […]
Dung beetles play an important role in agriculture by burying and consuming dung that leads to improved nutrient cycling, improved soil structure and reducing habitats for flies being just a […]
