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to assess the impacts of implementing efficiency-based methane mitigation strategies on smallholder dairy livelihoods and the potential for environmental rebound effect tradeoffs. They will work with a team
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abatement curves for H2 emissions. In particular, we are interested in (a) quantifying the social cost of H2 emitted into the atmosphere, and (b) understanding the marginal greenhouse gas emissions associated
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Associate in Dairy Cattle Biology to focus on evaluating the effects of novel feed additive technology on milk production efficiency and enteric methane emissions. The Postdoctoral Associate will join a
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environmental impacts (e.g., greenhouse gas emissions and impacts to air and water quality). Interest in spatially explicit environmental impact assessments at regional and local scales. Proficiency in R, Python
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environmental impacts (e.g., greenhouse gas emissions and impacts to air and water quality). Interest in spatially explicit environmental impact assessments at regional and local scales. Proficiency in R, Python
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on a quantitative basis (Higgs et al., 2012). In addition, the ability to predict methane production by lactating and growing cattle was incorporated (Van Amburgh et al., 2015) and this capability has