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The International Livestock Research Institute (ILRI )

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Post Doctoral Scientist - Ruminant Nutrition & Enteric Methane Emissions

Nairobi, Kenya

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Post Doctoral Scientist - Ruminant Nutrition & Enteric Methane Emissions

Closing: Mar 22, 2024

This position has expired

Published: Mar 8, 2024 (21 days ago)

Job Requirements

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Job Summary

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This position will be based at the Mazingira Centre, a leading research facility renowned for its work in environmental research in livestock systems in Sub-Saharan Africa (visit https://mazingira.ilri.org/ or https://twitter.com/Mazingira_ILRI for more information). The successful candidate will have the opportunity to work in a dynamic, multidisciplinary team and contribute significantly to sustainable livestock research in Sub-Saharan Africa.

This position requires a proactive, collaborative, and research-driven individual who can contribute significantly to our understanding of GHG emissions in ruminant systems and engage effectively with a diverse team of experts.

The ideal candidate will be responsible for measuring enteric methane emissions using advanced techniques such as respiration chambers and the SF6 tracer method.

The focus of the research will be on helping to establish enteric emission baselines and developing mitigation strategies, with the overarching goal of reducing methane emissions while increasing animal productivity. These efforts are crucial for limiting the impact of livestock production on climate change and ensuring the food and economic security of local communities in the Global South.

Candidates should demonstrate a strong background in ruminant nutrition and enteric emissions, including proficiency in enteric methane measurement techniques. We encourage applications from researchers who are eager to make a difference in the field of sustainable agriculture and environmental conservation. 

Requirements

  • A PhD in Ruminant Nutrition, Animal Physiology, or a closely related discipline, with a specialized focus on enteric methane emissions.
  • Demonstrated experience in studying enteric methane emissions in ruminant systems through controlled animal experiments.
  • Proven ability to design, conduct, and analyze animal experiments to deepen understanding of enteric methane emission and mitigation strategies.
  • Strong track record of writing and publishing scientific papers, as well as developing and delivering presentations for conferences and workshops. Experience in creating additional communication products such as research and policy briefs, emphasizing the implications of research findings for GHG emissions and nutrient management.
  • Experience in contributing to and initiating new research projects, including grant and proposal writing.
  • Demonstrable experience in collaborating and sharing results with an interdisciplinary research team.
  • Experience in co-supervising PhD and MSc students, and providing guidance to research technicians.
  • This position requires a candidate with a strong background in research, particularly in ruminant nutrition and enteric methane emissions, and the ability to effectively collaborate with a diverse team of specialists.
  • An understanding of smallholder livestock production systems in developing countries, with a focus on mixed crop-livestock and/or grassland-based systems, is beneficial.
  • Prior experience in living or working in a low- and middle-income  country, particularly in East Africa, is valued.
  • Language skills in Swahili or French are considered advantageous.
Responsibilities

This position will be based at the Mazingira Centre, a leading research facility renowned for its work in environmental research in livestock systems in Sub-Saharan Africa (visit https://mazingira.ilri.org/ or https://twitter.com/Mazingira_ILRI for more information). The successful candidate will have the opportunity to work in a dynamic, multidisciplinary team and contribute significantly to sustainable livestock research in Sub-Saharan Africa.

This position requires a proactive, collaborative, and research-driven individual who can contribute significantly to our understanding of GHG emissions in ruminant systems and engage effectively with a diverse team of experts.

The ideal candidate will be responsible for measuring enteric methane emissions using advanced techniques such as respiration chambers and the SF6 tracer method.

The focus of the research will be on helping to establish enteric emission baselines and developing mitigation strategies, with the overarching goal of reducing methane emissions while increasing animal productivity. These efforts are crucial for limiting the impact of livestock production on climate change and ensuring the food and economic security of local communities in the Global South.

Candidates should demonstrate a strong background in ruminant nutrition and enteric emissions, including proficiency in enteric methane measurement techniques. We encourage applications from researchers who are eager to make a difference in the field of sustainable agriculture and environmental conservation. 

Requirements

  • A PhD in Ruminant Nutrition, Animal Physiology, or a closely related discipline, with a specialized focus on enteric methane emissions.
  • Demonstrated experience in studying enteric methane emissions in ruminant systems through controlled animal experiments.
  • Proven ability to design, conduct, and analyze animal experiments to deepen understanding of enteric methane emission and mitigation strategies.
  • Strong track record of writing and publishing scientific papers, as well as developing and delivering presentations for conferences and workshops. Experience in creating additional communication products such as research and policy briefs, emphasizing the implications of research findings for GHG emissions and nutrient management.
  • Experience in contributing to and initiating new research projects, including grant and proposal writing.
  • Demonstrable experience in collaborating and sharing results with an interdisciplinary research team.
  • Experience in co-supervising PhD and MSc students, and providing guidance to research technicians.
  • This position requires a candidate with a strong background in research, particularly in ruminant nutrition and enteric methane emissions, and the ability to effectively collaborate with a diverse team of specialists.
  • An understanding of smallholder livestock production systems in developing countries, with a focus on mixed crop-livestock and/or grassland-based systems, is beneficial.
  • Prior experience in living or working in a low- and middle-income  country, particularly in East Africa, is valued.
  • Language skills in Swahili or French are considered advantageous.

Study of Enteric Methane Emissions and Nutrient Flows:

  • Conduct comprehensive studies on enteric methane emissions in ruminant systems through controlled animal experiments.

Design and Analysis of Animal Experiments:

  • Design, implement, and analyze animal experiments aimed at understanding enteric emissions in ruminant systems in Africa.

Research Dissemination:

  • Write and publish scientific papers in reputable journals.
  • Prepare presentations for conferences and workshops.
  • Develop various communication products including research briefs, policy briefs, etc., to describe research findings and their implications for livestock GHG emissions and nutrient management.

Contribution to Future Research Initiatives:

  • Actively contribute to and initiate future research projects.
  • Engage in grant and proposal writing, interact with potential donors and investors, and mobilize resources for research activities.

Interdisciplinary Collaboration:

  • Work closely and share results with an interdisciplinary team, including researchers specializing in biogeochemistry, modelling, social sciences, gender studies, rangeland ecology, and other related fields.

Supervision and Mentorship:

  • Co-supervise PhD and MSc students, providing guidance and support in their research endeavors.
  • Offer mentorship and direction to research technicians involved in the project.

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