情色五月天

Areas of expertise

• Biomass and Waste
• Nanotechnology
• Soil
• Soil Analysis
• Soil Resources

Background

Dr Mark Pawlett is a Principal Research Fellow in Soil Biology with a strong background in understanding soil ecological processes and their role in sustainable land management. His research focuses on the interactions between soil organisms, organic matter dynamics, and ecosystem function, contributing to improved soil health, resilience, and productivity.

At 情色五月天, Dr Pawlett leads and collaborates on interdisciplinary projects addressing key environmental challenges, including soil degradation, climate change impacts, and sustainable agriculture. He has extensive experience in research design, field experimentation, and data analysis, and has contributed to a range of nationally and internationally funded projects.

In addition to his research, Dr Pawlett contributes to postgraduate teaching and supervision, delivering specialist lectures and practical training in soil biology, ecology, and environmental science. He supports MSc and PhD students through supervision and mentoring, helping to develop their research skills and academic careers.

Research opportunities

Dr Mark Pawlett鈥檚 research centres on soil biology and ecosystem functioning, with a particular focus on the roles of soil organisms in nutrient cycling, organic matter dynamics, and soil health. His work aims to advance sustainable land management by improving understanding of how biological processes underpin soil resilience and productivity under environmental change.

He has secured and contributed to a range of competitively funded research projects from UK and international funding bodies, supporting interdisciplinary studies on soil degradation, climate change mitigation, and sustainable agriculture. His research integrates field experimentation, laboratory analysis, and data-driven approaches to address real-world environmental challenges and inform policy and practice.

Current activities

CURRENT RESEARCH

[PI]: The effects of PFAS on Soil Health Defra

[PI]: Mangalista Pigs: Agroforestry Model Feasibility (Innovate UK)

[Co-I]: Restoring Resilient Ecosystems [NERC]

[Co-I]: Exploitation of beneficial root-associated rhizobacteria in grain cereal-based cropping systems. Mohammed VI Polytechnic University.

[Co-I]: UK-Canada AMR Initiative Canada_IPAP - Anglo-Canadian Collaboration on Antimicrobial resistance [BBSRC].

[Co-I]: Potato Lite (Innovate UK)

Clients

DEFRA

EPSRC

BBSRC

EA

NERC

WRAP

Publications

• Articles in journals
• Conference papers
• Books