Dr. Louise Colville, a Senior Research Leader in Seed and Stress Biology at Royal Botanic Gardens, Kew will be the supervisor of this internship. She has sixteen years' experience in seed biology research with biodiverse, wild species. Her research focuses on the biochemical and molecular characterization of plant stress, particularly seed ageing, and the role of antioxidants and reactive oxygen species in seed biology, and she has published 28 journal articles in this area. She is interested in the factors that determine seed longevity, which is important for food security, ex situ conservation, and for understanding the persistence of seeds in the soil. Louise has wide experience of student supervision, having line managed four college-based sandwich course students, co-supervised four Ph.D. students and four MSc students, and supervised over 35 visiting BSc, MSc, Ph.D and postdoctoral researchers from 14 countries for research placements of between 4 weeks and up to 1 year.
The Trait Diversity and Function Department explores the properties of plants and fungi and their potential applications to human health, well-being and sustainable development. We research how traits have evolved and how they function to reveal how species have adapted to particular environments and how resilient they may be to future change. This will enable better conservation of plants and fungi and identify species that we can use sustainably and equitably for the benefit of humankind. Within the Trait Diversity and Function department there are six teams: Biological Chemistry, Character Evolution, Seed and Stress Biology, Comparative Fungal Biology, Plant Health and Adaptation, and Crops and Global Change. This internship will be in the Seed and Stress Biology team, which is based at the Millennium Seed Bank at Wakehurst, in West Sussex. The research of the Seed and Stress Biology team focuses on key seed functional traits related to germination, longevity and stress in wild plant species to inform development of seed conservation and use strategies.
Assist with setting up and monitoring germination and stress tolerance experiments to investigate the resilience of tree seeds to drought and high temperature stress. The experiments will form part of a larger 3-year project, “Unlocking tree seed functional trait diversity and stress resilience to enhance ex situ conservation for restoration and use”. These experiments will use tree seed collections conserved at the Millennium Seed Bank to identify tree species with exceptional tolerance to environmental stress during germination and early stages of seedling development, which could be of particular interest for reforestation and restoration.
From June 10 to September 1, 2024 (adjustable at the discretion of the organisation)