London
Wakehurst
RBG Kew was founded in 1759 and operates across two sites: Kew Gardens in London, a UNESCO World Heritage Site, and at Wakehurst in Sussex, which is the home of RBG Kew’s Millennium Seed Bank. We also have a permanent research station in Madagascar. We use the power of our science and the rich diversity of our gardens and collections to provide knowledge, inspiration and understanding of why plants and fungi matter to everyone.
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Taxonomy has been the backbone of RBG Kew’s scientific research throughout our history, and our collections and taxonomic experts are essential to the processes of describing and conserving biodiversity. Drawing on increased data availability and new tools and technologies, including phylogenomics and machine learning, we will push the frontiers of taxonomic research to accelerate the characterisation and identification of species in near real-time. We will also develop methods for speeding up the discovery of hidden diversity in natural history collections. In delivering the aims of this Priority, our focus will be on taxonomic groups and regions where progress is most needed, and our outputs will include detailed taxonomic publications, online tools, and other resources tailored to the specific needs of our stakeholders.
Botanical specimens are shared as consultable research objects in a network of specimen data repositories (herbaria). To accelerate the taxonomic process, this data can be connected and mobilised via the principle of the digital extended specimen. Once linked, granulated data can be used to semi-automatically assemble taxonomic outputs such as Floristic accounts.
Syzygium (Myrtaceae; c 1200 species), is a megadiverse tree genus, encompassing species of economic significance e.g. the clove. Syzygium habitat spans Southeast and Southern Asia, Australia, and the Pacific where species are abundant on acidic, organic-rich soils such as peat swamps, a habitat under strong anthropogenic threat. Despite its environmental and economic importance, taxonomic complexity in Syzygium, lack of systematic revision and limited evolutionary and ecological understanding, challenge downstream activities such as conservation.
Kew Science is committed to assembly of Floristic accounts of Syzygium for several southeast Asian regional Floras. This internship student will use Kew’s physical and digital collections with available data systems, analytical tools, and programmatic interfaces such as Digifolia, GBIF and Echinopscis to mobilise existing taxonomic literature as multi-modal data (i.e., specimen images, illustrations, nomenclature, phylogenetic data, descriptive traits, environmental variables, risk assessments) and prepare it in the format of two southeast Asian regional Floras. As well as the final products of the floristic accounts, granulated elements of the dataset will additionally be made available with DOIs at appropriate platforms such as Hugging Face for digital images and GBIF for curated specimen information. This project provides resource to ensure Kew’s ability to prepare and mobilise its unique taxonomic resource in optimal formats for a multitude of future initiatives.
From June 9 to August 31, 2025 (adjustable at the discretion of the organisation)
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 of germination and stress tolerance experiments to investigate the resilience of tree seeds to drought and high temperature stress. Check which species (and families) occur in hot and dry regions on Earth. Analyse the relationships between mature plant and seed tolerance to extreme conditions (heat and drought). 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 9 to August 31, 2025 (adjustable at the discretion of the organisation)
The department oversees all Science Education (MSc, PhD, interns etc.) and staff training and development in the Science Directorate. It is also responsible for supporting the Science Department deliverables in the Kew Outreach Strategy.
Kew's Science researchers and taxonomists publish many papers in academic journals and produce large amounts of data, which have the potential to provide nature-based solutions to some of the biggest global challenges. Kew’s Science strategy includes a commitment to making the results of our research openly available so that it can have the biggest possible impact on these challenges. The intern will collate information on where information on Kew’s research is published and the impact it has. They will interview Kew researchers about how they make decisions about publishing and how they ensure that their work has impact. They will undertake a training needs analysis to identify training that could help support Kew researchers to publish more effectively. Given that ways to publish research information are changing fast, the intern will investigate new publishing venues and opportunities that could be included in such training.
From June 9 to August 31, 2025 (adjustable at the discretion of the organisation)
Our Learning and Participation programmes engage diverse audiences across London. We work hard to understand the challenges that certain communities face and deliver interactive programmes to ensure anyone can enjoy and learn from Kew. We run four distinct projects. A Schools Learning Programme, which engages over 90,000 pupils per annum to develop their understanding of the natural world and how to protect it. A Youth Programme, which builds young Londoners confidence and skills for life through extra-curricular environmental education. A Family and Early Years Programme, for children and families to learn together about the natural world through Kew’s landscapes, resources and activities. Also, the Community and Access Learning Programme, which provides opportunities for groups and individuals who face barriers to engaging with Kew including a vibrant programme of arts-based and horticultural learning.
This internship will have three aspects: research, survey and engaging with community groups. The first aspect will be to research existing scientific papers on companion planting and report the findings. The second would be to develop and implement a biodiversity survey to record data on the visiting insect life in two pre-planted beds at Kew Gardens, one planted with traditionally thought of companion plants another with plants that are not in this category. The third aspect would be to engage community partners to understand the project and take part in these surveys.
From June 9 to August 31, 2025 (adjustable at the discretion of the organisation)
Kew’s global seed banking network, the Millennium Seed Bank Partnership (MSBP), is the largest ex situ plant conservation programme in the world. Our focus is on plant life faced with the threat of extinction and plants of most use for the future.
Working with our network of partners across 100 countries and overseas territories, we have successfully banked approximately 15.6% of the world's wild plant species. Collections are preserved at the Wellcome Trust Millennium Building at Wakehurst and around the world in our partner seed banks. The collections and the vital associated knowledge enable innovation, adaptation and resilience in agriculture, horticulture, forestry and habitat restoration.
Through the Millennium Seed Bank Partnership, we aim to achieve the following:
1. Conservation of threatened, range restricted and useful plants
2. Expansion of the network of countries and partners working under common seed conservation standards to increase the quality and genetic diversity of collections.
3. Strengthen the seed collections of the UK flora, with a focus on multi-provenance collections of woody species and the threatened flora.
4. Research the different strategies needed to sample genetic diversity, and conserve seeds that cannot withstand desiccation and freezing.
5. Track progress of global seed conservation towards banking 25% of the world’s plant species; this equates to approximately 75,000 species.
The targets of the Millennium Seed Bank Partnership help to achieve Target 8 of the Global Strategy for Plant Conservation, one of the Cross-Cutting Issues of the Convention on Biological Diversity. They also contribute towards Targets 2, 13 and 15 of the UN Sustainable Development Goals.
“Assessing the impact of climate changes on germination potential of selected species of Kalanchoe”. The study will analyse our existing data and run new germination tests to firstly establish the optimum temperature range for germination. We will then take selected species and run additional germination tests using our state-of-the-art facilities at the Millennium Seed Bank in order to determine how shifting the germination conditions to represent likely climate change scenarios. We will determine if such predicted changes in prevailing climatic conditions will have an impact on germination success in the wild. Germination success is one factor in the successful recruitment of population cohorts in wild populations and so an insight into this potential impact is vital to considering in-situ conservation decisions in the future.
From June 9 to August 31, 2025 (adjustable at the discretion of the organisation)
London
Wakehurst