Jane Memmott
Prof at School of Biological Sciences
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Positions (1)
Harry Siviter
University of Bristol
10 months ago
This fully funded PhD project at the University of Bristol investigates the impact of regenerative agriculture (RA) on pollinator populations, with a particular focus on bumblebees. Agriculture dominates UK land use, and intensive practices have contributed to biodiversity loss and increased greenhouse gas emissions. RA is a farmer-led movement aiming to restore soil health, biodiversity, and water quality while maintaining sustainable yields. Despite its growing popularity, there is limited data on how RA affects biodiversity, especially pollinators like bumblebees, which are vital for food production and wildflower pollination but are experiencing population declines. The project will compare bumblebee health on conventional farms and those using RA practices, aiming to determine population and colony-level responses and understand how specific management practices influence pollinators. Research methods include field work, genetic analysis using tarsal clippings, and quantitative analysis. The candidate will gain skills in experimental design, ecological surveying, genetic analysis, statistical modelling, GIS, and scientific writing. Supervision is provided by Dr Harry Siviter and Prof Jane Memmott, with collaboration from the Bumblebee Conservation Trust, including a work placement tailored to the student's skills and interests. The data generated will inform future policy statements. The SWBio DTP supports students from diverse backgrounds, offering reasonable project adaptations and flexible study options. The programme provides interdisciplinary bioscience training and access to extensive scientific networks and facilities. Funding covers a four-year studentship, annual stipend (£20,780 for 2025/26), tuition fees, research costs, fieldwork, conferences, and a three-month placement, with allowances for sick and parental leave. Up to 30% of studentships are available for international applicants. Applications are open until December 3, 2025. For more information, visit the SWBio DTP website or contact the supervisors or Graduate Administration Manager.
10 months ago
Articles (1)
Invasive flowering plants can disrupt plant–pollinator networks. This is well documented where invasives occur amongst native plants; however, the potential for ‘spillover’ effects of invasives that form stands in adjacent habitats are less well understood. Here we quantify the impact of two invasive Australian species, Acacia saligna and Acacia longifolia , on the plant–pollinator networks in fynbos habitats in South Africa. We compared networks from replicate 1 ha plots of native vegetation ( n = 21) that were subjected to three treatments: (1) at least 400 m from flowering Acacia; (2) adjacent to flowering Acacia , or (3) adjacent to flowering Acacia where all Acacia flowers were manually removed. We found that native flowers adjacent to stands of flowering Acacia received significantly more insect visits, especially from beetles and Apis mellifera capensis , and that visitation was more generalized. We also recorded visitation to, and the seed set of, three native flowering species and found that two received more insect visits, but produced fewer seeds, when adjacent to flowering Acacia . Our research shows that ‘spillover’ effects of invasive Acacia can lead to significant changes in visitation and seed production of native co-flowering species in neighbouring habitats—a factor to be considered when managing invaded landscapes.
Year:
2024
Collaborators (1)
Maisie Brett
University of Bristol
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