Establishing the transport mechanism through leaf waxes
£20,780 - £20,780
Mar 30, 2026
United Kingdom
individual
About This Opportunity
This PhD studentship investigates the transport mechanisms through leaf waxes, focusing on how agrochemicals penetrate hydrophobic leaf wax barriers to deliver nutrients while maintaining plant water content. The research addresses a critical challenge in plant healthcare as global population rises and agricultural yields need to increase. Building on previous research exploring plant wax phase diagrams, the project will examine diffusion of molecules through wax films and the impact of composition on physical properties, conducting comparative assessments between crop species (maize) and weed species (amaranthus). The studentship is in collaboration with Syngenta, a world-leading agrochemical company, and will be primarily based at the University of Leeds with regular engagement with Syngenta researchers and a 3-6 month placement at Syngenta's Jealott's Hill international research centre.
Who Can Apply
- Region
- United Kingdom
- Citizenship
- United Kingdom
- Residency
- United Kingdom
- Project in
- United Kingdom
- Applicants
- individual
- Organizations
- academic
Application Details
Stages
- 1 single_stage
Required documents
Review process
Applications will be considered after the closing date. All candidates will be placed into the EPSRC Faculty Doctoral Landscape Award Competition and selection is based on academic merit.
Additional benefits
- training
- mentorship
Restrictions
- geographic_restrictions
External Application
This opportunity requires you to apply directly on the funder's website.
Apply on External SiteAI-Extracted Data
This opportunity was automatically extracted from an external source using AI. Details such as amounts, deadlines, and eligibility may be incomplete or inaccurate.
Always verify on the official sourceKey Information
- Award Amount
- £20,780 - £20,780
- Application Deadline
-
March 30, 2026 at 23:59 UTCDue in 26 days
Similar Funding Opportunities
Molecular Solid Solutions (MoSS): From Concept to Applications
Great matchThis PhD project will deliver a new strategy – the formation of solid solutions of organic molecules...
Smart bioactive materials for sustainable nutrition and crop enhancement: Integrating AI-driven design with functional biopolymers
Good matchThis interdisciplinary PhD project explores the development of smart bioactive materials that can si...
RS/SCI Studentships
Good matchThe RS/SCI Studentship scheme was established with a legacy left to SCI and the Royal Society (RS) b...
PhD Scholarship in Materials Science or Chemical Engineering for the Development of Novel Controlled-Release Fertilisers and Manufacturing Processes
Good matchThe New Materials and Technologies Development Research Team led by Professor James Johnston in the ...