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Earlham Institute

Fully Funded Earlham Institute Scholarships & PhD Positions 2026–2027: 9+ Open Programmes

United Kingdom

9 verified fully funded earlham institute scholarships & phd positions for 2026–2027 are open right now. The soonest deadline is 30 November 2026 — closing-soon entries are flagged in the list. Listings are re-verified daily against official sources, so new programmes appear here first.

Earlham Institute is a life sciences research institute based at Norwich Research Park in England. Its research focuses on genomics and computational biology, using experimental and analytical approaches to understand living systems. The institute supports scientific collaboration, specialist technology and researcher training, connecting biological data with questions across diverse organisms.

Scholarships & Programmes at Earlham Institute

This Earlham Institute PhD tests whether controlling the timing and location of resistance-gene expression can preserve crop protection while reducing growth penalties. Potato cyst nematodes provide the disease system.

Fully Funded£21,805/year
Closes in 35 daysDetails

This Earlham Institute PhD will map gene-expression changes across the Euglena gracilis cell cycle. It examines a protist whose regulation differs substantially from familiar plant and animal systems.

Fully Funded£21,805/year
Closes in 35 daysDetails

Earlham Institute is offering a PhD on using explainable AI to design regulatory DNA in plants. The project asks whether model explanations can reveal sequence rules that withstand biological testing.

Fully Funded£21,805/year
Closes in 35 daysDetails

This ARIES project at Earlham Institute investigates how long grassland fungal communities take to recover after disturbance. It combines soil ecology with sequencing and collaboration with Rothamsted Research.

Fully FundedCovered
Closes in 51 daysDetails

Earlham Institute is offering a doctorate on the gene-expression events that establish lateral root founder cells. The project combines biological recording circuits with single-cell analysis.

Fully Funded£21,805/year
Closes in 35 daysDetails

The Blood2Tissue project at Earlham Institute investigates whether blood measurements can reliably predict gene-expression programmes in less accessible tissues. A central question is when individual predictions should be trusted.

Fully Funded£21,805/year
Closes in 35 daysDetails