How does the optimality of photosynthetic resource distribution relative to light availability vary across a wheat population?

Do niche or fitness differences prevent local-scale long-term coexistence between two closely related annual plant species?

What are the physiological and transcriptomic impacts of heat shock treatment on osmo-primed tomato seeds?

How are relationships between root and shoot growth incluenced by drought and soil type in wheat?

How do differences in flowering time influence gene flow in populations of a biennial plant species?

How do reproductive effort, genetic diversity and mating systems vary across the range of a seagrass population?

How does combined biochar and nitrogen fertiliser application influence the growth of pecan seedlings?

Will climate change make two globally invasive herbs even more invasive?

With both leaves and roots of epiphytes exposed to the atmosphere, can these plants be used as a model to explore co-evolution of root and leaf anatomical traits?

Microscopy methods developed in the 1960s are still commonly used in plant science today but new low-cost techniques offer big advantages.

Do differences in structure and anatomy impact mesophyll conductance and photosynthesis of rice leaves?

Can the presence of a competitor plant modulate neighbouring insect-pollinated plant attractiveness to pollinators and resulting fecundity?