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The relative importance of bottom-up versus top-down control of population dynamics has been the focus of much debate. In infectious disease biology, ...

The consequences of the movement of transgenes from genetically modified (GM) crops into wild populations of plants continues to be of concern to ecol...

Whilst most studies reviewing the reliance of global agriculture on insect pollination advocate increasing the 'supply' of pollinators (wild or manage...

Evaluation of our ability to predict cross-pollination rates (CPR) at long distance using dispersal functions estimated in experimental set-ups differ...

To evaluate the potential effects of genetically engineered (transgenic) plants on soil ecosystems, litter bags containing leaves of non-engineered (p...

The effects on British farmland wildlife of the management of four genetically modified herbicide-tolerant crops are currently being studied in a 5-ye...

Biological control (biocontrol) can provide permanent cost-effective control of plant pests, but has variable success. The ability to predict the succ...

Combining several crop species and associated agricultural practices in a crop sequence has the potential to control weed abundance while promoting we...

This study employs the resurrection method to investigate contemporary evolution in 2 natural populations of the arable weed Centaurium erythraea. By ...

Rice is one of the most important crops in the world. Several transgenic varieties of rice have been developed, and some have recently entered pre-pro...