Search

1. Floral resources are important in limiting pollinator populations, but they are often highly variable across time and space and the effect of this ...

Phenological overlap between crop flowering and pollinators is a crucial trait for the pollination of more than 75% of the world's crops. However, cro...

1. Urbanization gradients influence both landscape and climate and provide opportunity for understanding how plants and pollinators respond to artific...

Conventional farming has been implicated in global biodiversity and pollinator declines and organic farming is often regarded as a more ecological alt...

Pollinators benefit from increasing floral resources in agricultural landscapes, which could be an underexplored co-benefit of mass-flowering crop cul...

Most pesticide research has focussed on risk to managed honeybees, but other managed and wild bees are also exposed to pesticides. Critically, we know...

Concern about a global decline in wild pollinators has increased interest in how pollinators are affected by human land use, and how this, in turn, af...

Introduced, managed bees such as mason bees (genus Osmia) can confer significant pollination benefits to agricultural systems, but a risk of introduci...

The exponential increase in the human population in tandem with increased food demand has caused agriculture to be the global-dominant form of land us...

Pesticide use in agricultural landscapes creates environmental contamination that is heterogenous in space and time. Mobile organisms, such as bees, a...