Climate change is expected to alter pressure from insect pests and the effectiveness of
insect pollinators across diverse agricultural systems globally. In response to warming …

Covering about 40% of Earth's land surface and sustaining at least 38% of global
population, drylands are key crop and animal production regions with high economic and …

In the last century, a global transformation of Earth's surface has occurred due to human
activity with extensive agriculture replacing natural ecosystems. Concomitant declines in …

Agricultural intensification is driving declines in pollinator diversity and the degradation of
pollination services worldwide. Organic management, which prohibits the use of synthetic …

Ground beetles (Carabidae) are beneficial insects providing ecosystem services by
regulating insect pests and weed seeds. Despite several studies conducted on ground …

Abstract The US Northern Great Plains is one of the largest expanses of small grain
agriculture, but excessive reliance on off‐farms inputs and predicted warmer and drier …

To study how honey bees utilize forage resources and guide pollination management plans
in crops, a multitude of methods have been developed, but most are time consuming, costly …

The wheat stem sawfly (WSS), Cephus cinctus Norton, has been a major pest of cereal grain
production in the Northern Great Plains of North America for well over a century (Beres et al …

Agroecosystems are, at their core, composed of interacting species. Farmers take advantage
of specific technological packages to manage their crops and animals (ie, the planned …

Az emberi népesség erőteljes növekedésével párhuzamos mezőgazdasági intenzifikáció
következtében fokozottabban kell figyelnünk a források felelős használatára és az …