Beginning in 2012, the USGS collaborated with the USDA to assess the effectiveness of pollinator plantings and how alteration of landscapes has affected native pollinators and potentially contributed to their decline. The 2008 Farm Bill recognized contributions made by pollinators and made conservation of pollinator habitat a priority. The USGS is assessing native bee habitat, diversity, and richness in eastern Colorado grasslands and croplands to evaluate the extent to which they provide food and refuge.
Unfortunately, as recognition of the significance and demand for pollination services is increasing, wild pollinator abundance and diversity continue to decline.
To date, this ongoing work has provided valuable information for this region, and has been a successful collaboration with partners and stakeholders such as the USDA Farm Service Agency, Natural Resources Conservation Service, and private landowners. Between 2012 and 2013, the project collected 29 new genera of native bees and 27 new species never before recorded in the area. These data are valuable as there is deficient information on the diversity of native bees in agricultural landscapes. This study will help to maximize the potential of pollinator habitat on private lands by means that are both economically and socially acceptable to farm operators and the USDA. Activities in 2015 will continue to focus on linking pollinator habitat and environmental factors to the welfare of native bee populations. Results from this study will be reported to the USDA and in a peer reviewed publication in 2016.
Below are publications associated with this project.
Exposure of native bees foraging in an agricultural landscape to current-use pesticides
- Overview
Beginning in 2012, the USGS collaborated with the USDA to assess the effectiveness of pollinator plantings and how alteration of landscapes has affected native pollinators and potentially contributed to their decline. The 2008 Farm Bill recognized contributions made by pollinators and made conservation of pollinator habitat a priority. The USGS is assessing native bee habitat, diversity, and richness in eastern Colorado grasslands and croplands to evaluate the extent to which they provide food and refuge.
Unfortunately, as recognition of the significance and demand for pollination services is increasing, wild pollinator abundance and diversity continue to decline.
Number of native bee genera and species identified in Logan County, Colorado. Public domain. To date, this ongoing work has provided valuable information for this region, and has been a successful collaboration with partners and stakeholders such as the USDA Farm Service Agency, Natural Resources Conservation Service, and private landowners. Between 2012 and 2013, the project collected 29 new genera of native bees and 27 new species never before recorded in the area. These data are valuable as there is deficient information on the diversity of native bees in agricultural landscapes. This study will help to maximize the potential of pollinator habitat on private lands by means that are both economically and socially acceptable to farm operators and the USDA. Activities in 2015 will continue to focus on linking pollinator habitat and environmental factors to the welfare of native bee populations. Results from this study will be reported to the USDA and in a peer reviewed publication in 2016.
USDA Conservation Reserve Program (CRP) field planted for pollinator habitat in eastern Colorado. Photo by Mark Vandever. Public domain. - Publications
Below are publications associated with this project.
Exposure of native bees foraging in an agricultural landscape to current-use pesticides
The awareness of insects as pollinators and indicators of environmental quality has grown in recent years, partially in response to declines in honey bee (Apis mellifera) populations. While most pesticide research has focused on honey bees, there has been less work on native bee populations. To determine the exposure of native bees to pesticides, bees were collected from an existing research areaAuthorsMichelle Hladik, Mark W. Vandever, Kelly L. Smalling