Kansans with low income will have a little extra help paying their utility bills this summer, thanks to the Low Income Energy Assistance Program (LIEAP).
“The summer heat can take a dangerous toll on our most vulnerable populations,” said DCF Secretary Phyllis Gilmore said. “This extra assistance will help keep Kansans safe from extreme heat.”
LIEAP provides an annual benefit to help qualifying households pay winter heating bills. Persons with disabilities, older adults and families with children are the primary groups assisted. In the winter of 2013, nearly 48,000 households received an average benefit of $386.

This year, funding is available to provide an additional benefit to those households for energy costs. This is not a new application period. Households that applied and received a benefit during the regular application period will automatically be issued a supplemental benefit of approximately $103, bringing the average benefit for the year to almost $490. The supplemental funds are in the process of being dispersed.

Funding for the Low Income Energy Assistance Program is provided by the U.S. Department of Health and Human Services, Office of Community Service through the Federal Low Income Home Energy Assistance Program.
For more information on the Low Income Energy Assistance Program, visit https://www.dcf.ks.gov/services/ees/Pages/Energy/EnergyAssistance.aspx  or call 1-800-432-0043 toll free.

Wind power developers have courted Ellis County for several years. Another commercial developer of wind projects, Invenergy, LLC, recently received a conditional use permit from Ellis County.  A new study says wind power development does not ruffle the feathers of greater prairie chicken populations. This information from  a seven-year study by a Kansas State University ecologist and his team.

The researchers — led by Brett Sandercock, professor of biology — discovered that wind turbines have little effect on greater prairie chickens, and that these grassland birds are more affected by rangeland management practices and by the availability of native prairie and vegetation cover at nest sites. Unexpectedly, the scientists also found that female survival rates increased after wind turbines were installed.

With the arrival of wind energy projects in Kansas and throughout the Plains, Sandercock and his team were part of a consortium of stakeholders — including conservationists, wildlife agencies and wind energy companies — who studied how these wind projects influence grassland birds.

“We had a lot of buy-in from stakeholders and we had an effective oversight committee,” said Sandercock, who studies grassland birds. “The research will certainly aid with wind power site guidelines and with the development of mitigation strategies to enhance habitat conditions for the greater prairie chicken.”

The greater prairie chicken was once abundant across the central Plains, but populations have declined because of habitat loss and human development. The chickens now are primarily found in the Great Plains in Kansas — particularly the Smoky Hills and the Flint Hills — where the largest tracts of prairie remain.

Sandercock and his team started their study in 2006 with three field sites that were chosen for wind development: a site in the Smoky Hills in north central Kansas, a site in the northern Flint Hills in northeastern Kansas and a site in the southern Flint Hills in southern Kansas. The Smoky Hills site — the Meridian Way Wind Power Facility near Concordia – was developed into a wind energy site, which gave researchers the opportunity to observe greater prairie chickens before, during and after wind turbine construction. The researchers cooperated and collaborated with private landowners at each site.

The researchers studied the birds for seven breeding seasons and captured nearly 1,000 total male and female birds around lek sites, which are communal areas where males gather and make calls to attract females. Females mate with the males and then hide nests in tall prairie grass.

The scientists researched many different features of prairie chickens and their biology: patterns of nest site selection; reproductive components, such as clutch size, timing of laying eggs and hatchability of eggs; survival rates; and population viability.

“We don’t have evidence for really strong effects of wind power on prairie chickens or their reproduction,” Sandercock said. “We have some evidence for females avoiding the turbines, but the avoidance within the home range doesn’t seem to have an impact on nest site selection or nest survival.”

The results are somewhat surprising, especially because similar studies have shown that oil and gas development affect prairie chickens, Sandercock said. With wind power development, the researchers had the unexpected result of female survival rates increasing after wind turbines were installed, potentially because wind turbines may keep predators away from nest sites. Female mortality rates are highest during the breeding season because females are more focused on protecting clutches than avoiding predators, Sandercock said.

“What’s quite typical for these birds is most of the demographic losses are driven by predation. We can say that with confidence,” Sandercock said. “What’s a little unclear from our results is whether that increase in female survivorship was due to the effects of wind turbines on predators.”

The researchers also found that conservation management practices seem to have the strongest effect on the birds, Sandercock said. Prairie chickens are ground-nesting birds and need adequate cover for their nests to survive. Grazing and fire management practices can affect how much nesting cover is available for chickens.

“A lot of what drives nest survival is the local conditions around the nest,” Sandercock said. “Do they have good nesting cover or not? Our results are important because they suggest ways for mitigation.”

The team is conducting follow-up studies to test mitigation strategies that may improve habitat conditions for prairie chickens. They are in their third season in a field study of patch burn grazing in Chase County and how it affects prairie chickens and grassland songbirds. Patch-burn grazing involves dividing a pasture into three parts and burning a third of the pasture each year. The practice creates a rotation basis so that each third of a pasture rests for two years. Preliminary data shows that patch-burn grazing seems to provide enough cover for ground-nesting birds, Sandercock said.

Collaborators on the wind development project include Samantha Wisely, associate professor of wildlife ecology and conservation at the University of Florida; Virginia Winder, assistant professor of biology at Benedictine College; Lance McNew, 2010 doctoral graduate in biology and research wildlife biologist with the U.S. Geological Survey at the Alaska Science Center; Andrew Gregory, 2011 doctoral graduate in biology and postdoctoral scholar at Northern Arizona University; and Lyla Hunt, master’s student in biology, Riverside, Calif.

The Grassland Community Collaborative Oversight Committee of the National Wind Coordinating Collaborative oversaw the research project. The project received funding from a variety of sources including the U.S. Department of Energy; the National Renewable Energy Laboratory; the Kansas Department of Wildlife, Parks, and Tourism; the National Fish and Wildlife Foundation; and The Nature Conservancy.

The final project report can be viewed at https://www.osti.gov/bridge/product.biblio.jsp?osti_id=1080446.