(Texas A&M AgriLife Extension Service photo) |
The publication, Native Grassland Monitoring and
Management, targets landowners within the Trinity River Basin and
similar areas, said Blake Alldredge, AgriLife Extension associate with
Texas A&M University’s wildlife and fisheries department at College
Station.
He said the publication describes in detail several range
monitoring and management techniques. It is now available as publication
WF-001on the Texas A&M AgriLife Extension Bookstore website at http://agrilifebookstore.org . Alldredge noted that the monitoring and management information offered is applicable across the state.
“Monitoring the ecological site condition or health of the
land is necessary for landowners to evaluate how past land management
decisions are affecting the plant, soil and water resources of the
landscape,” Alldredge said. “Monitoring specifically examines the plant
species present and how much area they cover. Being able to see how
range conditions change over time, which is also known as range trend,
will allow land managers to make the best management decisions as
conditions change.”
The monitoring techniques covered in the publication will
be of particular help to wildlife managers and livestock producers to
help them determine what management activities are needed to reverse
negative range trends, he said.
The monitoring techniques covered in the publication
include photo points, grazing exclosures, nest and cover surveys, grass
stubble height surveys and forage clipping surveys. Management
techniques covered include chemical and mechanical treatments,
prescribed burning, disking, shredding and grazing.
“The main goal of the publication is to connect land
monitoring and management techniques with proper watershed protection,
because they are one and the same,” Alldredge said. “Well-managed native
grasslands and tame pastures are important to watershed protection as
they increase the water storage capacity of the soil, reduce erosion,
promote groundwater recharge and provide more efficient nutrient
absorption. Landowners also benefit from increased forage production and
quality wildlife habitat.”
Alldredge said his bottomline hope is that the publication
will aid the watershed enhancement efforts of AgriLife Extension,
Trinity Waters and other groups seeking to improve the wildlife and
water quality resources in the Trinity River basin.
The publication was produced through the Building
Partnerships for Cooperative Conservation Initiative of the Trinity
River basin project. The project is funded by the Texas State Soil and
Water Conservation Board through a Clean Water Act grant from the U.S.
Environmental Protection Agency and is managed by the Texas Water
Resources Institute. Through this initiative, Alldredge said AgriLife
Extension has partnered with Trinity Waters, a landowner organization
based in the Trinity River basin, to produce educational materials
related to water and wildlife conservation for landowners.
For more information, contact Alldredge at balldredge@tamu.edu.