Keith Receives 2018 Forest Stewardship Field Award

 

 

 

 

 

 

 

 

Cooperative Forestry Director Steve Koehn, left, with 2018 Forest Stewardship Field Forester Kevin Keith. Photo by Andrew Owen, Arizona Department of Forestry and Fire Management. Forest Service photo.

The Forest Service’s Forest Stewardship Program partners with state forestry agencies to assist private landowners in actively managing their forests. Every two years the Forest Stewardship Program recognizes a state forestry agency field forester who has made a significant contribution to the Forest Service mission of sustaining the nation’s forests and grasslands.

Kevin Keith has been recognized as the 2018 Forest Stewardship Field Forester. As a senior area forester with the Virginia Department of Forestry, he manages a multi-county work area and supervises four employees. As a field forester, he provides exceptional service to private forest landowners. His 2016 accomplishments highlight his passion for sustaining healthy private forests: he wrote 24 forest stewardship management plans to help private landowners better manage 9,048 acres of forestland. He also wrote 92 other management plans covering 2,752 acres, implemented 725 forest restoration activities on 21,686 acres and planted 8,552 trees on 236 sites. Keith annually uses more than $100,000 in federal and state cost-share funds to promote healthier forests, including increased pre-commercial pine thinning and site preparation prior to planting.

Actively managed private forests provide local jobs, timber revenue, wildlife habitat, watershed protection, recreation opportunities and many other public benefits. Keith’s assistance to private forest landowners is invaluable to the public good.

 

 

 

 

2017-2018 Kevin Keithrecognized as 2018 Forest Stewardship Field Forester

Become a Project Learning Tree Certified Educator

Be engaged in a hands-on workshop for both formal and non-formal educators

 Investigate environmental topics with indoor and outdoor activities

 Receive PLT’s PreK-8 Environmental Education Activity Guide, correlated to national and state   academic standards . Click here to find out more: VMNH workshop flyer 11-3-2017 (003)

“The most amazing and helpful book in the universe! The students love the activities. It helps make learning more engaging for students, and in turn less stressful for me.”

– Rachel Hill, 7th Grade Science Teacher, Salem Church Middle School, Richmond, Virginia

Best Management Practice Applications Now Being Accepted for 2017-2018

             The Blue Ridge Soil & Water Conservation District located at 1297 State Street, Rocky Mount, VA is currently accepting applications for assistance with installation of agricultural best management practices that are designed to conserve soil and protect water quality.

July 1, 2017 began our new fiscal year and agriculture producers who are considering signing up for assistance this year are encouraged to do so as soon as possible.  Since funding is limited, all practices must be signed-up prior to implementation and are subject to prioritized ranking for approval. 2017-2018 Cost-Share applications will be accepted July 17, 2017 through close of business on Friday, August 4, 2017.  If cost-share is still available after this first sign-up round, a second sign-up round of cost-share may be offered at a later date.  The following is a list of some of the practices available for cost share, however, it is not an exhaustive list.

  • Reforestation of Erodible Crop Land & Pasture Land
  • Grazing Land Protection (stream exclusion, water fountains, well, pipeline and fencing)
  • Harvestable Cover Crop
  • Non-Harvestable Cover Crop
  • Continuous No-Till
  • Animal Waste Control Facility
  • Nutrient management Plan Writing
  • Split Application of Nitrogen on Corn using Pre-Sidedress Nitrate Test
  • Late Winter Split Application of Nitrogen on Small Grains
  • Riparian Vegetative or Forested Buffers

 

For more information regarding water quality and erosion control best management practices, please contact Michael Tabor (Conservation Technician) at (540) 483-5341 ext. 122.

Nonpoint Source Success Story: Blackwater River

blackwater-riverAgricultural Best management Practices Improve Aquatic Life in the Blackwater River

 

High sediment loadings led to violations of the general standard for aquatic life use in Franklin County’s Blackwater River.  As a result, the Virginia Department of Environmental Quality (DEQ) added two segments of the Lower Blackwater River to the 2008 Clean Water Act (CWA) section 303(d) list of impaired waters. Landowners installed agricultural best management practices (BMPs); these decreased edge-of-field sediment loading and helped improve water quality.  Because of this improvement, DEQ removed two segments of the Blackwater River from Virginia’s 2014 list of impaired waters for biological impairment.  To read more click on this link 2014-delisted-blackwater

Nonpoint Source Success Story: Big Chestnut Creek

big-chestnut-creekInstalling Residential and Agricultural Best Management Practices Reduces Bacteria in Big Chestnut Creek

High bacteria loadings led to violations of Virginia’s Water Quality Standard (WQS) for designated recreation (swimming) use in Big Chestnut Creek.  As a result, the Virginia Department of Environmental Quality (DEQ) added the creek to its 2004 Clean Water Act (CWA) section 303(d) list of impaired waters.  From 2007 through 2012, stakeholders installed various agricultural and residential practices in the Big Chestnut Creek watershed that decreased nonpoint source runoff.  As a result, Virginia DEQ removed Big Chestnut Creek from its 2014 list of impaired waters based on attainment of the bacteria WQS. To read more click on this link 2014-delisted-bigchestnut

USDA Service Center Welcomes Research Scientists from China

2016 Chinese Engineer Visit at USDA Service CenterOn Tuesday, August 9, 2016 the Blue Ridge Soil & Water Conservation District and Farm Service Agency welcomed three research scientists from China with their area guide Dr.Dave Johnson. The Institute of Hydroecology is under the Ministry of Water Resources (central government), but is also a graduate degree-granting institute of the Chinese Academy of Science. The Institute focuses on both basic and applied research related to ecological and environmental issues resulting from water construction projects with the aim of supporting a sustainable development strategy in China. Since its founding in 1987, the institute has assessed the environmental effects of large hydro-projects such as the Three Gorges Project and the South-to-North Water Diversion project and carried out research on fishery resources in Chinese reservoirs and restoration of the water environment in reservoirs and lakes. Address: 578 Xiongchu Avenue, Wuhan, Hubei, China

  • Photo from left to right: Dr. Dave Johnson (Retired Professor of Chemistry and Environmental Science at Ferrum College), Ms. Xiaojie Pan, Associate Professor and Research Scientist, Applied Ecology Department, Institute of Hydroecology (IHE, MWR & CAS) and she is an environmental biologist with a focus on ecological effects, distribution characteristics, occurrence mechanism, and control measurese for harmful algae,Tony Goff (Farm Service Agency Program Technician), Michael Tabor (Conservation Technician for Blue Ridge SWCD), Mr. Chengyan Wan; Professor, Research Scientist and Director of the Applied Ecology Department, Institute of Hydroecology (IHE, MWR & CAS) and is also Deputy Chief Engineer at IHE,  and Mr. Zhiwei Zheng, Senior Engineer at IHE,  Assistant Professor and Research Scientist, Applied Ecology Department, Institute of Hydroecology (IHE, MWR & CAS).

Goals of visit:

Support and enhance an on-going project in the Three Gorges region, Ecological restoration of Xiaojiang River, which includes:

  1. Evolution of the water environment and ecological mechanisms of algal blooms;
  2.  Construction technology for ecological protection zones;
  3.  Technology for improving riparian habitat;
  4. Pilot demonstration and key technology for fish enhancement and release to prevent and control algal blooms (bio-manipulation);
  5. Key technology research and demonstration for ecological restoration of the Hanfeng Lake wetland.
  • American researchers have always paid attention to the study and application of algal bloom control and ecological restoration, and achieved good results.
  • The objective of this visit is to exchange experiences and achievements on pollution control, eutrophication and algal bloom treatment, riparian zone and river corridor restoration, wetland protection and restoration, monitoring and evaluation of aquatic ecosystems with experts in order to learn additional techniques to support the project and lay the foundation for future research collaborations.
  • To view abstract click on this link:  Journal of Hydroecology abstract-Chinese visitors August 2016