Virginia soybean, peanut acres increase

virginia-newThe Virginia Department of Agriculture and Consumer Services announced Thursday that soybean and peanut acreage is up this year in the Commonwealth. This information is from surveys conducted by the National Agricultural Statistics Services of the U.S. Department of Agriculture.

Soybeans planted in Virginia were estimated at 670,000 acres, up 10,000 acres from 2014. Area for harvest, at 660,000 acres, is 10,000 acres above acreage a year ago. U.S. soybean planted area for 2015 was estimated at 85.1 million acres, up 2 percent from last year. Area for harvest, at 84.4 million acres, is up 2 percent from 2014.

Acreage planted to corn in Virginia was estimated at 500,000 acres, unchanged from 2014. Acres harvested for grain was estimated at 340,000 acres, down 10,000 acres from last year. The U.S. corn planted for all purposes in 2015 was estimated at 88.9 million acres, down 2 percent from last year. Growers expect to harvest 81.1 million acres for grain, down 2 percent from last year.

Upland cotton acreage in Virginia was estimated at 85,000, down 2,000 acres from 2014. The U.S. total upland cotton acreage is estimated at 8.85 million acres, down 18 percent from the previous year.

Farmers in Virginia intend to set an estimated 1,300 acres of burley tobacco for harvest. This is 200 acres below the 2014 level. Dark fire-cured tobacco acreage was estimated at 350 acres, up 20 acres from the previous year. Flue-cured tobacco acreage was estimated at 19,500 acres, down 3,000 from a year ago. Flue-cured producing states’ acreage for harvest was estimated at 206,800 acres, 16 percent below last year.

Peanut growers in the Commonwealth planted 23,000 acres, up 4,000 acres from 2014. Producers expect to harvest 23,000 acres of peanuts this year, also up 4,000 acres from 2014. U.S. peanuts planted were estimated at 1.60 million acres, up 18 percent from 2014.

Area harvested for Virginia grain was forecast at 1.57 million acres, up 18 percent from last year.

Barley seeded acreage is estimated at 47,000 acres, down 16 percent from last year. Barley producers anticipate harvesting 19,000 acres for grain, 9,000 below last year. Barley planted for the Nation was estimated at 3.41 million acres, up 15 percent from 2014.

Acres harvested for grain is forecast at 2.92 million acres, up 19 percent from last year.

This year 12,000 acres of oats were planted in Virginia, up 2,000 from 2014. Oat producers expect to harvest 3,000 acres for grain, unchanged acres from last year. U.S. acreage planted for oats is up 13 percent from last year at 3.06 million acres. Area harvested is forecast at 1.22 million acres, increased 19 percent from 2014.

Winter wheat seeded acreage in Virginia was estimated at 260,000 acres, 30,000 acres below the previous year. Acreage harvested for grain was estimated at 225,000 acres, 35,000 acres below 2014. The U.S. winter wheat planted area was estimated at 40.6 million acres, down 4 percent from 2014. Area harvested for grain was forecast at 33.3 million acres, up 3 percent from last year.

Alfalfa hay acreage in Virginia was estimated at 80,000 acres, up 5,000 from the 2014 crop. All other hay was estimated at 1.05 million acres, down 50,000 from a year ago. The U.S. all hay acreage was estimated at 56.5 million acres, down 1 percent from 2014.



uva basketball team of destiny

Team of Destiny: Inside UVA Basketball's improbable run

Team of Destiny: Inside Virginia Basketball’s Run to the 2019 National Championship, by Jerry Ratcliffe and Chris Graham, is available for $25.

The book, with additional reporting by Zach Pereles, Scott Ratcliffe and Scott German, will take you from the aftermath of the stunning first-round loss to UMBC in 2018, and how coach Tony Bennett and his team used that loss as the source of strength, through to the ACC regular-season championship, the run to the Final Four, and the thrilling overtime win over Texas Tech to win the 2019 national title, the first in school history.



 
augusta free press
 

Comments

%d bloggers like this: