Open Access. Powered by Scholars. Published by Universities.®
- Publication
- Publication Type
Articles 1 - 8 of 8
Full-Text Articles in Life Sciences
Northeast Research Station Watertown, South Dakota Annual Progress Report, 2005, Agricultural Experiment Station, Plant Science Department
Northeast Research Station Watertown, South Dakota Annual Progress Report, 2005, Agricultural Experiment Station, Plant Science Department
Agricultural Experiment Station and Research Farm Annual Reports
This is the 2005 annual progress report for the Northeast Research Station in Watertown, South Dakota. This report is issued by the South Dakota Agricultural Experiment Station and the South Dakota State University Plant Science Department. This report includes weather data, yield comparisons, crop performance trials, corn trials, soybean trials, winter wheat performance testing, Barley Foliar information, weed and pest control, herbicide demonstrations, canola and flax variety trials and more.
Northeast Research Station Watertown, South Dakota Annual Progress Report, 2004, Agricultural Experiment Station, Plant Science Department
Northeast Research Station Watertown, South Dakota Annual Progress Report, 2004, Agricultural Experiment Station, Plant Science Department
Agricultural Experiment Station and Research Farm Annual Reports
This is the 2004 annual progress report for the Northeast Research Station in Watertown, South Dakota. This report is issued by the South Dakota Agricultural Experiment Station and the South Dakota State University Plant Science Department. This report includes weather data, yield comparisons, crop performance trials, corn trials, soybean trials, winter wheat performance testing, Barley Foliar information, weed and pest control, herbicide demonstrations, canola and flax variety trials and more.
Central Crops And Soils Research Station Highmore, South Dakota: Annual Progress Report, 2005, Agricultural Experiment Station, Plant Science Department
Central Crops And Soils Research Station Highmore, South Dakota: Annual Progress Report, 2005, Agricultural Experiment Station, Plant Science Department
Agricultural Experiment Station and Research Farm Annual Reports
This is the 2005 progress report for the Central Crops and Soils Research Station at Highmore, South Dakota State College. This document represents the research conducted at the Station during the 2005 crop season including: temperature and precipitation data, field evaluations of woody plant materials, alfalfa production, winter wheat breeding, oat research, resistance of sunflower germplasm to the red sunflower seed weevil, weed control, fertilizer and soil test effects on soybeans, small grain variety performance trials, evaluation of native and naturalized grasses for reduced-input turf in the Northern Plains, and the Highmore drip irrigation study final report.
Southeast South Dakota Experiment Farm Annual Progress Report, 2005, Agricultural Experiment Station
Southeast South Dakota Experiment Farm Annual Progress Report, 2005, Agricultural Experiment Station
Agricultural Experiment Station and Research Farm Annual Reports
This document highlights 32 crop and livestock research and demonstration reports from projects conducted at Southeast Research Farm in 2005. It is published by the South Dakota Agricultural Experiment Station and Cooperative Extension Service at South Dakota State University in cooperation with the Southeast South Dakota Experiment Farm Corporation. Reports in this document include information on: temperatures and precipitation data, corn production and performance, soybean research and planting, soil testing, alfalfa yield test, fertilizer testing, herbicide research, crop rotation, sorghum, small grains, livestock research, and pest and weed control.
Interactions Among Western Corn Rootworm (Coleoptera: Chrysomelidae), Yellow Foxtail, And Corn, M. M. Ellsbury, K. R. Banken, S. A. Clay, F. Forcella
Interactions Among Western Corn Rootworm (Coleoptera: Chrysomelidae), Yellow Foxtail, And Corn, M. M. Ellsbury, K. R. Banken, S. A. Clay, F. Forcella
Agronomy, Horticulture and Plant Science Faculty Publications
Field studies at sites with two contrasting soil types investigated effects from the presence of yellow foxtail [Setaria pumila (Poir.) Roem. and Schult.], established in bands parallel to corn rows, on western corn rootworm (Diabrotica virgifera virgifera LeConte) survival, corn root injury, lodging, biomass production, and yield. Results suggested that the presence of foxtail as an alternate host inßuenced the degree and progression of corn rootworm damage and adult emergence in a givenlocality. Rootworm adults emergedlater from foxtail band areas and had smaller head capsule size than did individuals from areas without foxtail, consistent with earlier Þndings that foxtail in …
Asian Soybean Rust, College Of Agriculture And Biological Sciences, South Dakota State University
Asian Soybean Rust, College Of Agriculture And Biological Sciences, South Dakota State University
College of Agriculture, Food and Environmental Sciences Publications
Contents:
Where did soybean rust come from? Will it get to South Dakota? [Page] 1
Rust is manageable; we have time to plot its northward flight and to plan our response [Page] 1
The ages of soybeans: most vulnerable to Asian soybean rust are R1 through R6 [Page] 3
Scouting is your first line of defense [Page] 4
Biggest issue in spraying fungicides for soybean rust is droplet size [Page] 4
You may be dealing with insects, too. Protect your soybeans in early August [Page] 5
With or without rust in the picture, protect your price... and your revenue [Page] …
Vegetable Gardening, Rhoda Burrows, David Graper
Vegetable Gardening, Rhoda Burrows, David Graper
SDSU Extension Circulars
This circular provides information on planning, planting, and growing a vegetable garden. Topics include: soil preparation, planting, irrigation, weed control, insect and disease control, crop selection, and vegetable preservation and storage.
The Fate If 2, 4-D In Intact Soybean (Glycine Mix), Laura Hummel, Anthony Mayer
The Fate If 2, 4-D In Intact Soybean (Glycine Mix), Laura Hummel, Anthony Mayer
The Journal of Undergraduate Research
About 479,000 pounds of 2,4-D (2, 4-dichlorophenoxyacetic acid) was applied to South Dakota's crops in 2000. 2,4-D can injure or reduce yield of soybean (Glycine max) if deposited on growing plants. This study determined uptake, translocation, and metabolism of ring-labeled-2,4-D in soybean at the third trifoliate (V3) stage of growth. Plants were harvested and partitioned into four parts from 1 hr (HAT)to 10 d (DAT) after treatment. Thin layer chromatography techniques were used to determine if remaining in the tissue was parent chemical or metabolite. 2,4-D uptake ranged from 39% at 1 HAT to 74% 6 DAT.By 10 DAT, translocated …