Add to ORKGThis study was conducted as a part of Weed Control Machinery Project, a cooperative investigation by the Agricultural Engineering Department of the University of Missouri and the Crop Production Engineering Research Branch, Agricultural Engineering Research Division, Agricultural Research Service, U.S. Department of Agriculture--P. [3].Digitized 2007 AES.Includes bibliographical references (pages 28-29)
Pesticide application in agricultural fields affects a little over a million acres each year (USDA 2...
In this paper we present laboratory equipment for illustrating the operation of spraying nozzles. It...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
Many factors, including adjuvants, pesticide formulations, and nozzle tips, affect spray droplet siz...
For bed-grown crops, ideally the spray is applied evenly to the bed only, while no spray should be a...
This study was conducted to compare the spray coverage rate and spray uniformity of seven different ...
Cover title.Also continuously numbered from previous Bulletin (p. 88-115) on upper outside corner.Th...
Pesticide application is an integral part of crop production and ground-based agricultural boom spra...
Pesticide application is an integral part of crop production, and ground-based agricultural boom spr...
Pesticide application is an integral part of crop production, and ground-based agricultural boom spr...
Spray coverage specifications for commercially available nozzles could help applicators determine th...
Information is lacking on spray techniques to reduce off-target loss on the ground and via spray dri...
In order to investigate the function expression of droplet size distribution in the spray sheet for ...
The purpose of this article is to highlight the limitations of water-sensitive paper in characterizi...
For spray applications, drop size is the most important feature as it affects all aspects of a phyto...
Pesticide application in agricultural fields affects a little over a million acres each year (USDA 2...
In this paper we present laboratory equipment for illustrating the operation of spraying nozzles. It...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
Many factors, including adjuvants, pesticide formulations, and nozzle tips, affect spray droplet siz...
For bed-grown crops, ideally the spray is applied evenly to the bed only, while no spray should be a...
This study was conducted to compare the spray coverage rate and spray uniformity of seven different ...
Cover title.Also continuously numbered from previous Bulletin (p. 88-115) on upper outside corner.Th...
Pesticide application is an integral part of crop production and ground-based agricultural boom spra...
Pesticide application is an integral part of crop production, and ground-based agricultural boom spr...
Pesticide application is an integral part of crop production, and ground-based agricultural boom spr...
Spray coverage specifications for commercially available nozzles could help applicators determine th...
Information is lacking on spray techniques to reduce off-target loss on the ground and via spray dri...
In order to investigate the function expression of droplet size distribution in the spray sheet for ...
The purpose of this article is to highlight the limitations of water-sensitive paper in characterizi...
For spray applications, drop size is the most important feature as it affects all aspects of a phyto...
Pesticide application in agricultural fields affects a little over a million acres each year (USDA 2...
In this paper we present laboratory equipment for illustrating the operation of spraying nozzles. It...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...