Get reliable rangeland science

Range Recovery and Production as Influenced by Nitrogen and 2,4-D Treatments
Author
Nichols, J. T.
McMurphy, W. E.
Publisher
Society for Range Management
Publication Year
1969-03-01
Body

Nitrogen and 2,4-D were applied to a Dense Clay Range Site depleted by drought and overgrazing in western South Dakota to determine if forb control and fertilization would accelerate range recovery and increase perennial grass production. Treatment effects were the most pronounced three years after application, when higher levels of nitrogen and 2,4-D in combination significantly increased the percent frequency and production of perennial grass over the control. Combination treatments were more effective than either treatment alone. Total perennial grass production for three years was increased over the control by 391 lb/acre in response to 2,4-D (2 lb/acre), 594 by nitrogen (120 lb/acre), and 1,640 by 2,4-D and nitrogen in combination. Protection from grazing and favorable climatic conditions improved range condition and increased production substantially, irrespective of treatments. This material was digitized as part of a cooperative project between the Society for Range Management and the University of Arizona Libraries. The Journal of Range Management archives are made available by the Society for Range Management and the University of Arizona Libraries. Contact lbry-journals@email.arizona.edu for further information. Migrated from OJS platform August 2020

Language
en
Resource Type
Text
Document Type
Journal Issue/Article
Digital Object Identifier (DOI)
10.2307/3896194
Additional Information
Nichols, J. T., & McMurphy, W. E. (1969). Range recovery and production as influenced by nitrogen and 2,4-D treatments. Journal of Range Management, 22(2), 116-119.
ISSN
0022-409X
OAI Identifier
oai:repository.arizona.edu:10150/649946
Journal Volume
22
Journal Number
2
Journal Pages
116-119
Collection
Rangeland Ecology & Management (REM)
Journal Name
Journal of Range Management
Keywords
South Dakota
soils
vegetation
production
forbs
control
overgrazing
protection
nitrogen
frequency
fertilization
perennial grass
Depleted
2,4-D
range condition
Range Recovery
Dense Clay Range
drought