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Now showing items 1371-1390 of 3672

Fertilizer experiments with cotton 

Williamson, J. T. (John T.); Funchess, M. J. (Marion Jacob), b. 1884 (1923-03)

Fertilizer experiments with cotton 

Williamson, J. T. (John T.) (1929-02)

Fertilizer Experiments with Tall Fescue and White Clover in Alabama 

Burmester, Charles Henry, 1955-; Adams, Fred, 1921- (1984-06)

Fertilizer recommendations and computer program key used by the Soil Testing Laboratory 

Cope, J. T. (1972-06)

Fertilizer studies with vegetable crops on representative soils in Alabama 

Ware, L. M. (Lamar Mims), 1895-1979; Johnson, W. A. (1949-06)

Fertilizer use and practices by Alabama farmers 

Yeager, Joseph Henry, 1920-; Belcher, O. D.; Walkup, H. G. (Harold G.) (1960-01)

Fertilizer, gypsum, and lime experiments with peanuts in Alabama, 1967-1972 

Hartzog, Dallas Luther, 1942-; Adams, Fred, 1921- (1973-06)

Fertilizers 

Lupton, N. T. (Nathaniel Thomas), 1830-1893 (1892-07)

Fertilizers : commercial and domestic 

Ross, B. B. (Bennett Battle), b. 1864 (1895-02)

Fertilizers for johnsongrass on calcareous Black Belt soils 

Scarsbrook, C. E. (Clarence Edwin), 1915-; Evans, C. E.; Grimes, H. W. (Harold Watts), 1930-; Rouse, R. D. (Roy Dennis), 1920-; Smith, L. A. (1971-04)

Fertilizers required by cotton as determined by the analysis of the plant 

Anderson, James T. (1894-05)

Fertilizing farm fish ponds 

Boyd, Claude E.; Snow, Jack Richard, 1918- (1975-06)

Fescue, orchardgrass, and Coastal bermudagrass grazing for yearling beef steers 

Harris, R. R. (Ralph Rogers), 1929-; Evans, E. M. (Emerson M.), 1921-; Boseck, John K.; Webster, W. B. (William B.) (1972-04)

Field evaluation of synthetic lure (3-methyl-1-butanol) when compared to non odor-baited control in capturing Anopheles mosquitoes in varying land-use sites in Madagascar 

Zohdy, Sarah; Derfus, Kristin; Andrianjafy, Mbolatiana Tovo; Wright, Patricia C.; Gillespie, Thomas R.; 0000-0001-5316-0567 (2022-03-11)
Background: Malaria is the 4th largest cause of mortality in Madagascar. To better understand malaria transmission dynamics, it is crucial to map the distribution of the malaria vectors, mosquitoes belonging to the genus ...

Field experiments with magnesium in Alabama : cotton, corn, soybeans, peanuts 

Adams, Fred, 1921- (1975-08)

Field line distribution of mass density at geostationary orbit 

Denton, R. E.; Takahashi, Kazue; Lee, Jimyoung; Zeitler, C. K.; Wimer, N. T.; Litscher, L. E.; Singer, H. J.; Min, Kyungguk; 0000-0002-2095-8529 (2020-06-05)
The distribution of mass density along the field lines affects the ratios of toroidal (azimuthally oscillating) Alfven frequencies, and given the ratios of these frequencies, we can get information about that distribution. ...

Field method for distinguishing certain orange stock 

Wolf, Frederick A. (Frederick Adolph), b. 1885 (1912-07)

Field‐based robotic phenotyping of sorghum plant architecture using stereo vision 

Bao, Yin; Tang, Lie; Breitzman, Matthew; Salas-Fernandez, Maria; Schnable, Patrick; 0000-0002-3548-1823 (2020-02-24)
Sorghum (Sorghum bicolor) is known as a major feedstock for biofuel production. To improve its biomass yield through genetic research, manually measuring yield component traits (e.g. plant height, stem diameter, leaf angle, ...

Fifteenth annual report of the Agricultural Experiment Station of the Alabama Polytechnic Institute, Auburn, Alabama : January 25, 1903 

Alabama Polytechnic Institute. Agricultural Experiment Station (1903)

Fifth Annual Report of the Agricultural Experiment Station of the A.&M. College, Auburn, Alabama, January 20, 1893 

Agricultural and Mechanical College of Alabama. Agricultural Experiment Station (1893-01)