NYS IPM Type: Project ReportA total of 16 snap bean varieties were grown in sections of the root rot field at the Geneva Station with and without fumigation with Vorlex at 30 gallons/A (fall, 1997). Seeds of all the varieties were treated with Apron, Captan and Lorsban. Varieties were planted in two, 20 ft. long rows and replicated 5 times in both the natural and fumigated soils. All cultural practices employed were according to commercial production recommendations. The trials were planted on June 11 and harvested on August 10-12
Given the right environmental conditions, white mold (Sclerotinia sclerotiorum) can potentially infe...
The O3 biomonitoring system based on sensitive (S156) and resistant (R123) genotypes of snap bean (...
The purpose of this research was to survey Macrophomina phaseolina incidences on snap bean from the ...
Root rot is a major disease on snap beans and occurs throughout the bean-growing areas in New York....
At the Vegetable Research Farm in Geneva, NY, the soils from four long-term systems management block...
The study was conducted to evaluate the impact of two planting dates and methods on snap bean yields...
Graduation date: 2000Cultural practices in snap bean production were evaluated at the Oregon\ud Stat...
Snap bean-variety trials were conducted at the Lajas Substation. Three different experiments were pl...
Graduation date: 1978The objectives of these experiments were to determine\ud the feasibility of sav...
NYS IPM Type: Project ReportIPM practices in dry beans were demonstrated at three different fields o...
The study was undertaken to evaluate the growth and yield performance of pole snap beans varieties ...
<p>Snap bean varieties with high yields of extra fine and fine yield are preferred to avoid heavy po...
Snap bean (Phaseolus vulgaris L.) production by large scale commercial producers in Ethiopia is unde...
Root rots cause severe yield losses of up to >70% in common bean (Phaseolus vulgaris L.) in most par...
Root rot is a major constraint to snap bean (Phaseolus vulgaris) production in the United States and...
Given the right environmental conditions, white mold (Sclerotinia sclerotiorum) can potentially infe...
The O3 biomonitoring system based on sensitive (S156) and resistant (R123) genotypes of snap bean (...
The purpose of this research was to survey Macrophomina phaseolina incidences on snap bean from the ...
Root rot is a major disease on snap beans and occurs throughout the bean-growing areas in New York....
At the Vegetable Research Farm in Geneva, NY, the soils from four long-term systems management block...
The study was conducted to evaluate the impact of two planting dates and methods on snap bean yields...
Graduation date: 2000Cultural practices in snap bean production were evaluated at the Oregon\ud Stat...
Snap bean-variety trials were conducted at the Lajas Substation. Three different experiments were pl...
Graduation date: 1978The objectives of these experiments were to determine\ud the feasibility of sav...
NYS IPM Type: Project ReportIPM practices in dry beans were demonstrated at three different fields o...
The study was undertaken to evaluate the growth and yield performance of pole snap beans varieties ...
<p>Snap bean varieties with high yields of extra fine and fine yield are preferred to avoid heavy po...
Snap bean (Phaseolus vulgaris L.) production by large scale commercial producers in Ethiopia is unde...
Root rots cause severe yield losses of up to >70% in common bean (Phaseolus vulgaris L.) in most par...
Root rot is a major constraint to snap bean (Phaseolus vulgaris) production in the United States and...
Given the right environmental conditions, white mold (Sclerotinia sclerotiorum) can potentially infe...
The O3 biomonitoring system based on sensitive (S156) and resistant (R123) genotypes of snap bean (...
The purpose of this research was to survey Macrophomina phaseolina incidences on snap bean from the ...