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69 Results for 'Plant varieties'
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Technology
An Inbred Table Beet with a Root Suitable for Slicing
The table beet, a popular garden vegetable throughout the United States, is rich in folate, soluble and insoluble fiber, and vitamins A and C.
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Irwin Goldman, Dwight "Nick" Breitbach | P03054US
Technology
A Monogerm Round-Type Inbred Table Beet
The table beet, a popular garden vegetable throughout the United States, is rich in folate, soluble and insoluble fiber, and vitamins A and C. Monogerm beets produce a single flower, while multigerm b...
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Irwin Goldman, Dwight "Nick" Breitbach | P03055US
Technology
Disease Resistant Alfalfa Populations
Overall yields of alfalfa, a primary forage crop in Wisconsin, have declined steadily due to a variety of major pathogens, including Verticillium, Phytophthora and Aphanomyces. Aphanomyces and Phytoph...
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Craig Grau | P01169US
Technology
Soybean Lines with Superior Resistance to Sclerotinia Stem Rot
Sclerotinia stem rot, caused by the fungus Sclerotinia sclerotiorum, is a major disease of crop plants in the north-central United States and southern Canada. Although soybean cultivars have been iden...
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Craig Grau, Luis Enrique del Rio-Mendoza, Nancy Kurtzweil, Angelique Peltier | P03286US
Technology
Red Kidney Bean Germplasm and Varieties
Dark red kidney beans are a $25 million industry in Wisconsin, Minnesota and North Dakota.
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Robert Rand, Donald Hagedorn, Russell Doane | P01073US
Technology
Four New Sweet Corn Inbreds Containing the sh2 Allele
Sweet corn results from a mutation at the sugary locus (su), which causes the endosperm of the seed to accumulate twice as much sugar as field corn. New mutants (sh2 and se) have been developed to imp...
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William Tracy | P02305US
Technology
Calcium-Rich Snap Bean Genotype
Increased calcium intake is recommended for pregnant women, senior citizens and adolescents.
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James Nienhuis, Juan Manuel Quintana, Michell Eileen Sass | P02251US
Technology
High Pigment Golden Beets
Beets are generally available in two colors: red and golden. Beet color is determined by a class of antioxidant pigments known as betalains, which consists of red-violet betacyanins and yellow betaxan...
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Irwin Goldman, Dwight "Nick" Breitbach | P04345US
Technology
W1386: A High-Yield Chipstock Potato with Excellent Specific Gravity and Long-Term Storage Potential
The average American eats five to six pounds of potato chips each year.
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Jiming Jiang, Horia Groza, Bryan Bowen | P05356US
Technology
White Mold & Root Rot Resistant Dark Red Kidney Bean with Superior Agronomic & Processing Qualities
Although white mold is the most economically damaging disease of legumes, resistance to white mold is not currently available in dark red kidney bean cultivars. Fungicides must be applied at flowering...
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Robert Rand, Donald Hagedorn | P06049US
Technology
Root Rot Resistant Snap Bean Cultivars
Root rot caused by soil borne fungi limits the production of garden (snap) beans. Currently, a crop rotation of three to five years is the most effective management strategy used to control this disea...
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James Nienhuis, Felix Navarro, Michell Eileen Sass | P06448US
Technology
Root Rot Resistant Snap Bean Cultivars
Root rot caused by soil borne fungi limits the production of garden (snap) beans. Currently, a crop rotation of three to five years is the most effective management strategy used to control this disea...
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James Nienhuis, Felix Navarro, Michell Eileen Sass | P06320US
Technology
Root Rot Resistant Snap Bean Cultivars
Root rot caused by soil borne fungi limits the production of garden (snap) beans. Currently, a crop rotation of three to five years is the most effective management strategy used to control this disea...
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James Nienhuis, Felix Navarro, Michell Eileen Sass | P06447US
Technology
Root Rot Resistant Snap Bean Cultivars
Root rot caused by soil borne fungi limits the production of garden (snap) beans. Currently, a crop rotation of three to five years is the most effective management strategy used to control this disea...
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James Nienhuis, Felix Navarro, Michell Eileen Sass | P06404US
Technology
Plants and Seeds of Corn Comprising Brown Midrib and gt1 Genes
Corn plants containing a brown midrib gene have less lignin in their cell walls, making forage from those plants more digestible. The independent grassy-tiller1 gene (gt1) enhances the regrowth of cor...
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James Coors, Dustin Eilert, Patrick Flannery | P05229US
Technology
High Pigment Golden Beets
Beets are generally available in two colors: red and golden. Beet color is determined by a class of antioxidant pigments known as betalains, which consists of red-violet betacyanins and yellow betaxan...
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Irwin Goldman, Dwight "Nick" Breitbach | P05099US
Technology
A Multiple-Eared Inbred Line of Corn for Production of “Baby Corn”
Baby corn is produced by harvesting immature ears of corn just after the silks develop. Generally, corn plants produce from one to three ears per plant.
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James Coors, Dustin Eilert, Patrick Flannery | P05295US
Technology
Two Novel Soybean Cyst Nematode and Brown Stem Rot Resistant Soybean Lines
Brown stem rot and the soybean cyst nematode are two major afflictions that affect soybeans. The fungus responsible for brown stem rot infects the roots of the plant and then moves to the stem, causin...
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Craig Grau, Nancy Kurtzweil | P07305US
Technology
Breeding Population of Corn for Enhanced Silage Production
Dairy cows require a lot of energy to produce milk. Corn silage is commonly fed to dairy cattle because it is a highly digestible, high energy food source. Increasing the digestibility of corn silage ...
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James Coors, Natalia de Leon Gatti, Dustin Eilert, Patrick Flannery | P08445US