White Wheat

White wheat can be further classified as either hard or soft wheat. Wheat hardness values range from soft, medium, and hard. It has white bran, and protein content ranges from low, medium, to high (8.0 to 17.0 percent). Hard white wheat is used in instant/ramen noodles, Artisan and pan breads, and flat breads. Soft wheat is used in cakes, cookies, pancakes, biscuits, and other products requiring low protein content. White wheat, either soft or hard, is perfect for whole wheat flours/ products.

White Wheat

White wheat can be further classified as either hard or soft wheat. Wheat hardness values range from soft, medium, and hard. It has white bran, and protein content ranges from low, medium, to high (8.0 to 17.0 percent). Hard white wheat is used in instant/ramen noodles, Artisan and pan breads, and flat breads. Soft wheat is used in cakes, cookies, pancakes, biscuits, and other products requiring low protein content. White wheat, either soft or hard, is perfect for whole wheat flours/ products.

Ploidy

Hexaploid (6x)

Species

Triticum aestivum ssp. aestivum

Common names(s)

Bread wheat, Common wheat

Crop Varieties

Patwin

Patwin is a hard white spring wheat. It was developed by the University of California, Davis and released in 2006. It was selected from the cross Madsen/2*Express. Its experimental designations were UCD 03010/24 and UC 1419. It has short stature (average plant height is 38 in, similar to Blanca Grande and Clear White) and excellent straw strength. It is medium late maturing (flowers approximately 6 days later than Clear White and 10-12 days later than Blanca Grande). It has a 2NS/2AS translocation from Ae.ventricosum carrying leaf rust resistance gene Lr37, stripe rust resistance gene Yr17, and stem rust resistance gene Sr38. It has a semi-erect juvenile plant growth habit. Flag leaves are recurved and twisted. It has mid-dense, inclined strap shaped heads with white awns, and white glumes that are long and medium length with square shoulders and acuminate beaks. Kernels are oval, white, and hard. Seed has a midsize germ with a narrow crease, rounded cheeks, and a medium sized, non-collared brush. It contains the high molecular weight subunits 5+10 (Glu-D1). Patwin has high loaf volumes which are not significantly different from Blanca Grande but that are significantly larger than those observed for Clear White. All three cultivars have similar flour extraction rates. At the time of release it was resistant to stripe rust, leaf rust, and powdery mildew, moderately resistant to Septoria tritici leaf blotch, and susceptible to BYD. It subsequently became moderately resistant to leaf rust. It is resistant to the root-knot nematode due to the presence of the 2NS translocation from Ae.Ventricosum. It was evaluated as Entry 1419 in the UC Regional Cereal Testing program from 2004-present for late fall planting in the Central Valley, surrounding areas, the south-central coast region, and southern desert areas of California and in the Oregon Spring Wheat Elite Yield Trial conducted in cooperation with the UC Regional Cereal Testing program from 2007-2009 for spring planting in the intermountain region of northern California.

Patwin 515

Patwin 515 is a hard white spring wheat. It was developed by the University of California, Davis. Foundation seed was produced in 2011/2012, with release planned for 2013. Stripe rust resistance genes Yr5 and Yr15 were introduced by five backcross generations into the UC Davis resistant cultivar Patwin (from the cross Madsen/2*Express) and then combined using marker assisted selection at UC Davis. This cultivar also has the Aegilops ventricosa 2NS translocation carrying resistance genes to stripe rust Yr17, leaf rust Lr37, stem rust Sr38, and root knot nematodes. Patwin 515 has very high yield potential in both the Sacramento and San Joaquin Valleys as well as excellent breadmaking quality (has one of the highest protein contents among current cultivars). It is very similar to the original Patwin, with medium-late maturity and excellent straw strength, but has additional sources of stripe rust resistance. It is resistant to stripe rust and leaf rust, moderately resistant to Septoria tritici leaf blotch and BYD, and moderately susceptible to powdery mildew. It was evaluated as Entry 1680 in the UC Regional Cereal Testing program from 2011-present for late fall planting in the Central Valley, surrounding areas, the south-central coast region, and southern desert areas of California and in the Oregon Spring Wheat Elite Yield Trial conducted in cooperation with the UC Regional Cereal Testing program from 2011-present for spring planting in the intermountain region of northern California.

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