Tapesia yallundae sp., "Avena fatua", "Avena sativa", "Avena" sp., "Balsamorhiza" sp., "Bromus carinatus", "Bromus inermis", "Bromus japonicus", "Bromus sterilis", "Bromus tectorum", "Delphinium" sp., "Festuca idahoensis", "Hordeum distichon", "Hordeum vulgare", "Koeleria cristata", "Lithospermum ruderale", "Lomatium triternatum", "Poa sandbergii", "Poa secunda", "Secale cereale", "Sitanion hystrix", "Trisetum aestivum", "Triticum aestivum", "Triticum dicoccum", "Triticum durum", "Triticum monococcum", "Triticum" sp., "Triticum spelta", "Triticum vulgare" 1. USDA ARS Fungal Database Eyespot of wheat; eyespot of barley; eyespot of rye. 1. USDA ARS Fungal Database<br> 2. <br> 3. <br> 4. <br> 5. Tapesia yallundae Tapesia yallundae is the causal agent for a variety of cereal and forage grass diseases.
Crop residue annual global amount of collectable rice straw (not total produced straw) for biofuel production was estimated about 249 million tonnes, that could approximately produce 355.78 kilotonnes of hydrogen and 11.32 million tonnes of lignin by the proposed organosolv technology and it was found that China contributes to about 32% of global potential capacity to produce biohydrogen from rice straw. Nutrients in most crop residue are not immediately available for crop use. Their release (called mineralization) occurs over a period of years. The biological processes involved in soil nutrient cycles are complex. As a rough guide, cereal straw releases about 10