| Plural | agropyrons |
agropyron repens
Finnish_translation
agropyron species
Finnish_translation
crested agropyron
Finnish_translation
agropyron cristatum
Finnish_translation
agropyron grass
Finnish_translation
siberian agropyron
Finnish_translation
desert agropyron
Finnish_translation
agropyron seeds
Finnish_translation
native agropyron
Finnish_translation
wild agropyron
Finnish_translation
agropyron is a genus of perennial grasses commonly found in temperate regions.
agropyron cristatum is widely cultivated as forage grass for livestock.
researchers have developed new agropyron cultivars with improved drought resistance.
agropyron species play important roles in soil conservation and erosion control.
the hybrid agropyron shows superior forage quality compared to traditional varieties.
farmers prefer planting agropyron in semi-arid regions for sustainable agriculture.
agropyron germplasm collections are essential for breeding programs worldwide.
the root system of agropyron helps improve soil structure and water retention.
agropyron is often used in rangeland restoration projects in arid climates.
scientists are exploring agropyron potential for bioenergy production.
the agropyron genome sequencing provides valuable insights for genetic improvement.
agropyron can tolerate high salinity soils better than many other grass species.
agropyron repens
Finnish_translation
agropyron species
Finnish_translation
crested agropyron
Finnish_translation
agropyron cristatum
Finnish_translation
agropyron grass
Finnish_translation
siberian agropyron
Finnish_translation
desert agropyron
Finnish_translation
agropyron seeds
Finnish_translation
native agropyron
Finnish_translation
wild agropyron
Finnish_translation
agropyron is a genus of perennial grasses commonly found in temperate regions.
agropyron cristatum is widely cultivated as forage grass for livestock.
researchers have developed new agropyron cultivars with improved drought resistance.
agropyron species play important roles in soil conservation and erosion control.
the hybrid agropyron shows superior forage quality compared to traditional varieties.
farmers prefer planting agropyron in semi-arid regions for sustainable agriculture.
agropyron germplasm collections are essential for breeding programs worldwide.
the root system of agropyron helps improve soil structure and water retention.
agropyron is often used in rangeland restoration projects in arid climates.
scientists are exploring agropyron potential for bioenergy production.
the agropyron genome sequencing provides valuable insights for genetic improvement.
agropyron can tolerate high salinity soils better than many other grass species.
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