期刊： GRASSLAND SCIENCE, 2022; 68 (4)
China launched the Grassland Ecological Subsidy Policy in 2011 for restoring grassland ecology by paying pastoralists to downsize stocking on the degr......
期刊： GRASSLAND SCIENCE, 2022; 68 (3)
The ZjHSP18.9 gene was isolated from Zoysiagrass by homologous cloning based on publicly available transcriptome database. Sequence alignment analysis......
期刊： GRASSLAND SCIENCE, 2022; 68 (4)
The addition of self-regenerating annual legumes into permanent pastures can benefit rapid forage growth in early spring, leading to increased pasture......
期刊： GRASSLAND SCIENCE, 2022; 68 (2)
DNA markers for the genes for flowering time (Ma1/SbPRR37, Ma2/SbEHD1, Ma3/SbPhyB, Ma4/SbCO, Ma5/SbPhyC, and Ma6/SbGHD7), semi-dwarfism (dw1 and dw2),......
期刊： GRASSLAND SCIENCE, 2022; 68 (1)
The objective of the study was to evaluate the effect of pre- and post-grazing targets on the forage accumulation and canopy characteristics of Marand......
期刊： GRASSLAND SCIENCE, 2022; 68 (2)
Elymus nutans is an important forage and ecological restoration herbage in the Qinghai-Tibet Plateau, which is an allohexaploid species with the StStY......
期刊： GRASSLAND SCIENCE, 2022; 68 (3)
The genetic diversity of the Vicia (Vicia L.) genus was analyzed using simple sequence repeat (SSR) markers. A total of 201 sampled individuals from 1......
期刊： GRASSLAND SCIENCE, 2022; 68 (4)
Sorghum (Sorghum bicolor [L.] Moench) is an important annual forage crop. Multiple harvests per year not only increase the total yield of sorghum but ......
期刊： GRASSLAND SCIENCE, 2022; 68 (2)
We proposed a mixture of animal husbandry and fruit tree industry: livestock grazing under an orchard layer to increase agricultural productivity per ......
期刊： GRASSLAND SCIENCE, 2022; 68 (2)
The aim of this study was to reveal the potential impact of botanically diverse pasture on the nutritional, physiological, and immunological status of......
期刊： GRASSLAND SCIENCE, 2022; 68 (3)
To reveal the genetic diversity and structure of cultivars and breeding materials of diploid Italian ryegrass (Lolium multiflorum Lam.) in Japan, usin......
期刊： GRASSLAND SCIENCE, 2022; 68 (3)
Naturally occurring forage species in the high-altitude pasturelands of Western Himalaya are traditionally being utilized for feeding of livestock. Ho......
期刊： GRASSLAND SCIENCE, 2022; 68 (3)
We investigated the maize grain yield in response to nitrogen topdressing at different planting densities and planting patterns (twin row, TR; narrow ......
期刊： GRASSLAND SCIENCE, 2022; 68 (4)
In order to make good use of Pennisetum grasses to relieve the shortage of animal feed, the nutrients, silage fermentation quality, and Cornell Net Ca......
期刊： GRASSLAND SCIENCE, 2022; 68 (3)
Orchardgrass (Dactylis glomerata) persists poorly in acidic soils. Not many studies have looked into the effects of fertilizers in improving orchardgr......
