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Introduction to the Agronomic Characteristics and Plant Traits of the Super High-Yield New Soybean Variety Tainan No. 7
The new green manure soybean variety Tainan No. 7 was developed by the Tainan District Agricultural Improvement Station through single-plant selection and pure-line breeding from green-pod bean and local green manure soybean landraces. The soybean cultivation cost for this variety should not be low! Tainan No. 7 has strong early growth vigor, high fresh plant biomass, tolerance to moisture, drought and
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Yesizhan: Main Agronomic Traits and High-Yield Cultivation Techniques of a High-Quality Conventional Rice
Yesizhan is a temperature-sensitive, early- and late-season dual-purpose, high-quality, high-yield variety bred by the Foshan Institute of Agricultural Sciences through sexual hybridization of Xiyepzhan 10 and Zhong'er Ruanzhan, and was approved by the Crop Variety Approval Committee of Guangdong Province in March 2005. Its main agronomic traits and high-yield cultivation techniques are introduced as follows: 1 Main agronomic traits. Yesizhan is early to mid-early maturing in the early season, with an average full growth period of 127 days; it is early maturing in the late season, with an average full growth period of 108 days. The plant is short and sturdy, with strong tillering ability, green leaf color, narrow and upright leaves, and the capacity to hold many panicles, with large panicles and dense grains, and good grain filling
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Detailed Explanation of Agronomic Supporting Techniques for Drip Irrigation Under Plastic Mulch in Cotton
Drip irrigation under plastic mulch is a technique that combines drip irrigation technology with plastic film mulching cultivation technology. Water is supplied through a controllable pipeline system; after water and fertilizer are mixed, they are delivered drop by drop evenly, at set times and in set amounts, moistening the crop root development zone and always keeping the root-zone soil loose and at optimal moisture. It reduces evaporation between crops and improves water use efficiency. 1. Irrigation regime. For subsurface drip irrigation, total water use was 175.48 million cubic meters. Dripping was done 9 times. For precision drip irrigation, total water use was 177.84 million cubic meters. Dripping
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Effects of Different Ages of Seedling Polygonatum cyrtonema on Agronomic Traits and Yield
Effects of Different Ages of Seedling Polygonatum cyrtonema on Their Agronomic Traits and Yield Fund projects: National Basic Drug Needed Chinese Medicinal Material Seed and Seedling Breeding Base Construction Project (2015SZ0034); Sichuan Provincial Public Welfare Research Institutes Basic Research Project...
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