The invention discloses an intensive high-yield data analysis and planting method of strong-gluten selenium-enriched wheat. The selenium-enriched, high-protein, high-yield and multi-efficacy planting of wheat based on quantifiable indexes is realized through data analysis and optimization of wheat varieties and construction of a basal-topdressing-leaf synergistic fertilization scheme. The data analysis and optimization of the wheat variety comprises selenium-enriched wheat plant or variety breeding based on scientific research test data, and further comprises wheat multi-variety combination optimization based on multi-dimensional orthogonal data analysis. The base fertilizer-topdressing-leaf synergistic fertilization scheme comprises base fertilizer guiding, topdressing guiding and leaf fertilizer guiding. According to the method, selenium-rich, high-protein, high-yield and multi-efficacy wheat planting based on quantifiable indexes is achieved. The data optimization method provided by the invention has wide applicability, and can be popularized to many theories and application researches of adjacent technical fields or agriculture and biology.
本发明公开了一种强筋富硒小麦的集约化高产数据分析及种植方法,通过小麦品种的数据分析优化以及基‑追‑叶协同施肥方案的构建实现基于可量化指标的小麦富硒、高蛋白、高产多效能种植。所述小麦品种的数据分析优化包括基于科研试验数据的富硒小麦植株或品种选育,还包括基于多维度正交数据分析的小麦多品种组合优化。所述基‑追‑叶协同施肥方案包括基肥导向、追肥导向、叶面肥导向。本发明实现了基于可量化指标的小麦富硒、高蛋白、高产多效能种植。本发明的数据优化方法具有广泛适用性,能够推广到邻近的技术领域或者农业和生物学的诸多理论和应用研究中。
Intensive high-yield data analysis and planting method of strong-gluten selenium-enriched wheat
一种强筋富硒小麦的集约化高产数据分析及种植方法
2024-02-23
Patent
Elektronische Ressource
Chinesisch
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