Metabolic syndrome(MetS),a cluster of modifiable metabolic conditions(including abdominal obesity,dyslipidemia,elevated blood pressure,and hyperglycemia),has become an essential contributor to the global health burden...Metabolic syndrome(MetS),a cluster of modifiable metabolic conditions(including abdominal obesity,dyslipidemia,elevated blood pressure,and hyperglycemia),has become an essential contributor to the global health burden and public health challenges worldwide.展开更多
The cluster planting pattern （3 plants per hole） for cotton （Gossypium hirsutum L.） may increase economic yield over those of the traditional planting pattern （1 plant per hole） in arid regions of China. This in...The cluster planting pattern （3 plants per hole） for cotton （Gossypium hirsutum L.） may increase economic yield over those of the traditional planting pattern （1 plant per hole） in arid regions of China. This increase in yield depends on either increased biomass production or greater partitioning to fruit. This study was conducted to determine whether differences in biomass accumulation or partitioning to reproductive growth contributed to higher yield in the cluster planting pattern compared with the traditional one. Growth parameters, biomass accumulation, crop growth rate and partitioning between cluster planting pattern and traditional planting pattern was compared in northwest of China. The biomass production and partitioning in cluster planting plot was higher than in traditional planting one. Biomass accumulation was faster early in the clustered treatment, and it was also higher at harvest time. Total dry matter production per unit area was significantly higher than in the traditional planting. On a per plant basis, dry matter accumulation was faster and total biomass production was significantly higher in the cluster planting pattern. Numbers of sympodia and boll sizes were also larger, indicating that facilitation among plants was promoting crop yield. The increase in yield in the cluster planting treatment occurred through increased partitioning of dry matter to fruits than in the traditional planting pattern, resulting in more bolls and increased lint yield in arid regions.展开更多
基金supported by the Foundation of National Key Program of Research and Development of China[grant No.2016YFC0900803]Science and Technology Innovation Team Support Plan of Colleges and Universities in Henan Province[grant No.21IRTSTHN029]+4 种基金National Natural Science Foundation of China[grant No.81573243 and 81602925]Henan Natural Science Foundation of China[grant No.182300410293]Science and Technology Foundation for Innovation Talent of Henan Province[grant No.164100510021]Science and Technology Innovation Talents Support Plan of Henan Province Colleges and Universities[grant No.14HASTIT035]High-level Personnel Special Support Project of Zhengzhou University[grant No.ZDGD13001]。
文摘Metabolic syndrome(MetS),a cluster of modifiable metabolic conditions(including abdominal obesity,dyslipidemia,elevated blood pressure,and hyperglycemia),has become an essential contributor to the global health burden and public health challenges worldwide.
基金supported by the National Natural Sciences Foundation of China(31300323)China Postdoctoral Science Foundation Funded Project(2014M552515)
文摘The cluster planting pattern （3 plants per hole） for cotton （Gossypium hirsutum L.） may increase economic yield over those of the traditional planting pattern （1 plant per hole） in arid regions of China. This increase in yield depends on either increased biomass production or greater partitioning to fruit. This study was conducted to determine whether differences in biomass accumulation or partitioning to reproductive growth contributed to higher yield in the cluster planting pattern compared with the traditional one. Growth parameters, biomass accumulation, crop growth rate and partitioning between cluster planting pattern and traditional planting pattern was compared in northwest of China. The biomass production and partitioning in cluster planting plot was higher than in traditional planting one. Biomass accumulation was faster early in the clustered treatment, and it was also higher at harvest time. Total dry matter production per unit area was significantly higher than in the traditional planting. On a per plant basis, dry matter accumulation was faster and total biomass production was significantly higher in the cluster planting pattern. Numbers of sympodia and boll sizes were also larger, indicating that facilitation among plants was promoting crop yield. The increase in yield in the cluster planting treatment occurred through increased partitioning of dry matter to fruits than in the traditional planting pattern, resulting in more bolls and increased lint yield in arid regions.
