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印度Ladakh地区沙棘叶、果实、种子蛋白含量与叶中硝基酶活性之间的关系 被引量:1
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作者 Ranjit Singh s.n.mishra +1 位作者 土小宁 陆海 《国际沙棘研究与开发》 2006年第2期15-19,共5页
沙棘是一种非豆科固氮植物。其蛋白的定性定量评价显示,除了海拔2530-3350m间的种类M-8以外,具有结节的植物普遍比没有结节的植物具有更高的蛋白质含量。在17个沙棘种类的叶,果实,种子中蛋白质水平随着海拔高度的变化在9.65~21.0... 沙棘是一种非豆科固氮植物。其蛋白的定性定量评价显示,除了海拔2530-3350m间的种类M-8以外,具有结节的植物普遍比没有结节的植物具有更高的蛋白质含量。在17个沙棘种类的叶,果实,种子中蛋白质水平随着海拔高度的变化在9.65~21.07mg/g鲜重之间变化。其中种子为1.62~5.11mg/g,果实中为0.68~3.51mg/g。数据显示,叶中硝基还原酶活性与蛋白含量存在正相关关系。在海拔较低的Ladakh地区(2500-2850m)发现的种类(M-2,8,13)比海拔高于2850m的种类具有更高的蛋白质含量(12.38~15.10mg/g鲜重),此外,在河畔生长的品种比丘陵斜坡上生长的种类蛋白含量更高。在荒芜的Ladakh地区,这种沙棘叶可能为人或动物提供多样的食物供给。可以鼓励农业或商业种植沙棘用于饲料。 展开更多
关键词 蛋白质含量 硝基酶活性
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在不同间距下豇豆基因型间竞争对产量评价的影响
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作者 ShivKumar s.n.mishra 谢国禄 《国外作物育种》 2003年第1期75-76,共2页
关键词 豇豆 基因型 产量 基因竞争
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Modelling the potential risk zone of Lantana camara invasion and response to climate change in eastern India 被引量:2
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作者 Sharad Tiwari s.n.mishra +7 位作者 Dharmendra Kumar Basant Kumar S.N.Vaidya Brojo Gopal Ghosh Sk Mujibar Rahaman Masjuda Khatun Sanjoy Garai Amit Kumar 《Ecological Processes》 SCIE EI 2022年第1期142-154,共13页
Background:The aim of this study is to elucidate the potential risk zones prone to the invasion of perennial ornamental plant Lantana camara,which is native to South America and has invasive tendency in Jharkhand,east... Background:The aim of this study is to elucidate the potential risk zones prone to the invasion of perennial ornamental plant Lantana camara,which is native to South America and has invasive tendency in Jharkhand,eastern India,for present(2020)and the future(2050)climatic conditions under four different Representative Concentration Pathways scenarios(RCPs).We analysed the current distribution pattern of L.camara in the plateau region of eastern India and identified potentially suitable habitats prone to its further infestation in the future under the climate change scenario.Results:Results showed the presence of L.camara invasion in~13%of the geographical area of Jharkhand,Cho-tanagpur plateau which may expand up to 20–26%by 2050 depending upon emission scenarios as characterised by the four RCPs.Analysis for the current scenario suggests the dominance of L.camara in sub-zone V(12.77%under high risk zones(HRZ)and 9.5%under critical risk zones(CRZ))followed by sub-zones IV(6.7%:HRZ;4.19%:CRZ)and VI(2.49%:HRZ;2.14%:CRZ).Future projection(2050)indicates a possible expansion of its distribution range across all agro-climatic sub-zones with dominance in sub-zones V and IV.Variable Bio_4(temperature seasonality)was observed as the most contributing factor for the distribution of L.camara for current and future scenarios across all RCPs.Suitable habitat for L.camara mostly occurred under natural vegetation(66.05%of CRZ and 60.71%of HRZ)and agriculture landscape(29.51%of CRZ and 34.48%of HRZ).Conclusions:The study provides an insight of invasion of L.camara in the plateau region of eastern India,and reveals wide distribution across all the agro-climatic sub-zones of Jharkhand,mostly in open and disturbed areas under natural vegetation and agriculture landscapes.Future projections for the year 2050 suggest a continuous increase in the expansion range of invasion across Jharkhand and call for urgent initiatives to combat its further invasion. 展开更多
关键词 Climate change FOREST INVASION Lantana camara MAXENT RCPs
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