灰葉素 的英文怎麼說
中文拼音 [huīyèsù]
灰葉素
英文
tephrosin-
The bride who was given away by her father, the m conifer of the glands, looked exquisitely charming in a creation carried out in green mercerised silk, moulded on an underslip of gloaming grey, sashed with a yoke of broad emerald and finished with a triple flounce of darkerhued fringe, the scheme being relieved by bretelles and hip insertions of acorn bronze
她穿著款式新穎的綠絲光綢長衫，跟裏面那件素淡的灰襯衣一樣可身。腰系翠綠寬飾帶，下擺上鑲著顏色更濃郁的三道荷葉邊。在這樣的底色上，襯托以近似橡子的褐色吊帶和臀飾。Niche breadth of four dominate populations at three age groups was studied by the methods of resource utilization ability and ratio. the result shows that : symplocos sectchuanensis is a typical gengeration species whi ch resource utilization ability is strong, and distribution is wide. meanwhile, go rdonia acuminata, castanopsis fargesis and pinus massoniana specialized at some d egree in resource utilizationm, their distribution is limited. especially, the ju venile of pinus massoniana specialized outstandingly. with the devlopment of pinu s massoniana, which is the pioneer population in mt. jinyun, the environment become s unfit to it ' s juvenile. it turns to needle and evergreen broad - leaves mixed fo r est. because the tolerance toward shading of gordonia acuminata is lower than tha t of castanopsis fargesis, gordonia acuminata will be substituted by castanopsis fargesis and other evergreen broad - leaves species are the edificators. the popul ation ' s ability of resource utilization is the inner factor of population distri bution and community succession. the distribution of light and the concentrate of nutrient ( such as n ) is the outer factors of community succession
對縉雲山森林植被的4個優勢種群3個年齡級生態位寬度進行了研究.結果表明，川灰木利用資源的能力最強、分佈廣，為典型的泛化種.大頭茶、栲樹、馬尾松對資源的利用在一定程度上特化，分佈上有一定的局限性.馬尾松的中齡組與幼齡組特化現象十分顯著.縉雲山森林植被的先鋒種馬尾松的發展，導致環境的改變不適于其幼齡個體的生長，群落演替到針闊葉混交林階段，最後發展為以栲樹等為建群種的常綠闊葉林.種群的資源利用能力，是種群分佈與群落演替的內在原因，光因子和營養元素（如n ）是群落演替的主要外部動力Based on 2 - d - optimum orthogonal design field experiment in the jointing - heading period of phleum pratense l., the results show that potassium content is the most productive on the seed yield, phosphorus comes next and nitrogen the least
摘要採用二因素d -飽和最優設計，通過貓尾草拔節抽穗期的根氮、磷、鉀和莖葉氮、磷、鉀的含量對其種子產量和產量因子進行灰關聯熵分析。5. rgb color value was distinguished in different parts of leaf. in order to make sure the results were right, we diagnosed the total part of one leaf or averaged the 9 parts of the leaf
5 、同一葉片rgb灰度值的縱向比較結果顯示綠色灰度值紅色灰度值藍色灰度值，這與葉片中葉綠素對綠光、紅光和藍光的反射率是相關的。分享友人