海棠樹 的英文怎麼說
中文拼音 [hǎitángshù]
海棠樹
英文
cherry-apple tree-
Euonymus japonicus, buxus sinica, qiaogua cyclovirobuxine, daixienu : zhen, sisal, sophora japonica, chui huai, heavy liu, gold weeping willow, qu liu, sheng liu straight, acacia, liriodendron, luan tree, jingdong, france wu, jing feng, ginkgo, bauhinia, lagerstroemia indica, cherry tree, chuisi begonia, kwong ( red, white, purple, yellow ) magnolia, the flower rose ( 200 kinds of flowers abundance rose ( beijing red hat, yellow hat, manmu, etc. ), flowers ( fruit ) pomegranates, lamei, such as osmanthus
大葉黃楊、小葉黃楊、雀舌黃楊、大葉女貞、劍麻、國槐、垂槐、重柳、金絲垂柳、曲柳、直生柳、合歡、馬褂木、欒樹、青桐、法梧、青楓、銀杏、紫荊、紫薇、櫻花、垂絲海棠、廣（紅、白、紫、黃）玉蘭、大花月季（二百種豐花月季（北京紅帽、黃帽子，曼姆等） 、花（果）石榴、臘梅、桂花等。Ii ) some native spcies, eg. crateagus wilsonii, cerasus szechuanica, malus prati, toxicodendron verniciflua, are dominants and co - edificators in almost every woody communities
2 ）華中山楂、四川櫻桃、川滇海棠、漆樹等鄉土樹種在幾乎所有木本群落階段（針葉純林除外）都是優勢種或共建種。The purposes of this project were to further analyze the characteristics of their iron efficiency under iron stress, to study the physiological and molecular mechanisms of iron efficiency under iron deficiency in c. junos and m. xiaojinensis, and to analyze the spatial expression model of fcr ( ferric chelate reductase ) gene under iron stress with the hope to cast a new light on iron stress tolerance on the molecular level, to lay solid foundations for cloning fcr gene in c. junos and m. xiaojinensis, and to provide some basic data for creating new rootstocks with excellent complex characters and iron efficiency
本研究通過進一步分析香橙和小金海棠的耐缺鐵特性，研究它們耐缺鐵的生理原因和分子基礎，並通過分析三價鐵螯合物還原酶基因的空間表達模式，從分子水平上去探討植物耐缺鐵的原因，為從香橙和小金海棠中克隆三價鐵螯合物還原酶基因奠定基礎，並為人工創造耐缺鐵的果樹砧木提供基礎研究數據。From there my mother contemplated the broken pots of begonias, the rotted stubble, the trunk of the jasmine plant eaten away by ants, and she recovered her breath
我母親在那裡對著破了的秋海棠花盆，腐爛了的斷株和被螞蟻們吞噬著的茉莉樹干凝視良久，呼吸漸漸平緩下來。C. junos and m. xiaojinensis were found to be tolerant to iron chlorosis and were able to acquire iron from soils of low iron availability in previous field experiments, but the physiological and molecular mechanisms for their iron efficiency have remained unclear
基於此，本研究選擇了兩種果樹砧木，小金海棠和香橙因為它們在初步的田間鑒定中表現耐缺鐵，但它們耐缺鐵的生理及分子機制並不清楚。分享友人