inter-fertility

inter-fertility的基本解释

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互交可孕性

与inter-fertility相关的网络例句 [注：此内容来源于网络，仅供参考]

For 480 days of decomposition, the decomposition rate was highest in soil with medium fertility and lowest in soil with low fertility among three type of fertility. The decomposition of water soluble factions and lignin were promoted in medium fertility soil. However, alcohol-benzene soluble fraction, and semi-cellulose and cellulose fraction were decayed acceleratedly in soil with high fertility. Furthermore, more humic substance was formed and energy states of decayed corn stalk was highest in soil with high fertility.

腐解480 d，3种肥力间比较发现，玉米秸秆在中等肥力田块上矿化率最高，低肥力田块上的最低；中等肥力土壤能够促进玉米秸秆中的水溶性有机组分和木质素的分解，而高肥力土壤能够促进苯–醇溶性组分和半纤维素、纤维素分解，并有利于腐殖物质的形成，而且腐解物的能态最高。

Inter has maintained strong links with China since then, particularly in recent years with initiatives such as the participation of Inter Campus Qingdao children in friendly matches and summer camps at Inter Campus Italy clubs, the summer friendly match against Shanghai International (now called Xi'an Chanba) in Trento in 2004, and last season's Serie A matches against Livorno and Lazio with the Pirelli logo on Inter's shirts in Chinese characters.

近年来，通过主动参与与国米青岛足球学校的友谊赛和举办国际米兰意大利互动俱乐部的夏令营，这种关系有所加强。2004年在特伦托国际米兰还参加了同上海国际的夏季友谊赛，在上赛季同利沃诺和拉齐奥的比赛中，蓝黑战士们还穿上了印有中文倍耐力商标字样的队服。

The soil urease and invertase activity effected by Hg was investigated in different fertility soils. The results show that soil urease activity、maximum reaction velocity (Vmax、Vmax/Km) and reaction velocity constant k have remarkably negative correlation with Hg concentration so that these can be used as ecological indexes of soil polluted by Hg, Km changes a little indicating that the reaction mechanism of Hg and urease is nonreversible competitive restraint. Urease of low soil fertility is more damaged by Hg than that of high soil fertility, with severe pollution at Hg concentration of 6.00 and 14.79mg/kg respectively; while invertase is less sensitive to Hg than urease. Cultural time has less influence on the relationship of soil enzyme and Hg concentration.

对不同肥力土壤脲酶和转化酶活性受汞影响进行了研究，结果显示，土壤脲酶活性、最大反应速度Vmax 、Vmax/Km和反应速度常数k与汞浓度呈现显著或极显著负相关关系，表明其可作为土壤汞污染的生态指标；米氏常数Km则变化较小，表明汞与脲酶作用机理为不可逆竞争抑制；低肥力土壤脲酶比高肥力土壤脲酶受汞毒害作用更强，当汞浓度分别为6.00和14.79mg/kg时即达到严重污染；而转化酶对汞的敏感性较差；培养时间对土壤酶与汞浓度间关系影响较小。

与inter-fertility相关的网络解释 [注：此内容来源于网络，仅供参考]

soil fertility：土壤肥力质量

土壤肥力指数:Soil Fertility Index | 土壤肥力质量:Soil fertility | 土壤肥力质量:soil fertility nutrients

soil fertility：环境质量

土壤微生物:soil fertility | 环境质量:soil fertility | 土壤肥力:Soil fertility

fertility factor：性因子

fertility 受精能力 | fertility factor 性因子 | fertility restore gene 育性恢复基因