秋季

基本解释 (translations)

autumn

与秋季相关的网络例句 [注：此内容来源于网络，仅供参考]

The aerobe of aerobic sewage liquid in summer were significant more than that in spring.②The anaerobe and anaerobe facultative of anaerobic sewage liquid in autumn were notablely significant more than that in winter.

2冬季厌氧沼液的厌氧培养和需氧培养的细菌数量，均极显著低于秋季；冬季好氧沼液中的需氧培养出的细菌数，显著低于秋季。

The result shows:(1) The four seasons of Jiangsu province could be divided easily and the difference between North and South areas was obvious. The length of winter of whole Jiangsu province is the longest, the next is summer, and the length of autumn is near the spring's.

通过分析四季的变化，结果显示：(1)江苏省四季分明，且南北有明显的差别，就全省常年平均而言，冬季最长，其次是夏季，秋季和春季长度很相近，秋季略短。

Fresno State, which had about 22,600 students this fall, will have about 22,100 next fall.

夫勒斯诺州这个秋季大约有 22，600 位学生，明年秋季将会有大约 22，100人。

Phenological data of 20 ligneous plants in Xi'an botanic garden from 1988 to 2002 was analyzed. The results showed that the spring phenological phenomena of all observed 20 ligneous plants had been earlier since 1988, while the autumn phenological phenomena of most observed 20 ligneous plants had been delayed. The response of the spring phenological phenomenon to the climate change was more obvious than that of autumn phenological phenomenon.

通过对1988-2002年西安市植物园20种木本植物物候资料的分析，结果表明：近十余年西安市植物园20种木本植物物候变化趋势明显表现为所有植物春季物候逐年提前、大多数植物秋季物候逐年推迟的趋势；春季物候对气候变化的响应程度显著大于秋季物候，大多植物生殖生长期的物候变化幅度大于营养生长期。

The present study investigatated the effect on the diversification of weed community, including weed abundance, dominance, evenness, biomass, and mean height after mulching straw and intercropping white clover in the tea plantation from 2005 to 2006. The results were as follows: 16 families and 31 species were found in total. In April, the dominant species characterized with slow growth, lower biomass, and less than 30 cm height; in July those who grow faster with higher biomass and height became dominant; In September, these malignant communities reduced, while the oxalis and diffusa characterized with lower biomass and low height gradually increased. In the three seasons, the weed abundance, community diversity and evenness increased, and the dominance, the biomass and average height of weeds remarkably reduced after intercropping white clover and muching straw.

结果表明：茶园共有杂草16科31属31种，春季（4月）以生长速度较慢、生物量小、株高在30 cm以下的杂草为主，夏季（7月）以生长快、植株高和生物量大恶性杂草为主，秋季（9月）恶性杂草开始减少，酢浆草、白花蛇舌草等生物量小、株高矮的杂草逐渐增多；稻草覆盖处理茶园春、夏和秋季3个观测时期杂草物种丰富度、多样性、均匀度等指数均高于清耕对照，优势集中性指数低于清耕对照；间种白三叶草处理春、夏和秋季3个观测时期杂草总数量和生物量均显著低于清耕对照，夏、秋季杂草平均株高显著低于清耕对照；稻草覆盖和间种白三叶草处理春季茶芽重和产量显著高于清耕对照，鲜叶中游离氨基酸含量高于清耕对照，茶叶感官评审得分高于清耕对照处理。

There are some isoforms of PAPs showing inhibitory ability to virus infection in various organs and at different stages of development. Three different species of the protein can be isolated from leaves of pokeweed. Proteins were precipitated with 50-80% ammonium sulfate from leaves in spring, summer and autumn respectively. Proteins were purified on SP cation-exchange then on MQ anion-exchange and finally on MS cation-exchange or on MQ anion-exchange. We found that some new pokeweed antiviral proteins separated from these leaves were different from PAP, PAPII and PAPIII.

对美洲商陆春季、夏季、秋季采集的叶片，用50-80％饱和度硫酸铵沉淀出来的蛋白样品，经过SP阳离子柱后，上MQ阴离子柱，然后把活性蛋白峰再上MS阳离子柱或MQ阴离子柱分离，从春季叶片中分离出四个不同的抗病毒蛋白峰；从夏季叶片中分离出二个不同的抗病毒蛋白峰，这两个蛋白峰与春季叶片中分离出的活性蛋白峰都能重叠上；但从秋季叶片中只分离出来一个抗病毒蛋白峰，它和春季、夏季叶片中分离出的活性蛋白峰都重叠不上。

There are some isoforms of PAPs showing inhibitory ability to virus infection in various organs and at different stages of development. Three different species of the protein can be isolated from leaves of pokeweed (PAP, PAPⅡ and PAPⅢ). Proteins were precipitated with 50-80% ammonium sulfate from leaves in spring, summer and autumn respectively. Proteins were purified on SP cation-exchange then on MQ anion-exchange and finally on MS cation-exchange or on MQ anion-exchange. We found that some new pokeweed antiviral proteins separated from these leaves were different from PAP, PAPⅡ and PAPⅢ.

对美洲商陆春季、夏季、秋季采集的叶片，用50-80％饱和度硫酸铵沉淀出来的蛋白样品，经过SP阳离子柱后，上MQ阴离子柱，然后把活性蛋白峰再上MS阳离子柱或MQ阴离子柱分离，从春季叶片中分离出四个不同的抗病毒蛋白峰；从夏季叶片中分离出二个不同的抗病毒蛋白峰，这两个蛋白峰与春季叶片中分离出的活性蛋白峰都能重叠上；但从秋季叶片中只分离出来一个抗病毒蛋白峰，它和春季、夏季叶片中分离出的活性蛋白峰都重叠不上。

At the same time, we studied population dynamics of seed-eating rodents in the autumn and the following spring. The results showed that, without enclosure protection, most of the seeds were predated due to high predation pressure in the autumn. The emergence rate of seedlings of all the studied species significantly increased under autumn protection, complete protection, and 1-4cm burial under soil covered by litter.

结果表明：秋季鼠类对种子的捕食压力大，使得种子在无保护的情况下很少存活到出苗；而秋季覆网保护和完全保护（覆网一直保留到第二年10月调查时为止）均增加了直播种子的存活和出苗率；将种子埋藏在土壤1-4cm也显著增加直播种了的存活率和出苗率，这与鼠类密度(12%)在秋季显著高于春季(2%)有直接关系。

The paper studied the physiological characteristics of the leaves of Cotinus coggygria Royal Purple with different colors in autumn. Three kinds of leaf colors were selected to measure the contents of chlorophyll, anthocyanin, phenylalanin ammo-nialyase activity and the water content in the leaves. The results showed that the leaves exhibited red if it had lower chlorophyll content, higher activities of PAL and higher content of anthocyanin. The green leaves had higher chlorophyll content, lower activity of PAL, less content of anthocyanin.

本研究以美国红栌秋季叶片为试材，选取红色，中间色、绿色三种颜色的叶片，测定其叶绿素、花色素苷、苯丙氨酸解氨酶活性及叶片组织中的含水量，讨论其对美国红栌秋季叶片着色的影响，结果表明：美国红栌秋季叶片中，红色叶片叶绿素含量较低，PAL酶活性较高，花青素苷的含量较高，所以叶色呈现红色；绿色叶片中叶绿素含量较高，PAL酶活性较低，花青素苷的含量较少，所以呈现绿色。

Seasonal variation of the distributions of microorganism in the root-zones of wetland plants (Phragmites australis, Zizania latifolia, Zizania latifolia etc.), the substrate layers of control SSPs, together with the effects of wastewater treatment were studied. The results are as follows: the numbers of microorganisms in the different plant root-zones were different; the purification effects were also different. The number of microorganisms in the substrate of the control plot becomes smaller with increasing depth. The numbers of bacteria in fall were higher than those in the summer for the three plant zones and the control, and the number of fungi and actinomyces in summer was much higher than that in the fall for control. As for fungi and actinomyces in the experimental systems, most of their difference between the summer and fall were not as big as that in the control.

通过对不同季节芦苇、茭白和香蒲等湿地系统植物根区、无植物对照基质微生物分布状况以及净化效果的研究，结果显示：（1）种植不同植物的湿地系统根区微生物数量不同，其湿地净化效果也不同；（2）对照系统微生物的数量随基质深度的增加而递减；（3）季节变化显示湿地系统秋季的细菌总数量比夏季高；但对照系统夏季的真菌和放线菌数量明显高于秋季；（4）湿地系统TP的去除率夏季高于秋季。

与秋季相关的网络解释 [注：此内容来源于网络，仅供参考]

autumn：秋季

>(Autumn)里两首曲子让我感动不已. 一首>(Colors/Dance),长达10分24秒的纯钢琴演奏,如同深埋于地窖的陈年老酒,醇香而绵长. 1980年,整个秋季的色彩,在纯净的音符里流转斑斓. 一首>(Longing/Love),从急至缓,

autumnal：秋季的

autotrophic succession 自營性消長 | autumnal 秋季的 | autumnal circulation 秋季循環期

autumnal circulation：秋季循环 秋季循環期

autotrophic succession 自养演替 自營性消長 N | autumnal circulation 秋季循环 秋季循環期 Y | auxanometer 生长计,植物生长测定器 生長計 Y

autumnal circulation：秋季循環期

autumnal 秋季的 | autumnal circulation 秋季循環期 | auxanometer 生長計

Cetus Ceti Cet：鲸鱼座 秋季 赤道

Cepheus Cephei Cep 仙王座 秋季 北天 588 27 0-0-3-10 60 | Cetus Ceti Cet 鲸鱼座 秋季 赤道 1231 4 0-2-1-11 100 | Chamaeleon Chamaeleonis Cha 蝘蜓座 南天 132 79 0-0-0-4 20

The first term is the Autumn Term：第一学期是秋季学期

the Spring Term and the Summer Term. ;春季学期和夏季学... | The first term is the Autumn Term. ;第一学期是秋季学期. | The Autumn Term begins in September and ends in December. ;秋季学期始于九月, 结束于...

Hydrus Hudri Hyi：水蛇座 秋季 南天

Hydra Hydrae Hya 长蛇座 春季 赤道 1303 1 0-1-5-13 20 | Hydrus Hudri Hyi 水蛇座 秋季 南天 243 61 0-0-3-2 20 | Indus Indi Ind 印地安座 秋季 南天 294 49 0-0-1-2 20

Lacerta Lacertae Lac：蝎虎座 秋季 北天

Indus Indi Ind 印地安座 秋季 南天 294 49 0-0-1-2 20 | Lacerta Lacertae Lac 蝎虎座 秋季 北天 201 68 0-0-0-2 35 | Leo Leonis Leo 狮子座 春季 赤道 947 12 1-2-3-12 70

Oak Autumn：秋季橡木

Nidhogg 灭绝巨龙U | Oak Autumn 秋季橡木U | Oak Autumn Burning 燃烧中的秋季橡木V

Oak Autumn Burning：燃烧中的秋季橡木

Oak Autumn 秋季橡木U | Oak Autumn Burning 燃烧中的秋季橡木V | Oak Stump 橡木残跟V