The results indicate that the mode can ameliorate soil in a certain degree and increase soil porosity and the contents of soil nutrients. It can also increase the percentage of excellent and commodity fruit and reduce the percentage of abnormal fruit and the times of diseases and pests. The mode can increase renewable biogas energy, so it can reduce fossil fuel demand and protect environment. The mode has a great economic value. It can increase rural people's incomes and the economic benefit of apple orchard.
1果畜沼复合经营模式一定程度上改良了土壤，降低土壤容重，增加了土壤养分；(2)果畜沼复合经营模式可以提高果园地优果率和商品果率，降低畸形果率和病虫害发生次数；(3)增加了沼气这种可再生能源，减少了石化燃料的需求，保护了环境；(4)该经营模式具有良好的经济效益，增加了农村的收入，提高了果园的经济生产力。
Shield construction is a complicated systemic engineering that rely much on geological conditions. The settlement of ground surface caused by shield construction has many factors, but one of the important factors is stratum losses caused by the disturbing of surrounding rock mass in construction. Among those stratum losses, the loss resulted from the soil in front of shield machine is not effectively balanced by earth and water pressure and the gap between the lining andexcavated tunnel cavity is not backed-filled timely and sufficiently is abnormal and harmful, and is the primary reason to the ground surface undue settlement.
盾构施工是一个复杂的系统工程，对地质情况的依赖性很大，盾构施工引起地面沉降的原因是多方面的，但因为施工对围岩产生扰动，使围岩产生地层损失是最主要的原因之一，在这些损失中，由于盾前土体没有得到有效的水土压力平衡及管片外侧间隙没有得到及时有效的充填，产生的地层损失是不正常及非常有害的，是地面产生不正常沉降的主要原因。
Based on the Changxing Agricultural Geologic Environment Survey in Zhejiang Province, the paper marks the abnormal plot of some elements in the soil of surface layer in Meishan Basin, such as Cd、Hg、As、Ni、Pb、S、Br、Cl、F, and lays emphasis on the spatial distribution of the abnormalism, and also evaluates the environmental quality of soil and shallow groundwater preliminarily. The results show that enormous coal gangue was stacked with open-air as a result of coal mining of Meishan Basin.
文章以长兴县农业地质环境调查结果为依据，结合区域浅层、深层土壤及浅层地下水测试分析数据的统计特征，圈定了煤山盆地土壤中Cd、Hg、As、Ni、Pb等重金属和与采煤有关的S、Br、Cl、F等不同元素的地球化学异常图，重点分析了异常的空间表现特征，并对土壤、浅层地下水环境质量进行初步评价。
The abnormal winter and spring snow coyer over the Tibetan Plateau can affect the atmospheric circulation and Asian summer monsoon precipitation in terms of changing ground surface albedo, temperature and thermal condition, absorbing heat and increasing the soil moisture through melting process at the end of spring.
高原冬春季积雪异常通过引起高原地表反射率、温度和感热的变化，以及春末融雪吸热和增加土壤湿度而影响大气环流的变化，最终引起亚洲夏季风降水的变化。
Element contents of the soil with the granularity in 0 mesh reflect the geochemical characteristics of Hetao area. Parent material is the first factor that determines the elements'concentrations. For example, piedmont alluvial fan of Lang-shan is an abnormal sedimentary assemblage mainly with polymetallic material and dispersed elements.
20目粒级的土壤元素含量反映了河套地区的元素地球化学特征，同时不同成土母质决定了不同的元素富集与贫化特征，狼山山前冲积扇中是一套以多金属及分散元素为主的异常组合。
Hg, Cd, As, Cr showed normal distribution and there were significant correlations among them, but no significant correlation was existed between them and Pb that displayed abnormal distribution, indicating the characters of excellent correlations and high homologue of soil pollutants.
Hg、Cd、As、Cr两两之间均显著相关，呈正态分布，Pb无显著相关，呈非正态分布，表明土壤污染物的性质和特征具有共同性，关联性好，同源性高。
The negative balance of soil moisture means the loss of rain water through evaporation, transpiration consumption and surface runoff, thus has no excess water through the soil to recharge groundwater, this belong to a abnormal water cycle type.
正常降水年土壤水分的负平衡指示该区大气降水在经过蒸发、蒸腾消耗和地表径流损失之后，已没有多余的水分通过土壤向深层入渗补给地下水，属于异常水分循环类型。
For example, " empty hole " emerged in ozonosphere, desertification extended, soil and water loss was aggravated, rate of forest cover dropped rapidly and there was crisis of water and abnormal change of climate all over the world.
如臭氧层空洞的出现，沙漠化扩大，水土流失加剧，森林锐减，水资源危机以及近年来全球气候的明显异常。
Abnormal phenomena in ultimate bearing capacity of bored piles is mainly attributed to construction factors, such as soil characteristics, the relative displacement of pile and soil, pile bottom sediments, drilling tiem, bore retaining and cleaning, etc.
分析表明，施工造成的桩周土的性质，桩土相对位移，桩端沉渣，成孔时间，护壁清孔方式等因素的不同均会对单桩极限承载力产生重要影响。
In the drilling process, should be kept clean hole soil, encountered hole collapse, shrinkage and other abnormal situations, timely solution.
在钻进过程中，应随时清理孔口积土，遇到塌孔、缩孔等异常情况，应及时研究解决。
" Abnormal " phenomena of compressive curve and " inverse big " of coefficient if compressibility often occur when the compression test of satured soft soil is being done.
饱和软土压缩试验时，经常出现压缩曲线反常、压缩系数倒大的现象。
Through spot investigation and soil analysis, the main reason why puncture leakages happened was that the abnormal operation caused the industrial waste water to permeate into the external surface of underground pipe and thus led to corrosion destroy of the oil pipe.
通过现场调查、土壤分析，弄清了油管穿孔漏油的主要原因是茶港化工厂内操作不规范而造成工业废液渗入到地下管道外表面，从而引起油管的腐蚀破坏。
" Abnormal " phenomena of compressive curve and " inverse big " of coefficient if compressibility often occur when the compression test of satured soft soil is being done.
饱和软土压缩试验时，经常出现压缩曲线反常、压缩系数倒大的现象。
During remediation experiment, the addition of benzene acid and Tween 80 gave higher CO2 evolution. The result of Microtox assay showed good correlation between aromatic rings of PAHs at low concentration. The Medaka embryo toxicity test had presented that while eggs were exposed to the soil extracts from fluoranthene and pyrene at high concentration (3mg PAHs/g soil), the embryo showed low hatch ratio、bleeding, high abnormal ratio and delayed mature period. The addition of composting materials for remediation study showed strong embryo toxicity to Medaka embryo at all test concentration.
青鱂鱼鱼卵试验部分，受单一与混合PAHs污染土壤之萃取物对青鱂鱼鱼卵孵化影响，当暴露在浓度3 mg PAHs /g soil时，及四环的Fluoranthene与Pyrene之下，皆有高未孵化率、高出血率、高畸形率及孵化天数的延迟现象产生；而在复育实验之土壤萃取物对青鱂鱼鱼卵孵化之影响，以添加酸性界面活性剂与中性界面活性剂实验组其鱼卵之未孵化率皆为零，与Microtox毒性测试结果有良好的关连；加入不同复育添加剂中，则以添加菜肥之实验组，对於青鱂鱼鱼卵孵化之影响为最大。
In this article, the author analyzes the causes of abnormal static load test of pipe pile in soft soil stratum, puts forward reasonable advices from design and construction aspect.
对软土地质条件下管桩静载荷试验异常原因进行研究分析，从设计和施工角度提出了合理建议。
Irrigation treatment of soil moisture content 60r70% was so little water that it was not meet the demands of melon in fruit stage, lead to happening rate of abnormal was very high, so the quality of melon was very bad.
本试验发现初瓜期甜瓜叶片脯氨酸含量随着土壤含水量的降低而增加；盛瓜期和末瓜期甜瓜叶片脯氨酸含量不在随着土壤含水量的降低而增加。