查询词典 extinction zone

The Russian Federation national autonomous prefectures and autonomous zone Autonomous and self-map area population (one million square serial zone million, capital km 190 1-1 Jewish Autonomous 3.6023. 20 to Robbie Zhan 1-2 Nenets autonomous post-secondary 17. 677.50 District naryan mar 1-33. 2925.20 Komi - Perm green card Er Yake Kurdish autonomous zone 1-4 Khanty - Mansi from 52. 31,130.50 Hunter - Man Xisi Governance Area g 1 -575. 0329.30 Yamal - Nie Nie pod out Haerdeci self-government in autonomous prefectures and autonomous area map area population (one million square serial zone million, capital km 190 1-6 Temel self-designed 86. 217.20 dudinka District 1-7 Avon-based self-government tertiary 76.762. 40 Fig tension zone 1-8 Ust - Orr 2. 2418.90 Darboux Li Yate from Ust - Austria Er-Governance Center Deng Siji 1-91. 909.50 Aga - Buliyaa Jin Sike that special autonomy zone 1-10 Chukotka autonomous professionals 73. 7720.20 Anadyr District 1-11 Coria grams of self-government 30. 154.80 Palana Russia, a vast area across most parts of Eastern Europe and Northern Asia.

俄罗斯联邦民族自治州和自治专区图中自治州及自治面积（人口（序号专区名万平方万人，首府公里）190）1—1犹太自治州3.6023.20比罗比詹1—2涅涅茨自治专17.677.50区纳里扬马尔1—33.2925.20科米—彼尔米库德绿卡尔亚克自治专区1—4汉特—曼西自52.31130.50汉特—曼西斯治专区克1—575.0329.30亚马尔—涅涅蒴列哈尔德茨自治专区图中自治州及自治面积（人口（序号专区名万平方万人，首府公里）190）1—6泰梅尔自治专86.217.20杜金卡区1—7埃文基自治专76.762.40图拉区1—8乌斯季—奥尔2.2418.90达布里亚特自乌斯季—奥尔治专区登斯基1—91.909.50阿加—布里亚阿金斯科那特自治专区1—10楚科奇自治专73.7720.20阿纳德尔区1—11科里亚克自治30.154.80帕拉纳专区俄罗斯幅员辽阔，横跨东欧和北亚大部分地区。

1Niche construction can lead to stable coexistence of diverse genotypes in spatially structured population, which supports a stable polymorphism even without heterozygote superiority.(2)With habitat deterioration, niche construction accelerates the formation of steady polymorphism and hence impedes the harmful influences of environment on the population, which might embody a life-history strategy of organism under the unfavorable environment.(3)Niche construction results in the coexistence with alternative polymorphism through genotype-environment feedback and limited gene flow.(4)The niche-constructing organism is an active force to alter its environment and hence the direction of natural selection in order to better survival.(5)Spatial dynamics and distribution pattern of metapopulation are profoundly influenced by time-lagged niche construction.(6)Metapopulation size can reach a fixed level in the recency effect and equal weighting of time lag but is statistical stability in primacy effect, which implies the primacy effect is most remarkable.(7)The increment in the relative weightingof each generation\' niche construction and the length of time lag are significant factors for system destabilization.(8)Moderate capacity of positive niche construction benefits the metapopulation persistence.(9)The narrowing of niche breadth can decrease the metapopulation size and thereby increase the extinction risk.(10)The coupled function of time lag and niche construction make the system oscillation and generate the spiral wave, spiral-broken and circular wave in heterogeneous habitat.The spatial distributions of metapopulation and resource content are complementary due to a phase lag of their both frequencies.(12)Metapopulation persistence with niche construction depends not only on the balance between colonization and extinction, but also on the balance between the ability of niche construction and natural dissipation of habitat.(13)Metapopula-tion can survive under certain condition when the percent of suitable patches in habitat is lower than the ration of extinction to colonization.(14)Two thresholds exist in the process of transition of habitat quality dynamics from unsuitable to suitable, which include the intensity of niche construction and the initial condition of system.(15)Metapopulation size is positive correlated with the ability of positive niche construction, which means that organism or population who has strongly positive influences on their environment plays an important role to maintain the available habitat.

通过上述几个方面的研究，主要得出以下15条结论：(1)生态位构建可使空间结构种群，甚至是在没有杂合子优势的条件下，形成多种可能的稳定基因型分布模式；(2)随着环境的破坏与恶化，种群的生态位构建作用加速其较早形成稳定多态以阻碍环境对种群的不利影响，解释了有机体在不利环境下的一种生活史对策；(3)生态位构建作用通过基因型—环境反馈机制及有限的基因交流导致基因型多态的稳定共存；(4)有机体的生态位构建作用是一种积极的动力改变环境进而改变其自然选择的方向；(5)生态位构建的时滞作用对集合种群动态和空间分布产生深刻影响；(6)集合种群大小在时滞的崭新效应和等权重效应下达到一固定值，而在首位效应下达到统计稳定，表明首位效应的影响最显著；(7)首位效应下生态位构建相对权重的增量和时滞的长度是影响系统不稳定性动态的关键因素；(8)适中的生态位构建强度有利于集合种群的续存；(9)生态位宽度变窄会减少集合种群的数量从而增加其灭绝风险；(10)时滞和生态位构建的双重作用使系统产生周期振荡，并在异质性环境中产生稳定的螺旋波，破碎的螺旋波和环形波三种分布模式；(11)集合种群与资源含量的空间分布因为相滞而互补；(12)具有生态位构建的集合种群续存不仅取决于侵占率与灭绝率之间的平衡，而且依赖于生态位构建能力同其生境的自然消耗速率之间的妥协；(13)当生境中适合侵占的斑块比例小于其侵占率与灭绝率之比时，生态位构建作用促使集合种群在一定条件下续存：(14)生境斑块的状态从不适合到适合转变过程中存在生态位构建强度和系统初始条件这两个阈值；(15)集合种群的大小同正生态位构建能力正相关，意味着对环境具有较强正作用的有机体对维持有效生境起积极作用。

Contrastingly, when taking spatial patterns into consideration, species extinction can also be classified into two types: extinction of superior competitors and extinction of inferior competitors.

获取生境毁坏对种群动态影响的长期和大尺度的试验的花费十分昂贵，而且需要的时间很长，因而可靠信息的获取非常的困难。

The applied scope of the extinctive prescriptions can be classfied into three kinds:"the extinction of obligatory properties";"the extinction of obligatory rights and other non-ownership properties" and "the extinction of rights of claim".

诉讼时效制度的适用范围应扩大到人身权、请求权、物权请求权等几乎所有的民事法律关系；不仅国家财产应属诉讼时效制度的限制，仲裁时效亦应属于诉讼时效的范畴。

The applied scope of the extinctive prescriptions can be classfied into three kinds:"the extinction of obligatory properties";"the extinction of obligatory rights and other non-ownership properties" and "the extinction of rights of claim".

诉讼时效制度具有广泛的适用性，许多的民事法律关系都可以适用诉讼时效制度；但法律出于对某些民事法律关系予以特殊保护的重要性，以及某些民事法律关系自身所具有的特殊性而不能或不应适用诉讼时效制度。

Histamine deficiency markedly potentiated the acquisition of learning in cued and contextual fear conditioning in the HDCKO mice,but had no effect on cued and contextual fear extinction.However,histamine deficiency potentiated the inhibitory role of morphine withdrawal in cued fear extinction.Consistent with the behavioral results,morphine withdrawal decreased ERK phosphorylation in the amygdala and mPFC but not in the hippocampus of WT and HDCKO mice,and ERK might not be phosphorylad in the amygdale and mPFC of HDCKO mice after the 4th training of cued fear extinction.

但HDCKO小鼠增强了吗啡戒断对线索恐惧记忆消除的抑制作用，与行为学实验结果相一致是，，吗啡戒断能明显降低WT和HDCKO小鼠在线索恐惧记忆消除第4次训练后杏仁核和mPFC脑区的ERK磷酸化水平，但对海马脑区的ERK磷酸化没有作用；HDCKO小鼠在线索恐惧记忆消除训练的第4次训练后杏仁核、mPFC脑区的ERK蛋白没有明显磷酸化激活。

Fear conditioning and extinction model was established by electric-foot accompanied with tone, then only tone but no shock. We observe the effects of pre-extinction L-NAME injection on extinction learning and memory abilities.

采用足底电击结合声音建立恐惧条件化，然后只呈现声音而无电击进行消退，建立恐惧条件化与消退模型，在消退前注射L-NAME，观察大鼠的恐惧消退学习记忆能力。

After the analysis it was concluded that the mean velocity fluctuations of the strata under Jidike Group in this working area could be divided into three zones: the minor velocity fluctuation zone in southern Dalaoba tectonic belt, the steep velocity fluctuation zone of the foreslope in middle YK structure and the zone from the bowtype thrusting tectonic belt in northern Qiulige to the minor velocity fluctuation zone in YK tectonic zone. On the basis of a good command of the regular patterns of the velocities in vertical and horizontal dimensions in the investigating area, the stack velocity was interpreted in a interactive mode by using the Depthteam Express modelling package of the Landmark system, converting the stack velocity into mean velocity by means of Dix formula. Based on the well drilling layering data, the velocity correction was executied to get the final corrected velocity model by using the Kriging Correction. By using this velocity model, we did the time to depth conversion and obtained the final depth structural map. After mapping by using the variable velocities, we came in for the display of the tectonic map of the seismic data.

经研究认为本区的吉迪克组以下层位平均速度变化可分成三个变化区域：南部大涝坝构造带速度变化平缓区；中部亚肯构造前缘斜坡区速度变化强烈区；北部秋里塔格弧形逆冲构造带前缘至亚肯构造带速度变化平缓区，在撑握工区速度纵、横向变化规律基础上，应用Landmark解释系统Depthteam Express速度建模软件包对迭加速度进行交互解释，利用DIX公式把迭加速度转换成平均速度，根据区内钻井分层数据采用克里金校正方法进行速度校正，得到最终校正后的速度模型，用此速度模型进行时深转换，得到最终的深度构造图，此次变速成图后，得到地震资料构造图显示。

With its 90% of green coverage , the scenic spot is a typical primeval forest ecosystem in the north china ,growing over 600 species of over 100 families plants which are grown in tropic zone ,sub-tropic zone, warm temperate zone, temperate zone and frigid zone. some of which are the national key protection including wild walnut, macrame, wild grape, cat's eye herb.

景区森林覆盖率达90%以上，是我国北方典型的原始森林生态系统，生长着热带、亚热带、暖温带、温带、寒带等区域的高等维管束植物100多科600多种，其中有国家重点保护植物如核桃楸、梳苏、野葡萄，猫眼草等几十种。

On the basis of plan form and crosscutting relationship of the faults, two kinds of tectonic systems were developed in Wu-Xia area, one was strike north-east, and another was strike east-west, the first was developed early and control the structural framework of Wu-Xia area, after that three times longitudinal compress action was happed. According to the intensity of tectonic deformation, The Wu-xia faulted zone from north to south can be divided into the thrust faulted belt, the fault fold belt and the monocline belt. from east to west have three regulatory faults, Wuerhe fault fold belt, Wuxia thrust faulted belt and Xiahong fault fold belt. Base on that 9 secondary structural unit can be divided.Structural accommodation zone and the distribution of reservoir strata have intimate business connection. Usually, Structural accommodation zone was the source zone of arenaceous sediment. The Wu-xia faulted zone have 3 kinds of structural accommodation, concordant approach, concordant overlap and concordant colinearity.

首先研究本区的构造特征，根据断裂的平面形态及相互切割关系，乌夏地区发育两种构造体系：北东向构造体系和近东西向构造体系，前者形成早，控制了该区的构造格局，晚期有3次近南北向挤压作用叠加；乌夏地区南北根据构造变形的强度不同分为冲断带、断褶带、单斜带，东西由于横向调节断层的存在分为乌尔禾断褶区、乌-夏冲断区和夏-红断褶区，进一步划分为九个次级单元；构造调节带与储集层的分布关系密切，通常是大量富砂质沉积的源区，乌夏地区发育三种类型的构造调节带：同向接近型、同向叠覆型和同向共线型。

Consumer preference ; fuzzy partial ordering relation ; condorect function

消费者偏好；模糊偏序关系； condorect函数

And she doesn't have a cat, she has a Mexican hairless.

而且她不养猫，她养了一只墨西哥无毛犬。