Transboundary Region(跨境地区)研究综述
Transboundary Region 跨境地区 - The human-altered soils in Fergana are considered a key component of the transboundary region between sub-boreal and sub-tropic climatic zones. [1] Hence, transboundary regions must primarily adhere to local contemporary conservation and management, and not solely rely on the assumption of strong regional connectivity built historically. [2] Individual case studies and the interrelation matrix between various natural hazards are also presented so as to depict multihazard consequences in the transboundary region. [3] This study is located at the Usumacinta watershed, a transboundary region that shares a common history, with similar biophysical properties and economic constraints which have led to large land use/cover changes. [4] Through three case study regions, we highlight land-cover change dynamics that have occurred in this remote, transboundary region over the last two decades. [5] The Tigris-Euphrates basin is a transboundary region in the Middle East shared between six countries, but a recent fine-scale LULC map of the area is lacking. [6] Conservation decision-making in transboundary regions presents considerable challenges for protected area managers working in countries with differing languages, laws, and cultures. [7] The model is applied to the transboundary region of the Geneva basin in Switzerland and allows for the integration of the darkness factor into the existing ecological networks. [8] This approach can be used to assess the effectiveness of environmental and economic integration of transboundary regions, characterized by complex and conflicting environmental and economic interactions. [9] The attention of the supranational level to transboundary regions increased with the development of regional policy. [10] In an effort to fill this knowledge gap, three interconnected land use types (cropland, mountain pasture, and plain pasture) with six sampling sites (Chinese cropland (CC), Chinese mountain pasture (CM), Chinese plain pasture (CP) Mongolia cropland (MC), Mongolia mountain pasture (MM) and Mongolia plain pasture (MP)) were selected in the transboundary regions of northwest China and western Mongolia. [11] We use an example of a transboundary region of Southern Africa and apply a set of hypothesized, simulated data to illustrate how one might use the framework to assess vulnerability based on empirical data. [12] Byrevealing these hidden histories, this dissertation demonstrates how the lower Orinoco presentedopportunities and obstacles to imperial and subaltern ventures, and it illuminates the history of atransboundary region that emerged in the absence of effective state power. [13] The differences among countries in terms of physical features, governmental policies, priorities in short- and long-term water resources management may lead to conflicts in managing and sharing of water resources over the transboundary regions. [14] The current study implements a Geographic Information System (GIS) based method that can provide useful information regarding the delineation of dam-break flood-prone areas in both data-scarce environments and transboundary regions, in the absence of detailed studies. [15]费尔干纳的人为改变的土壤被认为是亚寒带气候带和亚热带气候带之间跨界区域的关键组成部分。 [1] 因此，跨界区域必须主要坚持当地的当代保护和管理，而不是仅仅依赖于历史上建立的强大区域连通性的假设。 [2] 还介绍了个别案例研究和各种自然灾害之间的相互关系矩阵，以描述跨界地区的多种灾害后果。 [3] 这项研究位于 Usumacinta 流域，这是一个具有共同历史的跨界区域，具有相似的生物物理特性和经济限制，导致土地利用/覆盖变化很大。 [4] 通过三个案例研究区域，我们强调了过去二十年来在这个偏远的跨界地区发生的土地覆盖变化动态。 [5] 底格里斯-幼发拉底盆地是中东的一个跨界地区，由六个国家共享，但缺乏该地区最近的精细比例尺 LULC 地图。 [6] nan [7] 该模型应用于瑞士日内瓦盆地的跨界地区，并允许将黑暗因素整合到现有的生态网络中。 [8] 这种方法可用于评估跨界地区环境和经济一体化的有效性，其特点是环境和经济相互作用复杂且相互冲突。 [9] 随着区域政策的发展，超国家层面对跨界区域的关注日益增加。 [10] 为了填补这一知识空白，三个相互关联的土地利用类型（农田、山地牧场和平原牧场）与六个采样点（中国农田 (CC)、中国山地牧场 (CM)、中国平原牧场 (CP) 蒙古农田） （MC）、蒙古山地牧场（MM）和蒙古平原牧场（MP）在中国西北部和蒙古西部的跨界地区被选择。 [11] 我们以南部非洲跨界地区为例，并应用一组假设的模拟数据来说明如何使用该框架根据经验数据评估脆弱性。 [12] 通过揭示这些隐藏的历史，本文展示了下奥里诺科如何为帝国和从属企业提供了机遇和障碍，并阐明了在没有有效国家权力的情况下出现的跨界地区的历史。 [13] 各国在自然特征、政府政策、短期和长期水资源管理重点方面的差异可能导致跨界区域水资源管理和共享的冲突。 [14] 目前的研究实施了一种基于地理信息系统 (GIS) 的方法，该方法可以在缺乏详细研究的情况下提供有关在数据稀缺环境和跨界地区划定溃坝洪水易发区域的有用信息。 [15]
Kazakhstan Transboundary Region
The most threatened of natural areas of preferential protection in the Orenburg-Kazakhstan transboundary region are detected on the grounds of geodata analysis. [1] The study addresses the specific features of the use of water resources in the Russia- Kazakhstan transboundary region. [2] The study is aimed at examining the regional specifics of using water resources in the Russian‐Kazakhstan transboundary region, taking the current hydroclimatic situation into account. [3]在地理数据分析的基础上，发现了奥伦堡-哈萨克斯坦跨界地区最受威胁的自然优先保护区域。 [1] 该研究探讨了俄罗斯-哈萨克斯坦跨界地区水资源利用的具体特点。 [2] 该研究旨在研究在俄罗斯-哈萨克斯坦跨界地区使用水资源的区域细节，同时考虑到当前的水文气候情况。 [3]
Important Transboundary Region
Our results are relevant for the planning and management of water resources for this important transboundary region in the future, as changes in groundwater recharge will also affect water resources availability. [1] The article is devoted to the analysis of the resources of professional competition of the working youth in the Tyumen Region, one of the important transboundary regions of Russia. [2]我们的研究结果与未来这一重要跨界地区的水资源规划和管理相关，因为地下水补给的变化也会影响水资源的可用性。 [1] 文章致力于分析俄罗斯重要的跨界地区之一秋明州的劳动青年职业竞争资源。 [2]