Potential coastal impacts of contemporary changing climate on South Asian seas states

The threat of man-induced global change on the nations of the South Asian seas region varies from place to place because of differences in exposure to monsoons and stoms, differences in local tectonics and subsidence, and variations in air and sea climates. Because several nations are involved, some having subsistence budgets, and given the cost of deriving independently a comprehensive response to global change, the similarities and differences between national settings must be identified soon. These comparisons will form the basis for local response strategies: the similarities provide a basis for responses similar to that of other nations and the differences provide for local adaptation. That climate change on the South Asian coastal region will have an impact is certain: its economics, environment, and coastal land uses are dominated to a certain extent by this marine influence. The extent of these impacts, however, is uncertain. Accompanying global change will be changes in sea level, differences in storm climate, and altered precipitation patterns; science cannot define today what pattern these changes will take. Because global change is inevitable—although its magnitude, timing, and geographic distribution are unknown—the South Asian seas region should begin the appropriate research and planning studies to set forth a reasoned response to global change, for implementation when scientific evidence for global change is more quantitative.     

Integrating forage,wildlife, water,and fish projections with timber projections at the regional level: A case study in southern United States

The impact of timber management and land-use change on forage production, turkey and deer abundance, red-cockaded woodpecker colonies, water yield, and trout abundance was projected as part of a policy study focusing on the southern United States. The multiresource modeling framework used in this study linked extant timber management and land-area policy models with newly developed models for forage, wildlife, fish, and water. Resource production was integrated through a commonly defined land base that could be geographically partitioned according to individual resource needs. Resources were responsive to changes in land use, particularly human-related, and timber management, particularly the harvest of older stands, and the conversion to planted pine.     

华南地区春季酸沉降区域源解析

应用IDNN区域源解析模式,处理了1986年2—8月间华南地区观测的酸雨样品,识别了春季广东、广西地区酸雨区域漂,结果得到,80％以上H⁺、50％SO₄^2-和60％NO₃^-来源于南岭以北地区。     

晋冀鲁豫接壤区“经济─环境”系统协调状态研究

本文用协调度中的发展协调度方法对晋冀鲁豫接壤区区域“经济──环境”系统的协调状态及调控进行了研究。在经济快速增长（GNP＞8％）的前提下，用2个权重相等的子系统，即生态环境质量综合评价值Sp和发展经济的投资环境综合评价值Tp所组成的协调度综合评价值Zp的计算值判断了该区域的“经济──环境”系统的协调状态为基本不协调状态，即随着经济的快速增长，生态环境有所恶化。从2个子系统的单项指标分析了生态环境有所恶化的原因并用环境经济学中的环境管理规划的基本原理从可持续发展的角度讨论了环境和经济发展的调控对策。     

建立区域ISO14000环境管理体系的构想

ＩＳＯ１４０００环境管理标准体系在区域环境管理方面的应用尚在探索阶段，通过对上海浦东金桥出口加工区建立ＩＳＯ１４０００环境管理体系的构想，讨论了区域环境管理体系的内容，特点、运行模式以及绩效分析；提出小政府大市场的体制下，以区内企业的意愿为基础；用物业是环式管理区域环境是切实可行的。     

区域环评中生态适宜度分析指标体系的探讨

建立了应用于上海市城镇区域开发建设环境影响评价的生态适宜度分析指标体系,并以上海市2个城镇作为评价对象进行实例验证分析,结果表明与实际情况基本相符。     

慕士塔格山和公格尔山的现代冰川

本文论述了慕士塔格山和公格尔山现代冰川发育的自然条件,冰川物理特征及冰川进退变化情况,对了解帕米尔东缘山区冰川资源及其变化提供了依据。     

浅析石化工业有害固体废物区域性管理及处理处置

石化行业工业有害固体废物处理处理，与发达国家相比仍处于起步阶段，集团公司应坚持经济与环境双赢，减量化，无害化，资源化的原则，对工业有害固体物实施全面，系统的管理，积极推行固体废物集中处置设施的区域化，规模化，有效地控制排污总量，真正带动和改善区域环境质量，树立石化企业良好形象。     

因子分析法用于降水化学组分地域分布的探讨

本文对成都市区降水化学组分进行了因子分析。通过研究因子计量的空间分布,得到各因子的主要作用区域及降承化学组分的区域分布特征;因子所反映的离子组合关系可能代表某种大气污染源性质或影响降水化学组分的某种物理化学过程。     

北疆250年地表水资源变化特征及未来趋势预测

本文从北疆年轮场重建了北疆２５０年的地表水资源，探讨气候－地表水资源－年轮之间的关系，分析地表水资源的长期变化特征，预测其变化趋势，为北疆地表水资源的研究与利用提供了新的参考依据。