WATER, AIR & SOIL POLLUTION 1998 Vol.105 No.1/2
收藏国家林业和草原科学数据中心2021-08-17 更新2024-03-06 收录
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1. Integrated Assessment of Soil Chemical Status,.1. Integration of Existing Models and Derivation of a Regional Database for Switzerland ∥ M. ALVETEG.-p1 2. Integrated Assessment of Soil Chemical Sta-tus.2.Application of a Regionalized Model to 622 Forested Sites in Switzerland∥D.KURZ.-p11 3. MAGIC, SAFE and SMART Model Applications at Integrated Monitoring Sites: Effects Emission Reduction Scenarios∥M.FORSIUS.-p21 4. Predicting Freshwater Critical Loads of Acidification at the Catchment Scale: An Empirical Model∥M.R.KERNAN.-p31 5. Evidence of Current Soil Acidification in Spruce Stands in the Vosges Mountains, North-eastern France∥E.DAMBRINE.-p43 6. A Comparison of Soil Sensitiv-ity to Acidification Based on Laboratory- determined Short-term Acid Buffering Capacity and the Skokloster Classification∥M.E.HODSON.-p53 7. Proton Budgets of Forest Ecosystems on Volcanogenous Regosols in Hokkkaido, Northern Japan∥H.SHIBATA.-p63 8. GIS Analysis of Surface Water Chemistry Susceptibility and Response to ∥O.RIGINA.-p73 9. Effects of Atmospheric Sea-Salt Depo-sition on Soils and Freshwaters in Northeast Scotland∥C.C.WHITE.-p83 10.Acidification of Freshwater Wetlands: Combined Effects of Non-airborne Sulfur Pollution and Desiccation∥L.P.M.LAMERS.-p95 11.Trace Gas Emissions from a North Wales Fen- Role of Hydrochemistry and Soil Enzyme Activity∥H.KANG.-p107 12.Estimating Rainy Season Nitrous Oxide and Methane Fluxes Across Forest and Pasture Landscapes in Costa Rica∥W.A.REINERS.-p117 13.GIS-based Extrapolation of Land Use-Related Nitrous Oxide Flux in the Atlantic Zone of Costa Ricas∥R.A.J.PLANT.-p131 14.Synthesis of Nitrogen Pools and Fluxes from European Forest Ecosystems ∥ N.B.DISE.-p143 15.The Behavior of Nitrogen lsotopes in Acidified Forest Soils in The Czech Republic∥F.BUZEK.-p155 16.Canopy and Soil Retention of Nitrogen Deposition in a Mixed Boreal Forest in Eastern Finland∥S.PIRAINEN.-p165 17.Effects of Chronic Nitrogen Amendments on Production of Dissolved Organic Carbon and Nitrogen in Forest Soils∥W.H.MCDOWELL.-p175 18.Effect of Chronic Nitrogen Additions on Soil Nitrogen Fractions in Red Spruce Stands∥M.D.DAVID.-p183 19.An Empirical Approach for Assessing the Relationship Between Nitrogen Deposition and Nitrate Leaching From Upland Catchments in the United Kingdom Using Runoff Chemistry∥R.M.HARRIMAN.-p193 20.The Prediction fo Nitrate Leaching with the First-order Acidity Balance (FAB) Model for Upland Catchment in Great Britain∥C.J.CURTIS.-p205 21.Nitrogen and Sulfate Export from High Elevation Catchments of the Sierra Nevada, California∥J.O.SICKMAN.-p217 22.Links Between Runoff Generation, Climate adn Nitrate-N Leaching from Forested Catchments∥L.ANDERSSON.-p227 23.
1. 土壤化学状况综合评估:现有模型整合与瑞士区域数据库构建 ∥ M. 阿尔维特格(M. ALVETEG)——第1页
2. 土壤化学状况综合评估:区域化模型在瑞士622个林地样点的应用 ∥ D. 库尔茨(D. KURZ)——第11页
3. 综合监测站点的MAGIC、SAFE与SMART模型应用:减排情景效应分析 ∥ M. 福西乌斯(M. FORSIUS)——第21页
4. 流域尺度淡水酸化临界负荷预测:一种经验模型 ∥ M.R.克南(M.R. KERNAN)——第31页
5. 法国东北部孚日山脉云杉林当前土壤酸化的证据 ∥ E. 当布兰(E. DAMBRINE)——第43页
6. 基于实验室测定的短期酸缓冲能力与斯科克洛斯特分类体系的土壤酸化敏感性对比 ∥ M.E.霍德森(M.E. HODSON)——第53页
7. 日本北部北海道火山成因新成土森林生态系统的质子预算 ∥ H. 柴田(H. SHIBATA)——第63页
8. 地表水化学敏感性与响应的地理信息系统(Geographic Information System)分析 ∥ O. 里吉纳(O. RIGINA)——第73页
9. 苏格兰东北部大气海盐沉降对土壤与淡水的影响 ∥ C.C.怀特(C.C. WHITE)——第83页
10. 淡水湿地酸化:非大气硫污染与干旱化的联合效应 ∥ L.P.M.拉默斯(L.P.M. LAMERS)——第95页
11. 北威尔士沼泽痕量气体排放:水化学与土壤酶活性的作用 ∥ H. 康(H. KANG)——第107页
12. 哥斯达黎加森林与牧场景观雨季一氧化二氮与甲烷通量估算 ∥ W.A.赖纳斯(W.A. REINERS)——第117页
13. 基于地理信息系统的哥斯达黎加大西洋区土地利用相关一氧化二氮通量外推 ∥ R.A.J.普兰特(R.A.J. PLANT)——第131页
14. 欧洲森林生态系统氮库与氮通量综合研究 ∥ N.B.戴斯(N.B. DISE)——第143页
15. 捷克共和国酸化森林土壤中的氮同位素行为 ∥ F. 布泽克(F. BUZEK)——第155页
16. 芬兰东部混合泰加林冠层与土壤对氮沉降的截留作用 ∥ S. 皮赖宁(S. PIRAINEN)——第165页
17. 长期施氮对森林土壤溶解性有机碳与氮生成的影响 ∥ W.H.麦克道尔(W.H. MCDOWELL)——第175页
18. 长期施氮对红皮云杉林土壤氮组分的影响 ∥ M.D.戴维(M.D. DAVID)——第183页
19. 基于径流化学评估英国高地流域氮沉降与硝酸盐淋失关系的经验方法 ∥ R.M.哈里曼(R.M. HARRIMAN)——第193页
20. 基于一级酸度平衡(First-order Acidity Balance, FAB)模型预测英国高地流域硝酸盐淋失 ∥ C.J.柯蒂斯(C.J. CURTIS)——第205页
21. 加利福尼亚州内华达山脉高海拔流域的氮与硫酸盐输出 ∥ J.O.西克曼(J.O. SICKMAN)——第217页
22. 森林集水区径流产生、气候与硝酸盐氮淋失之间的关联 ∥ L. 安德森(L. ANDERSSON)——第227页
23. (原文未完整)
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创建时间:
2021-08-17



