2014年10月24日-28日福州·2014年森林土壤国际研讨会

●会议名称(中文)：  2014年森林土壤国际研讨会

●会议名称(英文)：  2014 International Symposium on Forest Soils

●所属学科：  植物营养学,农林植物保护学,经济林及园林学

●开始日期：  2014-10-24

●结束日期：  2014-10-28

●所在国家：  中华人民共和国

●所在城市：  福建省     福州市

●具体地点：  福建师范大学

●主办单位：  国际土壤科学联合会（IUSS） 林业研究组织联盟（IUFRO）  中国国家自然科学基金，  福建师范大学，  格里菲斯大学  阿尔伯塔大学

●会务组联系方式

联系人：  Professor Zhiqun Huang
联系电话：  +86 591 83434802
E-MAIL：  zhiqunhuang@fjnu.edu.cn

●会议网站：  http://geo.fjnu.edu.cn/s/200/t/877/3b/5b/info80731.htm

●会议背景介绍： 

Objective: The major objective of this symposium is to facilitate the development of international linkages, scientific
exchanges and strategic alliances in forest soil processes, leading to fully realised, collaborative research programmes
that face the realities of the effects of forest management and climate change on forest productivity and water supply.
The topics of this symposium include: (1) Tracking and monitoring: advancing innovative techniques and novel
approaches to simulate and monitor the effects of local management and climate change; (2) Assessing the pressures
and threats: impacts of global environmental changes (especially soil warming) on carbon, water and nutrient cycling,
ecosystem functioning and ecosystem services; (3) Untangling the linkages: Elucidating relationships between soil
processes and ecosystem functioning and ecosystem services; and (4) Strategies for management and conservation:
Practices to maintain and enhance forest productivity and ecosystem services provided by forest soils in
particular for water cycling and purification. Most importantly, this symposium will promote the
development of effective networks and strategies within the research community: linking soil ecological processes and
management to forest productivity and water protection, particularly in the context of climate change adaptation
and mitigation at both local and global scales.

●征文范围及要求：
 
Theme 1  Advances in research and monitoring technologies and methodologies
 
§ Innovative technologies and novel approaches on soil carbon and soil water analysis
§ Advances in methodologies of soil biology
§ Advances in experimental and modelling methodologies
 
Theme 2  Impacts of global change on forest biogeochemical cycles, ecosystem functioning and ecosystem services
 
§ Soil warming, drought and nitrogen deposition
§ Experimental assessment
§ Modelling
 
Theme 3  Linking land use change and intensification of forest management practices to soil processes,
fertility and ecosystem functions
 
§ Responding to climate change
§ Soil fertility and tree nutrition: sustaining long-term productivity
§ Linking ecosystem processes and services
 
Theme 4  Impacts of global change and local management on forest soil and water processes
 
§ Linking ecosystem processes, management practices and water yield and quality
§ Assessing and modelling interactive carbon and nutrient cycles