Supported by the National Basic Research Program of China(973 Program)(No.2013CB430404);the National Science and Technology Ministry(No.2010BAK69B14);the Science and Technology Department of Shanghai(No.10dz1200700)
Tidal marshes are an important habitat and nursery area for fi sh.In the past few decades,rapid economic development in the coastal areas of China has led to the interruption and destruction of an increasing number of...
supported by National Basic Research Program of China (Grant No. 2004CB418502)
Wetland reclamation has been ongoing in the Sanjiang Plain since the mid-1950s,which has resulted in major changes in wetlands and the agriculture ecosystem in the region that have influenced the iron output to the Se...
supported by National Natural Science Foundation of Chi-na (Grant Nos.40642007, 40772069);National Basic Research Pro-gram of China (Grant No.2005CB422105)
To understand internal relations of their hydrogen isotopic compositions in typical marsh environment, we, using GC-IRMS analytical technique, measured the hydrogen isotopes of individual n-alkanes in the herbaceous p...
Under the auspices of the National Basic Research Program of China (No. 2009CB421103);Northeast Revitalization Program,Chinese Academy of Sciences (No. DBZX-2-024)
The species diversity at the regeneration stage, inflenced by different water levels, is important for community composition in the later growing season.Regeneration diversity of Carex lasiocarpa community under diffe...
Important DirectionProject of Knowledge Innovation in Resource and Envionment Field,Chinese Academy of Sciences(Grant No.KZCX3-SW-128);the National Key Basic Research and Development Project(Grant No.2002CB211701); the Nationa1 Natual Science Foundat ion of China(Grant No.40072040).
The carbon isotopes of individual lipids in herbaceous plants and tree leaves in Ruoergai marsh were measured by the GC-IRMS analytical technique in order to understand the inherent relationships of carbon isotopes be...
Project supported by the Knowledge Innovation Project in Resource and Environment Fields, Chinese Academy of Sciences (No. KZCX3-SW-128), the Open Foundation of the State Key Laboratory of Gas Geochemistry (SJJ-01-07), and the National Key Basic Research
In a series of laboratory incubations using soils of two contrasting sitesfrom a temperate marsh on the Qinghai-Tibet Plateau, potential methane (CH_4) oxidation rates weremeasured to study the effects of inorganic N ...