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-Phytoremediation
for heavy metal contaminated land, especially screening the
wild plant species for ecological restoration or remediation
of contaminated soils, deciphering the processes of hyperaccumulators
for tolerating and accumulating excess metals, and applying
the agricultural technologies to improve the phytoremediation
efficiency
-Effect
of dissolved organic matter on the mobility and bioavailability
of contaminants in soil
-Taxonomy
and Distribution of Soils
Current
research:
Assessing
changes in cobalt tolerance of pasture resulting from nodulation,
and finding the approach to ameliorate Co-deficiency of fodder
crops. Identifying Co-chelating ligands within the xylem sap
and cells. Physiological and Biochemical Dissection of Cobalt
Accumulation by Plants (Australian Research Council Discovery
Project, Grant No. DP0558999)
Dissecting the heavy metal sequestration in some hyperaccumulators.
Excellent Young Scientist Fellowship (Beijing Municipal Science
and Technology Commission, Grant No. 2003A48)
Career
May
2004-present
Research Associate in Ecology
Institute of Geographic Sciences and Natural Resources Research
(IGSNRR)
Chinese Academy of Sciences (CAS)
July
2001-May 2004
Research Assistant, Laboratory Manager
Laboratory of Environment Remediation, IGSNRR, CAS
Sept
2002-present
Biology Department Teaching Assistant
Graduate School of CAS
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