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Converting flooded rice to dry farming can alleviate MeHg accumulation in grains
Huang LIANG
, Shan WANG
, Ping XU
, Minyan WANG
, Peng LIANG
, Shengchun WU
, Jin ZHANG
,
Ming Hung WONG
Department of Science and Environmental Studies (SES)
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Keyphrases
MeHg
100%
Dryland Agriculture
100%
Flooded Rice
100%
Methylmercury
50%
Rice Cultivation
50%
Total Mercury
37%
Rice
25%
Mercury
25%
Non-flooded
25%
Rice Grain
25%
Copyright
12%
Water Management
12%
Human Consumption
12%
Mercury Accumulation
12%
Efficient Strategy
12%
Contaminated Paddy Soil
12%
Environmental Potential
12%
Flooded Soil
12%
Soil Mercury
12%
Rice Season
12%
Cultivation Pattern
12%
Promising Solutions
12%
Rice Farming
12%
Water Management Models
12%
Rice Planting
12%
Cultivation Mode
12%
Farming Mode
12%
Planting Mode
12%
Agricultural and Biological Sciences
Grains
100%
Dryland Farming
100%
Water Management
33%
Paddy Soil
16%
Growing Season
16%
Food Science
Cereal
100%