Yujuan Huang

TL;DR: Investigation of the effects of four water management regimes on As and Cd accumulation in seven major rice cultivars grown in Zhejiang province, east China indicates that ‘safe’ rice with respect to As andCd might be possible by balancing water management and rice cultivar according to the severity of soil pollution.

TL;DR: In this article, a series of batch experiments was conducted on a variety of Chinese soils in order to determine the adsorption characteristics of iodide and iodate, and the results from these experiments showed that iodide was significantly correlated with soil organic matter and cation exchange capacity.

TL;DR: The results indicate that the agricultural land has accumulated a statistically significantly higher antibiotics concentration than conventional open croplands and the various combinations of antibiotic compounds in the soil may be used to trace the manure source.

TL;DR: In this paper, the authors found a water management regime that can lower accumulation of both Cd and As in grain without yield loss, but they did not consider the effect of water management on the bioavailability of rice grains and grain yields.

TL;DR: The refined commercial compost had the lowest VA residues among the compost samples in general, and implied that composting process might be important to reduce the antibiotic residue.