… intensive rice cultivation under toxic soils and toxic irrigation water as it could lead to grain …
The intensive cultivation of frequent irrigation requiring crops like low land rice turned out one …

… in many aspects, whereas high performance and low financial sustainability is associated with
the … of arsenic research and also provide guidelines to the field-based sustainable arsenic …

… ), 1 SW, 2 IW, 12 DW, 7 rice straw and 6 rice grain were included in this study. Among the soil
samples, … However, in this study Cd concentration in rice grains was much lower than these …

… arsenic even though the rate of uptake was lower. … engineering of reduction in the accumulation
of arsenic in edible organs of plants, a strategy for limiting As accumulation in rice grains …

… lowers its effectiveness in the removal of arsenic contamination. In the present study, novel
rice-… ) were developed for efficient removal of total arsenic (arsenite + arsenate, As III+V ) and …

… For example, high Pb and Cd concentrations substantially lower grain yield of rice. As …
traditional techniques based on engineering; this solution is low cost, environmentally sustainable, …

… on the arsenic disaster in India and the associated engineering … as “Boro” rice, uptakes
the arsenic while growing in soil … -rich waste can be readily done by mixing it with certain low-…

… Arsenic-hyperaccumulator Pteris vittata is efficient in As … vittata and investigated its role in
arsenate (AsV) uptake and … –55% lower As in the shoots than wild type plants, with lower root-to…

… Arsenic sorption capacity of pristine biochar was very low, indicating that Ni- and Mn-oxides
impregnated biochars greatly increased As(V) retention [86]. Sorption of As(V) was due to …

… Genetic engineering has been successfully used in rice and … APX activity lowers the H 2 O
2 and O 2 contents in rice under … used in rice to enhance the APX activity under arsenic stress, …