… systems, (2) mobilization, uptake, and transport of Cd from soil to rice grains and … soil to
rice grains, (4) transporters involved in reducing Cd uptake, transport, and accumulation in rice …

… on rice plants and associated soil microbial communities. Rice seedlings were cultivated in
soil … The physiological and metabolic changes of rice plants were determined. Changes in …

… recent research on intensive rice cultivation in aerobic soils, with a focus on the potential
yield, yield stability, and related physiological and morphological characteristics of rice. …

… avoid or minimise mechanical soil disturbance, maintain a protective soil mulch cover, and
… ; the System of Rice Intensification, in which rice is grown in mainly moist, aerobic soils; and …

… Transfer of arsenic into rice is rightly acquainted from these possible sources of … in rice.
In this manuscript, we discuss the contribution of different arsenic entering pathways in soil-rice …

… For rice, a soil penetration … of the soil physical environment on root growth and its interaction
with drought stress. A large variation in soil penetration resistance exists among rainfed rice-…

… Considering these implications, agriculture residue burning is one of the major areas, … The
blazing of rice straw and stubbles cause huge soil nutrient loss (organic carbon: 3.85 million …

… During the rice transplantation stage, the soil near the rice root zone exhibited the highest
EC value ( Figure 5 ) in plots treated with CRUs and urea. Then, the EC value fluctuated over …

… puddling of soil for rice transplanting accelerates turnover of soil organic matter (SOM) in
soil aggregates [49]. Banerjee et al. [50] recorded increased SOC in puddled soil than the non-…

… ) in soil and their uptake by rice, (2) elucidate the effects of soil remediation on soil properties
… (3) identify the practical strategy for safe rice production in Cd-contaminated soil. To ensure …