Intercrop** heavy metal hyperaccumulators and low-accumulating cultivars is a promising
strategy for remediating contaminated soils without impeding agricultural production. A field …

Human intervention in agriculture, such as tillage and fertilization, could result in major
changes of N 2 O emissions that understanding the N 2 O emission mechanism is of great …

The application of synthetic nitrogen (N) fertilizer has increased anthropogenic N 2 O
emission in global croplands. Due to the advantage of biological nitrogen fixation (BNF), the …

Subsoils are important reservoirs affecting soil organic carbon (SOC). However, little is
known about the factors controlling SOC pools in subsoils, and the response of SOC stability …

Soybean β-conglycinin is a major allergen that adversely affects the nutritional properties of
soybean. Soybean deficient in β-conglycinin is associated with low allergenicity and high …

Soybean film mulching has shown promise in maintaining consistent and high yields in semi‐
arid regions. However, the specific impacts of full‐film and semi‐film mulching on soybean …

Intercrop**-driven changes in nitrogen (N)-acquiring microbial genomes and functional
expression regulate soil N availability and plant N uptake. However, present data seem to …

Develo** cropland in marginal lands presents a potential solution to address food security
challenges. However, the low organic carbon (C) content in these soils severely constrains …

Crop straw return is one of the most important measures to increase soil organic carbon
(SOC) content in farmland systems. However, the effects of crop straw return amount on …

Intercrop** has been widely recognized to have great advantages in terms of increasing
yield, controlling pests and diseases, and saving land, particularly in develo** countries …