Web27 Feb 2024 · Straw input is a helpful approach that potentially improves soil fertility and crop yield to ensure food security and protect the ecological environment. Nevertheless, unreasonable straw input results in massive greenhouse gas (GHG) emissions, leading to climate change and global warming. To explore the optimum combination of straw input … Web21 Jan 2015 · Phosphorus (P) is an essential nutrient for proper rice growth, and available P in the soil solution is a direct source of P for rice uptake. In this study, a field experiment (experiment A: straw retention (SRT) treatment versus straw removal (SRM) treatment) exposed to 3 years of continuous SRT and a pot experiment (experiment B: five P levels; …
Long‐term effect of tillage and straw retention in conservation ...
Webcane production under straw retention on the field, while few suggest that straw may jeopardize biomass pro-duction in cold regions and under some specific soil conditions. Pest control is among ... Web20 Jul 2024 · A comprehensive understanding of the transformation, migration and loss pathways of nitrogen (N) fertilizer was pivotal for optimum nutrient management. Three different cultivation practices (conventional cultivation, plastic film mulching and straw retention) and N rates (0, 144 and 180 kg N ha−1) were assigned as the main plots and … ba tla dula ba ratana
Way forward to adopt agricultural practices for paddy straw …
Web31 Jul 2014 · Straw retention reduced the N leaching losses because the straw can enhance microbial N immobilization due to its high C:N ratio. However, the mechanism of straw incorporation impacts on N and P leaching requires more detailed study. Keywords Diffuse pollution Leaching losses Nitrogen and phosphorus Paddy fields Straw retention Taihu … Web12 Oct 2024 · Straw retention significantly increased the maize GY but had little or no effect on wheat GY in wheat-maize intercropping patterns (Figure 2). On average, the GYs of … Web23 Sep 2024 · Straw retention is an effective method to conserve soil water content and improve soil carbon stocks. However, how soil carbon dynamics respond to different straw retention practices remains unclear. In this study, we investigated soil respiration and soil carbon sequestration at depths of 0-100 cm. … bat labelled diagram