Sentence examples for fertilization soil from inspiring English sources

Our results showed that after NP fertilization, soil respiration rates were increased by 46% in low fertility soil, yet only by 14% in high fertility soil (P < 0.05).

Computers also keep track of yields-, fertilization, soil composition and other factors influencing crops.

Therefore, our results suggest that the effects of fertilization, soil temperature and moisture on CO2 production vary depending on the soil depth.

The effects of N fertilization, soil texture (fine sandy loam > clay loam > clay), were highly significant on maize yield and N uptake.

This paper shows the development of selected soil physical parameters within the first three and four years of reclamation in dependence of organic fertilization, soil tillage and crop rotation.

The plot-scale simulations suggest that without N fertilization soil mulching has a positive effect on cotton yields only if small quantities of sorghum residues are used as mulch (average cotton yields of 2.24 ± 0.41 kg ha−1 with a mulch of 100 kg ha−1 vs. 1.91 ± 0.29 kg ha−1 without mulch).

A short-term experiment was carried out in southern China to investigate the effects of land-use conversion from rice paddies to vegetable fields and fertilization on soil microbial community structure by analyzing soil phospholipid fatty acid (PLFA) profiles.

Overall, our results suggested that the effects of NP fertilization on soil respiration and its temperature sensitivity varied with soil initial fertility levels, and therefore must be properly accounted for when estimating potential effects of local agricultural management to regional agroecosystems under future climate conditions.

Indeed, differences in recommendations for P fertilization from soil P tests are of particular concern in areas where soil, fertilizer and manure P contribute to water pollution [1 3].

Results showed that relative to CK treatment, long-term NPKOM fertilization increased soil organic C (SOC) by 28% and available water content (AWC) by 20%, but decreased soil bulk density by 0.2 g cm− 3 whereas NPK showed no difference.

Approximately 75%% of the US agricultural emissions (165 million tonnes of CO2 equivalent) is attributed to the direct emissions from fertilization of soil, translating to ~2.55 tonnes of CO2 equivalent/acre of land used for corn growth [26, 27].