Current State of Research and Development Of Technologies To Improve The Quality of Arable Land

Nan Lu; Yuhu Luo

doi:10.54691/fjk1f355

Authors

Nan Lu
Yuhu Luo

DOI:

https://doi.org/10.54691/fjk1f355

Keywords:

Acreage; Quality improvement; Technological innovation; Development direction.

Abstract

This paper focuses on the current situation, existing problems, and future R&D directions of farmland quality improvement technology, and details the current situation of the application of farmland quality improvement technology in different regions, including the farmland quality problems and corresponding technological measures in the typical regions of northeastern black soil area, northern drylands, and southern paddy fields. The current challenges of soil quality improvement technology are analyzed in detail. The future direction of research and development of soil quality improvement technology is discussed, including technological innovation and R&D, policy support and guarantee, capital investment and diversified financing, etc., with the aim of providing scientific basis and technical support for soil quality improvement in China.

Downloads

Download data is not yet available.

References

[1] Ministry of Agriculture and Rural Development. Report on China's Agricultural and Rural Development in 2023 [M]. Beijing: China Agricultural Press, 2023.

[2] Cropland Quality Monitoring and Protection Centre of the Ministry of Agriculture and Rural . Multifaceted efforts to manage degraded arable land. China Economic Net 2024-11-19.

[3] DING W., SONG D., ZHOU W. Dominant factors driving the farmland quality in China and strategies for improvement, Journal of Plant Nutrition and Fertiliser, 2024, 30(8): 1580-1594.

[4] Ministry of Natural Resources. Main data bulletin of the third national land surveyEB/OL. (2021−08−26). https://m.mnr.gov.cn/dt/ywbb/202108/t20210826_2678340.html.

[5] Qu X., Ren Y., Wang H., Zhang J., Xie Y. Report on 30-year changes in key soil quality characteristics in China, Agricultural Comprehensive Development in China, 2020, 5, 25-26.

[6] Lu Y., Liao Y., Nie J., Zhou x., Xie J., Yang Z., Wu H. Status of Red Soil Acidification and its Amelioration Technologies in South China. Hunan Agricultural Sciences, 2015, 3: 148-151.