NSTL国家科技图书文献中心

1. Climate-smart agriculture: The roleof conservation agriculture in adaptation and sustainability NSTL国家科技图书文献中心

Amrit L. Meena | Raghavendra Singh ... - 《Indian Farming》 - 2025,75(3) - 93～96 - 共4页

摘要：-smart agriculture* (CSA) practices have emerged as a* | change through sustainable and resilient agriculture | systems. Among the various CSA practices, conservation | agriculture has emerged as a resource efficient, innovative | Amid the concern for climate change, climate

关键词： Climate change | Climate-smart agriculture | Conservation agriculture

2. Metagenomic insights of microbial functions under conventional and conservation agriculture NSTL国家科技图书文献中心

Thakur, Samrendra Si... | Gonzalez, Stefany So...... - 《World Journal of Microbiology & Biotechnology》 - 2025,41(3) - 共18页

摘要： (CN) and conservation* agriculture (CA) influence the* | Agricultural practices such as conventional | composition and structure of soil microorganisms. We used | short reads and genome-resolved metagenomic-based dual | sequencing approaches to create a profile of bacterial and

关键词： Conservation agriculture | Soil metagenome | MAGs | CAZyme genes | Functional analysis

3. Effects of Conservation Agriculture on Soil N2O Emissions and Crop Yield in Global Cereal Cropping Systems NSTL国家科技图书文献中心

Yuhao Zhu | Ziyang Li ... - 《Global change biology》 - 2025,31(1) - n/a～n/a - 共16页

摘要：ABSTRACT Conservation* agriculture, which* | effects of conservation* agriculture practices on soil* | other conservation* agriculture principles, on soil N2O* | showed that conservation* agriculture practices* | %. Additionally, conservation* agriculture was more effective at*

关键词： climate condition | conservation agriculture | crop yield | nitrous oxide | no‐tillage

4. Spatio-temporal variability in insect dynamics under conservation agriculture-based cropping systems NSTL国家科技图书文献中心

Kaur, Lovepreet | Yadav, Sunita ... - 《Journal of Plant Diseases and Protection》 - 2025,132(1) - 共19页

摘要： biological control. As a result, conservation agriculture | occasionally conflicting objectives. Conservation agriculture | are influenced by conservation* agriculture practices* | the past few decades, agriculture* has undergone a* | , which is utilized in contemporary agriculture* for*

关键词： Conservation agriculture | Crop rotation | Herbivores | Insect dynamics | Mulching | Natural enemies

5. Microbial Carbon Use Efficiency Drives Soil Carbon Sequestration in Conservation Agriculture-A Review NSTL国家科技图书文献中心

Geeta Singh - 《Indian Journal of Fertilisers》 - 2025,21(5) - 26～38 - 共13页

摘要： quantity of the soil organic carbon(OC).Conservation | agriculture practices such as no tillage,crop rotation and | Soil carbon sequestration is of | significance for maintaining the soil fertility and | mitigating the climate change.Agriculture management exerts

关键词： Organic carbon | climate change | microorganisms | soil aggregates | conservation agriculture | gain in yields

6. Emergence of Bihar hairy caterpillar ( Spilosoma obliqua Walker ) in greengram in long-term conservation agriculture system NSTL国家科技图书文献中心

Sridhar, J. | Meghalatha, K.... - 《Current Science》 - 2025,128(2) - 210～212 - 共3页

摘要：The conservation* agriculture (CA) production* | system is a realistic and sustainable solution for | restoring soil health in maize-mustard-greengram-based | cropping system without compromising the production and | productivity. However, the incidence and infestation of the

关键词： Conservation agriculture | greengram | incidence | Spilosoma obliqua | zero tillage

7. Unraveling carbon mineralization patterns and mechanisms in conservation agriculture: A global synthesis and multi-point experiment NSTL国家科技图书文献中心

Cong He | Jin-Sai Chen ... - 《Journal of cleaner production》 - 2025,493(Feb.15) - 144900.1～144900.14 - 共14页

摘要： conservation agriculture (CA), i.e., no-till, residue | The mineralization of soil organic carbon (SOC | ) profoundly impacts the efficiency of SOC sequestration | , crucial for the long-term stable carbon (C | ) sequestration in soil. Despite its significance, systematic

关键词： No-till | Residue retention | Crop rotation | Conservation agriculture | Carbon mineralization

8. Biological N2-fixation and grain yield of pigeon pea: The role of biochar and conservation agriculture in low-input systems NSTL国家科技图书文献中心

Namatsheve, Talent | Mulder, Jan ... - 《Field Crops Research》 - 2025,328 - 共13页

摘要： no studies on the synergism of conservation | agriculture (CA) and biochar amendments on biological N2 | Context: Biological N2-fixation by legumes | such as pigeon pea is a potentially important | nitrogen input and a pathway for replenishing soil

关键词： Biochar | Conservation agriculture | Low-input systems | Biological N 2-fixation | Productivity

9. Sub-surface Drip Fertigation Boosts Productivity of Maize and Nitrogen Use Efficiency under Conservation Agriculture-based Rice-Maize System in Eastern Indo-Gangetic Plains NSTL国家科技图书文献中心

K.Srikanth Reddy | CM.Parihar ... - 《Indian Journal of Fertilisers》 - 2025,21(2) - 12～19 - 共8页

摘要： conservation agriculture(CA),irrigation methods,and nitrogen | A two-season field experiment(2022-23 and 2023 | -24)was conducted at the IRRI-South Asia Regional | Centre,Varanasi,Uttar Pradesh,to assess the impact of | (N)levels on rabi maize in a long-term rice-maize

关键词： Drip fertigation | conservation agriculture | nitrogen management | nitrogen use efficiency

10. Improving soil health and crop productivity through conservation agriculture and nitrogen management in rice-mustard-maize systems NSTL国家科技图书文献中心

Marahatta, Santosh | Sah, Shrawan Kumar ... - 《Field Crops Research》 - 2025,325 - 共14页

摘要： yields and nutrient imbalances. Conservation | agriculture (CA) offers a potential solution by integrating | Context: Conventional crop production | practices, including crop establishment using intensive | soil tillage, low use of fertilization, low-yielding

关键词： Conservation agriculture | Soil health | Sustainable intensification | Nitrogen management | Hybrid and open-pollinated varieties | Rice-mustard-maize system

摘要：-smart agriculture (CSA) practices have emerged as a | change through sustainable and resilient agriculture | systems. Among the various CSA practices, conservation | agriculture has emerged as a resource efficient, innovative | Amid the concern for climate change, climate