Chinese Academy of Forestry

本机构学者在这里署名、按本站篇数

合作机构同一篇文章里的其他机构

1. Chinese Academy of Sciences中国6
2. Beijing Forestry University中国4
3. Northeast Forestry University中国3
4. North Dakota State University美国3
5. Guizhou Education University中国1
6. State Key Laboratory of Herbage Improvement and Grassland Agro-ecosystems1
7. Beijing Academy of Agriculture and Forestry Sciences中国1
8. Xinjiang University中国1

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逐年被引

最新文献

1. 1
   Does informatization reduce factor misallocation in grain production?Food Policy20260
2. 2
   Chlorpyrifos and its metabolite 3,5,6-trichloro-2-pyridinol elicit MASLD-related lipid metabolic perturbations in HepG2 cellsEcotoxicology and Environmental Safety20260
3. 3
   Site-specific associations between soil methylmercury accumulation and plant, soil, and hgcA-associated microbial modules across Chinese coastal wetlandsJournal of Hazardous Materials20260
4. 4
   Assessing the environmental risk of lightning-induced forest fires under compound climatic extremes in Northeast ChinaGeomatics, Natural Hazards and Risk20260
5. 5
   Effects of PLA microplastic particle size and addition level on soil phosphorus cycling and Chinese cabbage growth in a Luvisol from Southwest China: A controlled pot experimentJournal of Hazardous Materials20262
6. 6
   How do sandstorms reshape urban VOC exposure and health-risk structure? Evidence from a typical event in an arid Chinese cityJournal of Hazardous Materials20260
7. 7
   Using the data-driven prediction of forest combustion PM2.5 emissions based on machine learning and variable inputJournal of Hazardous Materials20260
8. 8
   Rhizosphere microbiome drives Betula luminifera adaptation to antimony mining sites through functional traits and transcriptional reprogrammingJournal of Hazardous Materials20250
9. 9
   Disparities in wildfire regimes across China's borders: Policy-driven asymmetries in fire frequency, intensity and impactInternational Journal of Disaster Risk Reduction20254
10. 10
    DACSA: deformable average channel and spatial attention model for wildfire prediction and driversStochastic Environmental Research and Risk Assessment20251

高被引文献

1. 1
   Interactions between freeze–thaw actions, wind erosion desertification, and permafrost in the Qinghai–Tibet PlateauNatural Hazards201652
2. 2
   Transfer of heavy metals along the food chain: A review on the pest control performance of insect natural enemies under heavy metal stressJournal of Hazardous Materials202449
3. 3
   Trends in reference evapotranspiration and its attribution over the past 50 years in the Loess Plateau, China: implications for ecological projects and agricultural productionStochastic Environmental Research and Risk Assessment201642
4. 4
   Microplastic effects on soil nitrogen cycling enzymes: A global meta-analysis of environmental and edaphic factorsJournal of Hazardous Materials202439
5. 5
   Trend of water resource amount, drought frequency, and agricultural exposure to water stresses in the karst regions of South ChinaNatural Hazards201520
6. 6
   SpbZIP60 confers cadmium tolerance by strengthening the root cell wall compartmentalization in Sedum plumbizincicolaJournal of Hazardous Materials202420
7. 7
   A new insight into Cd exposure-induced hemocyte reduction in Lymantria dispar larvae: Involvement of the ROS-ATF6-ER stress-apoptosis pathwayJournal of Hazardous Materials202417
8. 8
   Assessing wildfire risk and mitigation strategies in Qipanshan, ChinaInternational Journal of Disaster Risk Reduction202213
9. 9
   Study of a comprehensive assessment method of the environmental quality of soil in industrial and mining gathering areasStochastic Environmental Research and Risk Assessment201512
10. 10
    Dynamic mechanism of blown sand hazard formation at the Jieqiong section of the Lhasa–Shigatse railwayGeomatics, Natural Hazards and Risk202012

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