Quantitative modeling of microbial population responses to chronic irradiation combined with other stressors

Agriculture & Biology

• radionuclides 100%
• bioremediation 75%
• irradiation 73%
• Ukraine 50%
• extinction 41%
• dosage 34%
• radioactive waste 33%
• radiation resistance 30%
• differential equation 28%
• nuclear power 28%
• artificial intelligence 26%
• power plants 24%
• microbial growth 24%
• accidents 24%
• polluted soils 22%
• long term effects 21%
• microbial communities 21%
• dose response 21%
• mathematical models 20%
• ecosystems 16%
• yeasts 14%
• environmental factors 14%
• cells 14%
• fungi 13%
• nutrients 13%
• organisms 12%
• bacteria 12%
• temperature 8%

Medicine & Life Sciences

• Environmental Biodegradation 99%
• Radioisotopes 91%
• Datasets 71%
• Radiation 67%
• Radioactive Waste 37%
• Population 35%
• Nuclear Power Plants 34%
• Ukraine 30%
• Machine Learning 25%
• Ecosystem 24%
• Soil 24%
• Microbiota 22%
• Reproduction 21%
• Accidents 20%
• Fungi 20%
• Nutrients 19%
• Yeasts 18%
• Temperature 16%
• Bacteria 15%
• Growth 11%
• Mortality 11%

Chemical Compounds

• Dose 68%
• Radionuclides 52%
• Nuclear Power Plant 31%
• Accident 28%
• Ecosystem 26%
• Radioisotope 24%
• Nutrient 23%
• Soil 18%
• Environment 12%