tailieunhanh - Remote sensing technology-based estimation of atmospheric CO2 concentration to support efforts to reduce greenhouse gas emissions

Due to the strong development of agricultural and industrial activities in this day and age, the widespread use of fossil fuels has caused the concentration of greenhouse gases in the atmosphere to significantly increase. With a high concentration of greenhouse gases comes an increase in the temperature of the Earth, which contributes to the acceleration of climate change. This paper presents a remote sensing technique capable of determining atmospheric CO2 concentrations from spectral radiation values obtained by satellite images, thereby simulating the distribution of CO2 concentrations over the entire city of Ho Chi Minh. This study uses two data sources: greenhouse Gases Observing Satellite (GOSAT) and Moderate Resolution Imaging Spectroradiometer (MODIS) images. Calculation results show that throughout the city the average CO2 concentration in the first 6 months of 2019 has a minimum value of 360 ppm and maximum value of 410 ppm; these values change monthly and depend on the type of surface land cover. | Remote sensing technology-based estimation of atmospheric CO2 concentration to support efforts to reduce greenhouse gas emissions

• Môi trường
• Greenhouse effect
• Reduce greenhouse gas emissions
• Atmospheric CO2 concentration
• Remote sensing technology based estimation
• Technology based estimation
• Greenhouse drying
• Paddy drying
• Head rice yield
• Brown rice yield
• Milling recovery
• Statistical analysis
• Liquid biofertilizers
• Liquid bioinoculants on growth
• Biomass of coriander
• Greenhouse conditions
• Number of leaves per plant
• Greenhouse gases reduction
• Infrastructure export
• Verification on modal shift
• Modal shift
• GHGs emission in transportation sector
• Climate Management
• Solving the Problem
• government
• global warming
• environmental pollution
• environmental protection
• Tomato plants
• Boron toxicity symptoms
• Lycopersion esculentum L
• Greenhouse experiment
• Zn treatments partially
• Climate changes
• Natural process
• Herbicide efficacy
• Climate change’s impacts on weeds
• Journal of Chemistry
• Low density polyethylene
• Greenhouse coverings
• Higher oxidation rate
• Chemical agents
• Indigenous microorganisms
• Nitrate in vegetables
• Plant growth promoting
• Total nitrogen in vegetables
• Water spinach
• Mesoporous materials
• Metal organic frameworks
• Greenhouse gas capture
• Sulfur hexafluoride
• Carbon dioxide
• Disease severity
• Fusarium culmorum
• Wheat growing areas of Turkey
• Fungicide sprays
• Application time
• Biological control
• Trichoderma harzianum
• Meloidogyne javanica
• Solanuml ycopersicum
• Herbal feed additives
• Greenhouse gasses
• Total mixed ration
• Saponins mitigation of methane
• Humans into microbial protein available
• Volatile toxins of brassica residues
• Groundnut stem
• Pod rot disease
• Groundnut following the incorporation
• Foliar spray
• Dendrobium orchids
• Flowers per inflorescence
• Dendrobium sonia orchid
• Dendrobium hybrid
• Abscisic acid