scispace - formally typeset
Search or ask a question

Which greenhouse gas is most in atmosphere? 

Troposphere
Greenhouse gas
Biogeochemical cycle
Atmospheric methane
Soil gas

Answers from top 9 papers

More filters
Papers (9)Insight
Book Chapter•DOI
Emissions of N2O from Various Environments — The Use of Stable Isotope Composition of N2O as Tracer for the Studies of N2O Biogeochemical Cycling
Tadashi Yoshinari
01 Jan 1990
47 Citations
This is because the gas entering the atmosphere is (1) a natural source of stratospheric NO, which is an important element in the ozone chemistry in the stratosphere (Crutzen, 1970; McElroy and McConnel, 1971; Johnston, 1972; Cicerone 1987), and (2) a greenhouse gas, like CO2 and CH4, contributing to the increase of average surface temperature of the Earth by absorption of infrared radiation (Lacis et al.
Open access•Book Chapter•DOI
Atmospheric Methane: Trends and Impacts
Donald J. Wuebbles, Katharine Hayhoe 
01 Jan 2000
27 Citations
On a per molecule basis, additional methane is much more effective as a greenhouse gas than additional CO2.
Open access•Journal Article•DOI
Trends in upper-tropospheric humidity
John J. Bates, Darren L. Jackson 
01 May 2001-Geophysical Research Letters
87 Citations
Water vapor is the most radiatively active greenhouse gas, and the process of water-vapor feedback may significantly amplify global warming induced by anthropogenic greenhouse gasses.
Open access•Posted Content•DOI
Landscape patterns of soil oxygen and atmospheric greenhouse gases in a northern hardwood forest landscape
S. F. Werner, Charles T. Driscoll, Peter M. Groffman, Joseph B. Yavitt 
08 Nov 2011-Biogeosciences Discussions
11 Citations
Soil O2 was a good predictor of greenhouse gas concentrations.
Open access•Journal Article•DOI
Atmospheric methane and global change
Donald J. Wuebbles, Katharine Hayhoe 
01 May 2002-Earth-Science Reviews
763 Citations
On a per molecule basis, it is much more effective a greenhouse gas than additional CO2.
Journal Article•DOI
European source strengths and Northern Hemisphere baseline concentrations of radiatively active trace gases at Mace Head, Ireland
Richard G. Derwent, Peter Simmonds, Simon O'Doherty, Philippe Ciais, DB Ryall 
01 Nov 1998-Atmospheric Environment
39 Citations
The elevated greenhouse gas concentrations found in “polluted” air masses provide clear evidence for the presence of substantial emission sources in Europe.
Open access•Journal Article•DOI
Coupled soil oxygen and greenhouse gas dynamics under variable hydrology
K. M. Jarecke, Terrance D. Loecke, Amy J. Burgin 
01 Apr 2016-Soil Biology & Biochemistry
36 Citations
Hot spots and hot moments of greenhouse gas (GHG) fluxes can contribute significantly to overall GHG budgets.
Journal Article•DOI
Mechanistic studies on the formation of trifluoromethyl sulfur pentafluoride, SF5CF3--a greenhouse gas.
William Carrier, Corey S. Jamieson, Ralf I. Kaiser 
19 Feb 2007-Inorganic Chemistry
11 Citations
This formation mechanism suggests that a source for this potentially dangerous greenhouse gas might be the recombination of SF5(X2A1) and CF3(X2A1) radicals on aerosol particles in the terrestrial atmosphere.
Journal Article•DOI
Optimal CO2 enrichment strategy for greenhouses: a simulation study
Ido Seginer, A. Angel, Dvora Kantz 
01 Aug 1986-Journal of Agricultural Engineering Research
39 Citations
The greenhouse with CO2 supplied from bottles turns out to be superior to tthe greenhouse with CO2 supplied by burning gas.

Related Questions

Which gas is highest in greenhouse gases?8 answers
Which greenhouse gas has the highest concentration in the atmosphere?6 answers
Which greenhouse gas is most in the atmosphere?9 answers
Which greenhouse gas is present in highest quantity in atmosphere?7 answers
Which greenhouse gas is present in maximum amount in atmosphere?7 answers
Which is the most greenhouse gas in the atmosphere?6 answers

See what other people are reading

2.What has been a major concern regarding the fairness of gains resulting from globalization in the United States?
5 answers
A major concern regarding the fairness of gains resulting from globalization in the United States is the widening income inequality, particularly highlighted in the U.S.. This concern is rooted in the asymmetric fairness perspective observed among Americans, where there is a strong emphasis on equality in outcomes across countries, especially when benefits match productivity. However, there is a notable egoistically biased sense of fairness among Americans, leading to negative reactions towards outcomes that leave the U.S. relatively worse off, indicating a self-serving perception of fairness. These trends in income inequality and biased fairness perceptions are crucial factors influencing public opinion and trade policies in the U.S., shaping discussions on the future of globalization.What is the energy consumption for fruits storage?
4 answers
The energy consumption for fruit storage varies depending on factors such as the type of facility, post-harvest treatments, and storage technologies employed. Refrigerated facilities storing fresh fruit can consume significant amounts of electricity, with large-scale commercial cold stores requiring around 7.62 kWh per day per pallet of fruit. Additionally, post-harvest treatments like pre-treatment with salicylic acid or chitosan solutions can impact the respiration rate and heat release of fruits, potentially reducing energy consumption during storage. In developing countries like India, where refrigerated cool stores are expensive, low-cost alternatives such as evaporative cooling are explored to mitigate energy consumption during fruit storage. Energy Life-Cycle Assessments also highlight the energy inputs from cooling systems in warehouse operations as a significant factor in the overall energy consumption of fruit production processes.What does renewable energy transition mean in climate change?
5 answers
The renewable energy transition in the context of climate change refers to the shift from fossil-based energy sources to zero-carbon renewable energy systems to reduce CO2 emissions and mitigate the effects of climate change. This transition is crucial for limiting global warming to 2°C or even 1.5°C. The transition involves a global effort to increase the use of renewable energy sources like solar, wind, geothermal, and bioenergy, which can potentially achieve significant carbon reductions. Additionally, the trade of renewable electricity across regions via ultra-high-voltage transmission lines can boost renewable electricity production, reduce CO2 emissions, and decrease air pollutant emissions. Proper planning of renewable energy capacity is essential to avoid electric supply shortages due to climate change and expedite the transition to renewable energy from fuel-based sources.How Environmental Kuznets Curve does this concept apply to the concept of Green House Gas Emissions.?
5 answers
The Environmental Kuznets Curve (EKC) concept explores the relationship between economic development and environmental degradation, particularly in the context of Greenhouse Gas (GHG) emissions. Studies across various countries like OECD nations, gas-producing countries, Colombia, Canada, Spain, Indonesia, and the Baltic countries have investigated this relationship. The EKC hypothesis suggests an inverted U-shaped curve, where environmental quality initially deteriorates with economic growth, but then improves beyond a certain income threshold. Factors such as renewable energy sources, education, urbanization, and trade openness play crucial roles in influencing GHG emissions. Policy implications include investing in clean technologies, reforming fossil fuel subsidies, shifting to renewable energy sources, and enhancing education quality to mitigate environmental degradation while promoting sustainable economic growth.What is the relationship between pre-dominant elements and critical uncertainties in gbn scenario planning method?
5 answers
In scenario planning using the GBN method, the identification of critical uncertainties is crucial for developing plausible scenarios. These uncertainties are often linked to key elements that significantly impact the outcomes. For instance, in the context of tourism recovery in Arizona, critical drivers like public health status and economic performance were identified as the most influential and uncertain determinants. Similarly, in the context of water management in Tucson, uncertainties surrounding changing demands, water supply adequacy, and public perceptions of water reuse were prioritized due to their significant impact on water availability and development planning. Therefore, the relationship between predominant elements and critical uncertainties lies in how these uncertainties shape the scenarios and drive decision-making processes in GBN scenario planning.How mining affects the air quality and the health impacts of the community near mine site?
5 answers
Mining activities significantly impact air quality and the health of communities residing near mine sites. The emission of particulate matter (PM), carbon dioxide, carbon monoxide, nitrogen dioxide, and other harmful gases from mining operations and heavy motor vehicles in mining areas deteriorates air quality. This pollution leads to various respiratory illnesses like asthma, tuberculosis, and pneumoconiosis among the local population, causing significant health concerns. Windblown dust from mining activities, especially tailings storage facilities, exacerbates air pollution, resulting in adverse health effects on nearby communities. Studies have shown that high levels of PM10 from mining activities can lead to respiratory-related illnesses, imposing substantial costs on the affected communities. Therefore, addressing air pollution from mining is crucial to safeguard the health of communities living in proximity to mine sites.What are the effects of deforestation in climate change research paper?
5 answers
Deforestation significantly impacts climate change by altering surface properties like albedo and evapotranspiration, leading to varied temperature changes globally. Studies show that deforestation causes warming in low latitudes and cooling in high latitudes, with tropical regions being particularly sensitive to forest cover changes. The biophysical effects of deforestation, such as warming and drying, can amplify carbon losses in regions like the Amazon and the Congo, emphasizing the importance of considering these effects in carbon accounting systems. Different models highlight the complex interplay between forest cover changes and temperature variations, emphasizing the need to understand the local and nonlocal effects of deforestation on surface, near-surface air, and lower atmospheric temperatures.How does the redox potential affect microbiological growth?
5 answers
The redox potential plays a crucial role in microbiological growth by influencing electron transfer pathways and metabolic activities. Microorganisms like Geobacter sulfurreducens utilize different electron transfer proteins based on the redox potential to reduce various Fe(III) and Mn(IV) minerals. In marine sediment, redox potentials impact microbial community diversity and the abundance of electron transfer-capable groups, highlighting the importance of insoluble substrate oxidation in microbial metabolism. Soil redox potential fluctuations, influenced by hydrologic conditions, affect soil microbial activity and community composition, emphasizing the need for understanding redox dynamics for predicting microbial behavior. Controlling redox potential in fermentation processes can optimize microbial metabolism for desired metabolite production, showcasing the significance of redox potential in microbial physiology and metabolism.How does the bio-leather reduce pollution?
4 answers
Bio-leather reduces pollution through various innovative methods and technologies. Firstly, the utilization of bio-based materials in bio-leather production, such as bio-alloy technology and bio-based ultra-fine fibers, helps reduce environmental impacts by decreasing greenhouse gas emissions, non-renewable energy consumption, eutrophication potential, land use, and water consumption. Additionally, bio-leather production processes involve bioconversion of organic wastes from the leather industry into renewable energy and biofuels, contributing to waste reduction and sustainability. Furthermore, the introduction of biological enzyme technology in leather production enhances the efficiency of processes like degreasing and deodorization, reducing the use of strong chemicals and surfactants, thus minimizing pollution generation. These combined approaches make bio-leather a more environmentally friendly alternative to traditional leather, mitigating pollution in the leather industry.What is the definition of a research gap?
4 answers
A research gap is a deficiency in knowledge within a particular field that arises due to various factors such as study constraints, inadequate tools, or external influences beyond the study's control. It represents an area where further investigation is needed to expand the existing knowledge base and address unanswered questions. Research needs are essentially gaps in knowledge that can guide the direction of future studies by focusing on these identified deficiencies. In the context of academic writing, highlighting a research gap is crucial for justifying the novelty and significance of a research project, especially in competitive publication environments. Identifying and understanding these gaps can lead to the formulation of new research questions and the advancement of the field by addressing areas where knowledge is lacking.What are the potential environmental impacts of using Li-ion batteries in renewable energy storage systems?
5 answers
Using Li-ion batteries in renewable energy storage systems can have significant environmental impacts. Studies show that while Li-ion batteries have higher environmental impacts during the production phase compared to lead-acid batteries, they exhibit lower impacts during the use phase due to higher efficiency. Repurposing retired Li-ion batteries for second-life use can be beneficial, especially when considering performance degradation and economic value, with using whole packs showing better environmental outcomes. Evaluations also highlight the importance of battery energy density and performance degradation in maximizing environmental benefits, with scenarios like using retired NMC-811 batteries for energy storage systems showcasing low global warming potential. Additionally, the assessment of critical raw materials in Li-ion battery manufacturing emphasizes the need to manage risks associated with materials like Graphite and Phosphorous for sustainable investments.