Science topics: Environmental ScienceMitigation
Science topic
Mitigation - Science topic
Explore the latest questions and answers in Mitigation, and find Mitigation experts.
Questions related to Mitigation
In what ways do clay-microbe interactions affect the stabilization and degradation of organic matter, the mitigation of greenhouse gas emissions (CO₂, CH₄, and N₂O), and the bioremediation of contaminated soils, particularly in the context of climate change and environmental sustainability?
What are the most renewable energy sources that enable relied to reduce the rise in temperatures that lead to the increase in the global warming phenomenon?
Provide a trustworthy reference also, please. How can we calculate this?
I am actively researching quantum reinforcement learning, aiming to leverage quantum-enhanced decision-making for sequential tasks. Although quantum algorithms promise speedups through techniques like quantum random walks or Grover’s search for exploration, practical QRL implementations on NISQ devices face significant hurdles due to noise, decoherence, and hardware limitations.
- Technical challenges: How do noise and limited qubit connectivity affect the convergence and stability of quantum reinforcement learning algorithms?
- Mitigation strategies: What error mitigation techniques; such as zero-noise extrapolation, dynamical decoupling, or hybrid feedback loops; are most effective in preserving quantum advantages during the iterative learning process?
- Implementation insights: Additionally, I seek guidance on designing robust quantum reward functions and state encoding methods that can adapt to hardware imperfections.
Any detailed case studies, simulation results, or experimental benchmarks from platforms like IBM Q, Rigetti, or photonic quantum processors would be extremely valuable for advancing this research.
effectiveness, economic wise, yield
Recently, I was honored to be invited to serve as the academic editor for a forthcoming book on phosphorus, tentatively titled "Environmental Management of Phosphorus - From Biogeochemistry to Sustainable Practice." This book aims to provide a comprehensive exploration of phosphorus management by bridging cutting-edge research with practical applications to address critical environmental challenges.
The book will delve into the fundamental processes governing phosphorus cycling in ecosystems, highlighting traditional biological and chemical pathways, such as phosphorus sorption and precipitation, while incorporating recent discoveries, including the role of inorganic nanoparticles in hydrolyzing organic phosphorus. This approach seeks to establish a modern understanding of phosphorus dynamics in both natural and engineered systems.
A key focus will be strategies to mitigate phosphorus pollution, particularly in on-site wastewater treatment. Topics will include the optimization of filter systems, the use of advanced filtration materials, and the integration of chemical and natural processes to enhance nutrient retention and prevent eutrophication. The book will also address sustainable phosphorus use in agriculture, emphasizing the balance between productivity and environmental stewardship. Strategies such as precision fertilization, soil amendments, runoff reduction techniques, and phosphorus recovery and reuse will be explored to provide actionable solutions for sustainable nutrient management.
Additionally, the book will examine advances in phosphorus analysis and environmental sensor technologies. It will highlight cutting-edge techniques for detecting and quantifying phosphorus in complex environmental matrices, including innovations in electrochemical and optical sensors for real-time monitoring of phosphorus in water, soil, and wastewater systems. The importance of precise data for effective phosphorus management and resource recovery will also be emphasized.
This book is designed to equip scientists, policymakers, and practitioners with innovative tools and knowledge to address phosphorus-related environmental challenges, paving the way for sustainable practices that benefit future generations.
If you are interested in contributing a chapter to this book, please feel free to contact me for further details.
Thank you, and I look forward to hearing from you.
Dear Colleague,
I hope this message finds you well. We are reaching out to you regarding your potential contribution to our forthcoming Special Issue, titled “Improving Breeding Programs for Abiotic Stresses in Agricultural Crops: Mitigation and Strategies”, which is scheduled for publication in International Journal of Genomics (Wiley). As the submission deadline of 27 June 2025, is drawing near, we would like to extend a warm invitation to you to participate by submitting your manuscript.
We were encouraged by your previous interest in this topic and believe that your insights would enrich our Special Issue. The website dedicated to this Special Issue can be accessed at:
We are excited to share that the Special Issue has already published 2 papers, and we have received indications of 3-4 additional contributions. Your valuable research would undoubtedly enhance the depth and breadth of the discussions on the issue.
Should you require any assistance or have inquiries about the submission process or the Special Issue itself, please do not hesitate to reach out to Prof. Khaled F. M Salem (khaled.salem@gebri.usc.edu.eg). Your contribution is highly anticipated, and we are eager to collaborate with you.
Thank you for considering this invitation. We are looking forward to your positive response.
Kind regards,
Editors
Prof. Khaled F. M. Salem
Department of Plant Biotechnology Genetic Engineering and Biotechnology Research Institute (GEBRI), University of Sadat City, Egypt
Amira Ibrahim
Botany and Microbiology Department, faculty of science, Arish University, Egypt
In my recent paper, I explore how inaccuracies in "topic" search strategies can lead to misleading results and introduce significant errors in bibliometric analyses. I identify six key issues that arise from these strategies, including:
- Inclusion of irrelevant publications due to sponsor coding,
- Influence of funding organizations' names,
- Semantic confusion and data pollution from institutional addresses,
- Abbreviation conflicts across disciplines,
- Problems arising from Web of Science’s "Keywords Plus,"
- Misclassification caused by word-number combinations (e.g., "Industry 4.0").
Given these findings, I would like to open a discussion on the broader implications:
What are some overlooked risks associated with topic-based search strategies in bibliometric analyses, and how can researchers mitigate these methodological pitfalls to ensure more accurate and reliable results?
Your insights, personal experiences, or even alternative strategies to refine bibliometric search processes would be greatly appreciated. Let’s collaborate to improve the methodological robustness of bibliometric research.
Hi,
My name is Muhammad Mukheed, and I am working on a research proposal regarding abiotic stress mitigation in plants using nanomaterials. This research is an extension of my Master's thesis, where I studied the morphological, physiological, biochemical, and anatomical parameters of plants under heavy metal stress and nanomaterial treatment. For my current proposal, I am expanding the scope to explore the molecular mechanisms involved.
I would appreciate it if anyone with expertise in this field could review my proposal and provide feedback. I will send my propsal via email. Your insights would be invaluable in strengthening the research.
Thank you in advance!
What are the mechanism of Urban Area climate change adaptation and mitigation?
Greetings, on this International festive day, today.
Climate change is prominent issue, let’s leave the arguement about whether global warming or is it cooling, the issue is changing atmosphere’s effects on the biosphere, cryosphere, lithosphere and hydrosphere already made drastic turn and causing suffering. The suffering here we are talking about isn’t only manmade war, here we have natural disasters. The climatic change is obvious and before our eyes. To deal with climatic change or be able to deal with climate we must seek solutions.
We need worlds leaders certainly to stand affirmed and sort solutions, mitigation and adaptations. There are many solutions sourghted. Our experts the science and tech professionals are supportive and have come up with technical advancement methods. I have written in other chapters: Physicists have been looking for better functioning and improved methods for nuclear power. Mitigation and adaptation policies already thought about.
There is need for Actions.
Ruminant production in rural areas of Africa is based on open grazing with little or no supplementary feeding. Animals move tens of kilometers in search of fodder. This is compounded by environmental issues. Grazing lands are shrinking, urbanization, increase in population and conflicts. Upon all these challenges GHG emissions has to be reduced. How can the rural population of Africa contribute?
The idea is to look at how the Reuse of construction waste components can address circularity and urban sustainability. I intend to look at the overall construction demand and projected demolition rates in a city, and thereby calculate the embodied carbons savings for reuse of building components that can be linked to climate mitigation.
Are there any papers that define LCA studies for urban building stocks?
Challenge that we faced and felt lost:
The choice of search terms plays a critical role in the quality of bibliometric analysis. Variability in terminology and the use of synonyms, abbreviations, or alternative spellings across different publications can lead to inconsistent results. We as team were often struggling with the trade-offs between broadening the search to include various keywords and narrowing it to ensure relevance to the research question. This included several back and forth work to simplify the same....
So how did we handle the same, as team lead, it was my responsible to brainstorm regarding this concern!!!
We picked it up this way: To mitigate this challenge, systematic development of search strategies is essential. Using controlled vocabularies like MeSH (Medical Subject Headings) for health sciences or keywords from a standardized thesaurus can help ensure consistency in capturing relevant articles (This is very crucial to appraise the time trend and evolution of the vocabulary of the same disease , eg: decay versus dental caries presently. Additionally, combining various search terms and using Boolean operators can help refine search results while minimizing omissions.
Citation: Boulton, A., & Hughes, G. (2016). Bibliometric Analysis: Challenges and Opportunities. Journal of Research Evaluation, 25(1), 102-110.
NOW I REQUEST THE EXPERTS IN THIS DOMAIN TO ANSWER THIS BASED ON THEIR EXPERIENCE?
Mangroves significantly contribute to mitigating estuarine acidification through physical, chemical, and biological processes. But the exact mechanism is poorly understood. Protecting and restoring mangroves can thus be an essential strategy for maintaining the health and pH balance of estuarine ecosystems.
In order to observe the performance of high school students in private schools, what is the relationship between stress (especially during exam times) and student performance? What interventions can be made to mitigate stress?
A utility-scale PV inverter is in a hot mining town with poor air quality needs better cooling. The inverter has a hybrid cooling system with a mix of air-cooling and liquid cooling. I am considering evaporator coolers or misting system close to the inverter, adding heat sinks in the inverter body, and extra-fine air filters to improve the air intake quality.
Looking for suggestions, case-studies or best practices for retrofitting additional cooling feature into the PV inverter that can help mitigating the heat-related issues.
Thanks in advance.
research topics that their outcomes can contribute positively in mitigating the challenges faced in child and maternal nutrition cases
Define succession planning, the aim of succession planning, methods/ process of succession planning, benefits of succession planning, challenges of implementing succession planning
Mitigation of Succession Planning challenges
- Is presence of Gypsum in soil detrimental to buried concrete? Will coating the foundations with bitumen help in mitigating associated risks?
- Is is okay to construct foundations on soil that contain moderate amount of Gypsum (10-20%) if the soil is properly compacted and if there is no water table in the site?
- It is generally know that Gypseous soils are susceptible to collapse when there is inundation/water table. If this type of soil is placed in a controlled manner (i.e. ensuring a certain moisture content and degree of compaction) does the possibility of collapse still exist?
Dates: October 1-2, 2024
Welcome to "Net Zero Feasibility 2024: 1st Virtual Symposium on TEA, LCA, and Process Modeling of Carbon Mitigation Technologies."
This symposium is a premier gathering of experts, researchers, and industry professionals dedicated to exploring and advancing the technologies essential for achieving net-zero emissions. Over two days, we will dive into critical areas that are key to the future of carbon mitigation: Techno-Economic Analysis (TEA), Life-Cycle Assessment (LCA), Process Modeling, and emerging Carbon Mitigation Technologies.
Key Focus Areas:
- Techno-Economic Analysis (TEA): Evaluate the economic feasibility and cost-effectiveness of various carbon capture, utilization, and storage (CCUS) technologies. Explore methodologies that integrate technological advancements with economic sustainability, driving industry adoption and policy development.
- Life-Cycle Assessment (LCA): Assess the environmental impacts of CCUS technologies from cradle to grave. Discuss innovative approaches to measuring and minimizing carbon footprints, ensuring that solutions are sustainable and effectively contribute to net-zero goals.
- Process Modeling: Investigate the latest in process simulation and modeling techniques that enhance the efficiency and scalability of carbon mitigation technologies. Learn about cutting-edge software and methodologies that predict performance, optimize processes, and facilitate the integration of CCUS systems into existing infrastructures.
- Carbon Mitigation Technologies: Explore novel carbon mitigation technologies that push the boundaries of current capabilities. Discuss advancements in direct air capture, bioenergy with carbon capture and storage (BECCS), mineral carbonation, and other innovative solutions. Examine the potential and challenges of these emerging technologies in contributing to global carbon reduction targets.
Registration:
Secure your place at "Net Zero Feasibility 2024" to gain valuable insights, share your research, and collaborate with other professionals dedicated to the future of carbon mitigation technologies. Whether you are an academic, researcher, industry professional, or policymaker, this symposium offers a unique opportunity to contribute to the global effort towards sustainable development and climate mitigation.
Registration open here: https://lu.ma/7vmv7hm2
The Effectiveness of Blue Green Infrastructure compares to Grey Infrastructure in Mitigating Urban Flooding under Changing Climate Conditions?
The interaction between environmental and nutritional factors and reproductive success. And the latest advancements in reproductive technologies or interventions that can mitigate these effects to enhance reproductive success.
What are the common fouling mechanisms in membrane biogas upgradation, and how can they be mitigated? Let us collectively list these down
- What are your thoughts on "What are the leading causes of project failure in the construction industry and how can these be mitigated?"
What are the potential risks of Artificial Intelligence (AI) in higher education, particularly concerning data privacy, bias and the digital divide?
How can these risks be mitigated?
What are the most common causes of foam formation in bioreactors, and how can they be mitigated?
What are the most common causes of foam formation in bioreactors, and how can they be mitigated?
Green House Gas Mitigation and Carnon Sequestration is very important when we consider Soil Micoflora? Let us try to find different answers which should be helpful for the researchers and friends in the same community working on Soil.... What are the mechanisms by which soil microflora contribute to soil carbon sequestration and greenhouse gas mitigation?
Hi, Could someone explain the primary differences between deep-seated landslides and slope destabilization? In particular, definition and characteristics, mechanisms and triggering factors, monitoring and mitigation, and Any references to relevant literature or case studies would also be greatly appreciated
My name is Isabella, and I am currently a PhD student in the Graduate Program in Evolution and Diversity at UFABC, under Prof. Cibele Biondo's supervision and Dr. Fernanda Abra's co-supervision. Our research, titled "Impacts of the road and railway network on threatened ungulates in Brazil: threats and effectiveness of mitigation measures," focuses on identifying the main threats that roads and railways pose to threatened ungulate species in Brazil (Tapirus terrestris; Blastocerus dichotomus; Mazama bororo; Mazama nana; Ozotoceros bezoarticus bezoarticus, Ozotoceros bezoarticus leucogaster; Tayassu pecari; Pecari tajacu*) and determining the most suitable mitigation measures for each. If you work with any of the mentioned species, we invite you to respond to our online questionnaire.
The questionnaire, the Informed Consent Form, and further information about our work are available at this link: https://forms.gle/MHZHPW3bdzdAi5j7A
If the research does not directly align with your work, please share this invitation with your colleagues and contacts who may contribute to the study.
Can we make the earth's faults resistant and prevent it from breaking? And have safe and secure homes?
There are several ways to prevent ground faults from shaking. According to most geologists, what causes the rupture of the earth's fault and the strong shaking of the fault and the release of energy from the center of the earthquake from the fault and the L waves or the P, S and L waves from inside the earth, is excessive pressure on the fault in millions of years. And most importantly, the penetration of water, humidity and cold into the faults is more in the cold seasons of the year; It happens like autumn, winter and spring and also in the early morning and night. And it causes the energy inside them to be released, and check this in the time series of several years of earthquakes, we understand the reason for the cold and water penetration into the faults, especially at night and early morning when the weather gets colder. This rupture of faults is more in the early morning and most earthquakes occur in the early morning from 4 am to 6 am or from 9 pm to 2 am. Underground and fault is easier. And now geologists have realized that man himself can create earthquakes in 3 or 4 ways, i.e. artificial earthquakes. For example, in the faults and in the parts where there is displacement in the folded layers of the earth, by digging Amin wells and injecting water pressure into these wells, it penetrates the layers inside the fault and causes energy to be released from within. They fall to the ground. The energy and rupture of the fault generated from the center of the artificial earthquake was created so that it would not shake too much and prevent continuous shaking. And then by filling it with reinforced concrete, it becomes like a nail in the ground, which can prevent the faults of the ground from breaking, because it is also mentioned in the Holy Quran. that mountains are like nails on the earth because mountains prevent the earth from shaking and we humans can create artificial earthquakes on the earth and prevent the eternal shaking of the earth in the fault zone and it is not only nature that nails like A mountain is like a mountain, humans themselves can create it, i.e. artificially create nails in the earth. These nails tighten the faults and prevent them from constantly vibrating. Of course, this experiment was conducted by geologists in the Texas region of America in 1946, when the oil well was at a shallow depth and they had to drill a well next to the oil well. Injection of water or a solution of water and salt. cause the well oil to rise. After a while they saw; An earthquake occurred in the Texas region of America for a week, and after that, geologists realized that the injection of salt and water solution in the anticline region of this region, where there was also a fault, caused the faults to break and create an artificial one. Earthquake in the region and the release of energy and this earthquake shows that humans can also cause earthquakes. Of course, earthquakes can be caused by other methods, one is like the explosion of a bomb on a fault. Like the bomb explosion in Mallard Karaj region in Alborz province in 1379 at 2:00 p.m. Tahir, 5 provinces that were on the Mesha fault shook and everyone felt it because with the explosion of this bomb that was used for testing in the military area, it suddenly exploded. and took responsibility. They were killed and injured, but because it was on the Masha fault, and this fault starts from about 400 kilometers from Abiq Qazvin and continues to the north of Semnan, it caused the fault to vibrate and release. energy, and perhaps there are other ways to rupture the fault, for example by using many dams in the area of faults and folds of the earth where there are depressions and anticlines. Because the dams intensify the infiltration of water into the ground. Of course, other methods have also been proposed, such as the use of waste and sewage, which causes further destruction of the environment, because burying waste and sewage in fault locations, despite the presence of water, leads to further destruction of the environment on the ground. Therefore, it is possible to break the fault and create and sew strong concrete and cement in it. But all this is a theory, no country has done this yet and it is only a theory. According to geologists, faults are like seams around large blocks and large plates of the earth, and they are the release of the accumulated energy of the earth, and humans cannot prevent its release, and they should only make their houses or structures resistant. For example, by creating wagers, which are in the form of resistant houses, for example, the use of light unilite on the roofs of houses instead of bricks and reinforced concrete buildings, and also like the palm tree, which has deep roots, he made the houses deep and many columns. It made it strong and also by creating spring and rubber under the pillar of the house at the bottom of minus 2 parking lots; Houses are springs like the car you have; He made it so that during an earthquake it only shakes like God Kong, but does not fall, and people are saved, and the construction engineer wants to create springs and pistons in bridges and buildings and prevent the impact of an earthquake like a shock absorber. And these works are useful for saving people.
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Mikayel Grigor Melkumyan added a reply
July 6
Dear Mr. Abbas Kashani,
In the text you provided you are trying to answer to your own question on the possibility to make the earth's faults resistant and prevent them from breaking. I think that everything is possible in this world, but is it necessary to do? Of course not, because you are looking on this problem only from technical point of view but, by all means, you must first of all take into account financial aspect of this problem!!! Even if some methods will be suggested to make the earth's faults resistant and prevent them from breaking the huge funds across the globe and very complex technologies will be needed to do that. So, I consider this as a useless idea and undertaking.
My approach is different. I think that we must concentrate ourselves on the task to make buildings earthquake proof. I devoted myself on solving this important problem, and I created very simple and cost-effective seismic isolation technologies for construction of new and retrofitting of existing buildings. You can read my paper:
Mikayel G. Melkumyan. "Armenia is the World Leader in Development and Extensive Application of Low-Cost Seismic Isolation for Construction of New and Retrofitting of Existing Buildings". - Journal of Architecture and Construction (JAC), Volume 3, Issue 3, 2020, pp.43-60, ISSN: 2637-5796
I am sure that the way to save people from earthquake is to make resilient construction using modern and very efficient technologies!
Best regards,
Mikayel Melkumyan
Doctor of Sciences (Engineering), Professor
Academician of the Saint-Petersburg Arctic Academy of Sciences
Academician of the Athens Institute for Education and Research
President of the Armenian Association for Earthquake Engineering
Vice-President of the International Association of CIS Countries on Base Isolation
Member of the USA Association for Science and Technology
Foreign member of the Research Center of Seismic Resistant Structures of the Institute of Industrial Science, University of Tokyo
Eminent Expert of the Committee of Eminent Experts in International Research Base of Seismic Mitigation and Isolation of Gansu Province in China
Founder of the "Save the Yerevan Schools From Earthquakes" foundation
CEO of the "Melkumyan Seismic Technologies" LLC
+374 (91) 94-54-02
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Christian Ungewitter added a reply
1 day ago
Hello,
I agree in big parts with the opinion of Mikayel Grigor Melkumyan . The much more feasible way to prevent damage of earthquakes is to makes buildings safe.
What I don't see is a technology that can prevent faults from breaking. One problem is the size of a fault. They can be few hundred meters longs up to several hundreds of km. So, in the latter case you would have to provide lot of material to stop the faulting process.
Even if it would be possible the next problem is the very complex stress field and stress distribution in earthquake zones. If you would "fix" one fault the stress would go somewhere else and could trigger an earthquake somewhere else.
At the moment it is even a technically demanding task to stop slow landslides due to e.g. road cuts parallel to slopes. If the rock or soil mass is moving you have to react very quick with the right tools to prevent a failure. It also depends on the force applied by the rock/soil volume that is sliding. When the shear is to high there is is no available technique (special anchors, piles etc.) to prevent such an event. And I'm talking only about local landslides, not about preventing earthquakes.
Best regards
what can we do from today onwards or right now to contribute towards better ecosystem?
What measures can farmers take to mitigate the negative effects of high humidity on crop yield?
Should the industry that produces negative externalities with impacts on the environment and health pay specific taxes with revenue linked to the mitigation of these negative externalities?
What strategies are being implemented to mitigate the negative effects of heat waves on vegetable production in India?
The implementation of disaster risk management is the prerogative of the local sphere of government. I am interested in interrogating the sphere's political, legislative and administrative dynamics and how they affect the implementation of disaster mitigation and preparedness mechanisms particularly in vulnerable communities.
tragedy of commons
So now the question is whether the concept of the "tragedy of the commons" could help develop international regulations that could reduce the scale of overfishing of fish and other marine and ocean organisms, significantly reduce the scale of devastation of marine and oceanic natural ecosystems.
Regards,
Dariusz Prokopowicz
The massive consequences of climate change for mental health are well documented (e.g. AR6 WGII, Chap. 7, p. 1076ff., Watts et al. 2015, Walinski et al. 2023). These will continue in the near and distant future. However, the consequences are hard to impossible to quantify (AR6, WGII, Chap. 7, p. 1089ff.). How can the future impact of the climate crisis on mental health be quantified for adaptation and mitigation measures succeedfull?
Reference:
Walinski et al. 2023 (https://www.aerzteblatt.de/int/archive/article/229918)
AR6 WGII Chap. 7 (https://www.ipcc.ch/report/ar6/wg2/chapter/chapter-7/)
Watts et al. 2015 (https://doi.org/10.1016/S0140-6736(15)60854-6)
As urbanization accelerates, the environmental toll of rapid urban growth becomes increasingly apparent. Please pitch your opinion/idea on this question as we explore innovative approaches to mitigate the environmental impacts of urbanization, from green infrastructure initiatives to sustainable urban planning strategies aimed at preserving biodiversity and enhancing ecosystem resilience.
Can we stop global climate change? Does human scientific power reach the world's climate change? What is the response of the researchers?
As you know, humans are very intelligent and can predict the future climate of the world with hydrology, climatology and paleontology. But don't countries, especially industrialized countries, that produce the most harmful gases in the earth's atmosphere and think about the future of the earth's atmosphere? Do they listen to the research of climatologists? What would have to happen to get them to listen to climate scientists?
Miloud Chakit added a reply
Climate change is an important and complex global challenge, and scientific theories about it are based on extensive research and evidence. The future path of the world depends on various factors including human actions, political decisions and international cooperation.
Efforts to mitigate and adapt to climate change continue. While full recovery can be challenging, important steps can be taken to slow progression and lessen its effects. This requires global cooperation, sustainable practices and the development and implementation of clean energy technologies.
Human scientific abilities play an important role, but dealing with climate change also requires social, economic and political changes. The goal is to limit global warming and its associated impacts, and collective action at the local, national, and international levels is essential for a more sustainable future.
Reply to this discussion
Osama Behnas added a reply
Global climate change is impossible to stop. Human scientific power cannot reach the climate changes of the world.
Borys Kapochkin added a reply
Mathematical models of planetary warming as a function of the argument - anthropogenic influence - are wrong.
Alastair Bain McDonald added a reply
We can stop climate change, but we won't! We have scientific knowledge but no political will. One can blame Russia and China for refusing to cooperate, but half of the US population (Republicans) deny that climate change is a problem and prefer their promiscuous lifestyles to the answer:
All climate change is loaded on CO2 responsible for the greenhouse effect. Therefore, scientific experiments from several independent scientific institutions around the world should be conducted to determine what the greenhouse effect is at different concentrations of CO2. Then, a conference of a reputable and professional organization with the participation of all independent scientific bodies should be held to establish standards on CO2 concentrations and propose policy measures accordingly.
The second action that can be taken is to plant as many trees and plants as possible to breathe CO2 and release oxygen. Stop any deforestation and immediately plant trees in any tree-filled areas.
Lucy George added a reply:
We have the knowledge, tools and resources to ensure a livable and sustainable future for all. Carbon dioxide and other heat-trapping gases are major contributors to global warming. Therefore, reducing greenhouse gas emissions is very important and should be done as soon as possible to achieve zero greenhouse gas emissions. Both forests and oceans play an important role in regulating our climate, so increasing their natural ability to absorb carbon dioxide can also help prevent global warming.
Reply to this discussion
Ilan Kelman added a reply:
Yes, we can address and stop human-caused climate change. See extensive details in the full technical reports of ipcc.ch
Mohamed Sarmoum added a reply:
I think it is difficult to stop global climate change, but, on the other hand, we can develop adaptation mechanisms with this change
Mrutyunjay Padhiary added a reply
The challenge of combating global climate change is complicated and multidimensional, involving scientific, technological, political, economic, and social initiatives. Even though we may not be able to "stop" climate change entirely at this time, we can surely lessen its worst consequences and adjust to the changes that are already occurring. It is true that advances in science have allowed us to gain an in-depth knowledge of the mechanisms causing climate change as well as the tools and techniques that can be used to slow it down. Scholars from diverse fields such as ecology, engineering, economics, climatology, and social sciences are actively investigating climate change and devising remedies for it.
Sudhir Shukla added a reply
Global climate changes are at Macro- Mega scale changes basically induced by the continuing geological processes, hitherto invisible to present human generation because of their slow pace. The modern human race might have accelerated this change by adopting industrial expansion and ever-growing greed for conventional energy. Human effect is most visible in weather changes and weather anomalies more profoundly visible now-a -days when compared to global climate changes.
Think of climate changes in the past / geological history when human did not exist at all?
Can we stop global climate change? Does human scientific power reach the world's climate change? What is the response of the researchers?
As you know, humans are very intelligent and can predict the future climate of the world with hydrology, climatology and paleontology. But don't countries, especially industrialized countries, that produce the most harmful gases in the earth's atmosphere and think about the future of the earth's atmosphere? Do they listen to the research of climatologists? What would have to happen to get them to listen to climate scientists?
Miloud Chakit added a reply
Climate change is an important and complex global challenge, and scientific theories about it are based on extensive research and evidence. The future path of the world depends on various factors including human actions, political decisions and international cooperation.
Efforts to mitigate and adapt to climate change continue. While full recovery can be challenging, important steps can be taken to slow progression and lessen its effects. This requires global cooperation, sustainable practices and the development and implementation of clean energy technologies.
Human scientific abilities play an important role, but dealing with climate change also requires social, economic and political changes. The goal is to limit global warming and its associated impacts, and collective action at the local, national, and international levels is essential for a more sustainable future.
Reply to this discussion
Osama Behnas added a reply
Global climate change is impossible to stop. Human scientific power cannot reach the climate changes of the world.
Borys Kapochkin added a reply
Mathematical models of planetary warming as a function of the argument - anthropogenic influence - are wrong.
Alastair Bain McDonald added a reply
We can stop climate change, but we won't! We have scientific knowledge but no political will. One can blame Russia and China for refusing to cooperate, but half of the US population (Republicans) deny that climate change is a problem and prefer their promiscuous lifestyles to the answer:
All climate change is loaded on CO2 responsible for the greenhouse effect. Therefore, scientific experiments from several independent scientific institutions around the world should be conducted to determine what the greenhouse effect is at different concentrations of CO2. Then, a conference of a reputable and professional organization with the participation of all independent scientific bodies should be held to establish standards on CO2 concentrations and propose policy measures accordingly.
The second action that can be taken is to plant as many trees and plants as possible to breathe CO2 and release oxygen. Stop any deforestation and immediately plant trees in any tree-filled areas.
Lucy George added a reply:
We have the knowledge, tools and resources to ensure a livable and sustainable future for all. Carbon dioxide and other heat-trapping gases are major contributors to global warming. Therefore, reducing greenhouse gas emissions is very important and should be done as soon as possible to achieve zero greenhouse gas emissions. Both forests and oceans play an important role in regulating our climate, so increasing their natural ability to absorb carbon dioxide can also help prevent global warming.
Reply to this discussion
Ilan Kelman added a reply:
Yes, we can address and stop human-caused climate change. See extensive details in the full technical reports of ipcc.ch
Mohamed Sarmoum added a reply:
I think it is difficult to stop global climate change, but, on the other hand, we can develop adaptation mechanisms with this change
Mrutyunjay Padhiary added a reply
The challenge of combating global climate change is complicated and multidimensional, involving scientific, technological, political, economic, and social initiatives. Even though we may not be able to "stop" climate change entirely at this time, we can surely lessen its worst consequences and adjust to the changes that are already occurring. It is true that advances in science have allowed us to gain an in-depth knowledge of the mechanisms causing climate change as well as the tools and techniques that can be used to slow it down. Scholars from diverse fields such as ecology, engineering, economics, climatology, and social sciences are actively investigating climate change and devising remedies for it.
Sudhir Shukla added a reply
Global climate changes are at Macro- Mega scale changes basically induced by the continuing geological processes, hitherto invisible to present human generation because of their slow pace. The modern human race might have accelerated this change by adopting industrial expansion and ever-growing greed for conventional energy. Human effect is most visible in weather changes and weather anomalies more profoundly visible now-a -days when compared to global climate changes.
Think of climate changes in the past / geological history when human did not exist at all?
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The world's largest carbon suction machine was opened to purify the earth's atmosphere.
The "world's largest carbon vacuum," designed to remove the planet's warming pollution from the atmosphere, began operating in Iceland on Wednesday. Mammoth is the second commercial direct capture plant for carbon dioxide from the air to be opened in Iceland by the Swiss company Climworks, and is 10 times larger than its predecessor, which will start operating in 2021. This huge facility consists of 72 suction and purification devices, and according to its creators, it is able to extract up to 36 thousand tons of carbon from the earth's atmosphere every year. This amount is equivalent to carbon dioxide gas produced by about 7800 gas cars on the road for one year.
Chosen analytical news site (Entekhab.ir):
The "world's largest carbon vacuum," designed to remove the planet's warming pollution from the atmosphere, began operating in Iceland on Wednesday.
Mammoth is the second commercial direct capture plant for carbon dioxide from the air to be opened in Iceland by the Swiss company Climworks, and is 10 times larger than its predecessor, which will start operating in 2021.
This huge facility consists of 72 suction and purification devices, and according to its creators, it is able to extract up to 36 thousand tons of carbon from the earth's atmosphere every year. This amount is equivalent to carbon dioxide gas produced by about 7800 gas cars on the road for one year.
In this new technology, built-in ventilators draw in air from one side and then expel the purified air from the other side by removing the carbon in it through chemicals.
The carbon obtained in this process is mixed with water and transferred to deep underground wells. There, the carbon naturally turns into rock over a few years and is locked up forever. According to Climworks, this entire cycle will be provided by Iceland's abundant and clean geothermal energy. With global warming and its devastating consequences for humans and nature, scientists say the world must find ways to remove carbon from the atmosphere in addition to rapidly reducing fossil fuel consumption. Climworks did not disclose the exact cost per ton of carbon removed, but said it was close to $1,000 per ton. This amount of cost is usually defined as the key threshold for the cost-effectiveness and viability of a similar technology below $100 per ton. Experts estimate that the cost of producing this amount of carbon from the air will decrease to $150 per ton in the next 5 to 10 years. Larger factories are currently being built by other competing companies. A carbon dioxide purification device capable of removing 500,000 tons of carbon per year is being built in Texas, USA. John Wurzbacher, one of the founders and CEO of ClimWorks, said that the company's goal is to increase the amount of carbon sequestered to one million tons per year by 2030 and to one billion tons by 2050. However, carbon removal technologies such as the one deployed in Iceland are still controversial and have been criticized as expensive and energy-guzzling solutions whose scale of operation is not yet clear. Some climate activists are also concerned that these ways will divert the focus from policies to reduce fossil fuels. "This technology is fraught with uncertainty and environmental risk," Lily Fore, director of the Fossil Economy Program at the Center for International Environmental Law, said of carbon sequestration in general.
How can farmers adapt to climate change and mitigate its effects on crop production?
Can we stop global climate change? Does human scientific power reach the world's climate change? What is the response of the researchers?
As you know, humans are very intelligent and can predict the future climate of the world with hydrology, climatology and paleontology. But don't countries, especially industrialized countries, that produce the most harmful gases in the earth's atmosphere and think about the future of the earth's atmosphere? Do they listen to the research of climatologists? What would have to happen to get them to listen to climate scientists?
Miloud Chakit added a reply
Climate change is an important and complex global challenge, and scientific theories about it are based on extensive research and evidence. The future path of the world depends on various factors including human actions, political decisions and international cooperation.
Efforts to mitigate and adapt to climate change continue. While full recovery can be challenging, important steps can be taken to slow progression and lessen its effects. This requires global cooperation, sustainable practices and the development and implementation of clean energy technologies.
Human scientific abilities play an important role, but dealing with climate change also requires social, economic and political changes. The goal is to limit global warming and its associated impacts, and collective action at the local, national, and international levels is essential for a more sustainable future.
Reply to this discussion
Osama Behnas added a reply
Global climate change is impossible to stop. Human scientific power cannot reach the climate changes of the world.
Borys Kapochkin added a reply
Mathematical models of planetary warming as a function of the argument - anthropogenic influence - are wrong.
Alastair Bain McDonald added a reply
We can stop climate change, but we won't! We have scientific knowledge but no political will. One can blame Russia and China for refusing to cooperate, but half of the US population (Republicans) deny that climate change is a problem and prefer their promiscuous lifestyles to the answer:
All climate change is loaded on CO2 responsible for the greenhouse effect. Therefore, scientific experiments from several independent scientific institutions around the world should be conducted to determine what the greenhouse effect is at different concentrations of CO2. Then, a conference of a reputable and professional organization with the participation of all independent scientific bodies should be held to establish standards on CO2 concentrations and propose policy measures accordingly.
The second action that can be taken is to plant as many trees and plants as possible to breathe CO2 and release oxygen. Stop any deforestation and immediately plant trees in any tree-filled areas.
Lucy George added a reply:
We have the knowledge, tools and resources to ensure a livable and sustainable future for all. Carbon dioxide and other heat-trapping gases are major contributors to global warming. Therefore, reducing greenhouse gas emissions is very important and should be done as soon as possible to achieve zero greenhouse gas emissions. Both forests and oceans play an important role in regulating our climate, so increasing their natural ability to absorb carbon dioxide can also help prevent global warming.
Reply to this discussion
Ilan Kelman added a reply:
Yes, we can address and stop human-caused climate change. See extensive details in the full technical reports of ipcc.ch
Mohamed Sarmoum added a reply:
I think it is difficult to stop global climate change, but, on the other hand, we can develop adaptation mechanisms with this change
Mrutyunjay Padhiary added a reply:
The challenge of combating global climate change is complicated and multidimensional, involving scientific, technological, political, economic, and social initiatives. Even though we may not be able to "stop" climate change entirely at this time, we can surely lessen its worst consequences and adjust to the changes that are already occurring. It is true that advances in science have allowed us to gain an in-depth knowledge of the mechanisms causing climate change as well as the tools and techniques that can be used to slow it down. Scholars from diverse fields such as ecology, engineering, economics, climatology, and social sciences are actively investigating climate change and devising remedies for it.
What are the most effective techniques for mitigating overfitting in neural networks, especially when dealing with limited training data?
I am delving into the intricate relationship between temperature gradients and material properties during the sintering process. My primary focus is on identifying which material properties are most sensitive to these gradients. Given the diverse expertise present here, I am keen on gathering insights, experiences, and any relevant research findings on this matter.
- Specific Inquiry: Could members share their insights or point towards studies that detail how temperature gradients specifically affect material properties, such as density, grain size, mechanical strength, etc., during sintering?
- Master Sintering Curve: Furthermore, I am intrigued by the concept of the Master Sintering Curve (MSC) and its potential applicability to laser sintering techniques. How can the MSC be utilized to optimize the laser sintering process, particularly in mitigating the effects of temperature gradients on material properties?
As the article written by Kavuvalu, BM., et al., (2022), there are multiple areas of blood banking related services that are being hindered by problems. A singular medical institution cannot solve a problem in this scale alone, in which it will need all the help it can receive. Additionally, government is linked to the maintenance of public health and safety to where it is responsible for healthcare advancement. In totality, what specific actions can the national or local government do to mitigate the problems present in the article that can also be seen in other third-world countries?
What is climate change, does it actually exist, if exist what the developed countries doing to mitigating it?
Why only poor countries suffer from climate change and what can we do to preserve our Himalayas?
what strategies can be employed to mitigate these effects?
Stormwater runoff poses significant environmental challenges, including pollution of water bodies and erosion of natural habitats. In this project, students will design and implementation green stormwater management system to mitigate these issues while promoting sustainability.
Objectives:
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Research and understand the principles of stormwater management and its environmental impacts.
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Identify a suitable site on campus or within the local community for implementing the green stormwater management system.
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Design a comprehensive stormwater management plan that integrates green infrastructure techniques.
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Calculate the anticipated reduction in stormwater runoff and pollutants based on the designed system.
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Develop a detailed bill of quantities (BOQ), scope of work and timeline for implementing the project.
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Document the project through reports, presentations, and possibly peer-reviewed publications.
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Develop educational materials and outreach initiatives to raise awareness about the importance of green stormwater management among the university community and the broader public (put this as a PowerPoint presentation and attach to your project)
In light of the ongoing challenges posed by COVID-19, it is imperative to contemplate the world's readiness to address potential future pandemics.
This discussion delves into the global preparedness, lessons learned, and strategies necessary to mitigate the impact of similar crises.
F.CHELLAI
Hi y’all!
I’m currently trying to grasp the complex world of climate finance, especially in the context of the promises in the Paris Agreement of increasing flows of finance to low- and middle income countries for climate change adaption and mitigation.
Any good book/paper suggestions to start with?
Thank you!
Title: A Review of Related Literature on Pollution Prevention and Social Responsibility
Introduction:
Pollution prevention and social responsibility are integral components of sustainable development, encompassing initiatives and actions aimed at mitigating environmental degradation and promoting societal well-being. This review examines the interconnectedness of pollution prevention and social responsibility, emphasizing their significance in addressing contemporary environmental and social challenges.
Pollution Prevention:
Pollution prevention entails the implementation of strategies to minimize or eliminate the generation of pollutants and waste. This includes adopting cleaner production methods, employing recycling and resource conservation measures, and integrating pollution control technologies. Research by [Author] highlights the effectiveness of pollution prevention approaches in reducing environmental contamination and preserving natural resources.
Social Responsibility:
Social responsibility encompasses ethical business practices, corporate citizenship, and community engagement aimed at fulfilling obligations to society and contributing to sustainable development. Companies that embrace social responsibility initiatives not only enhance their reputation but also foster trust and goodwill among stakeholders. Studies by [Author] underscore the positive impacts of social responsibility on employee morale, consumer loyalty, and overall organizational performance.
Interconnection between Pollution Prevention and Social Responsibility:
The integration of pollution prevention and social responsibility is crucial for achieving holistic solutions to environmental and social challenges. By incorporating environmentally sustainable practices into their operations, companies can minimize their ecological footprint while simultaneously fulfilling their social obligations. Research by [Author] demonstrates how companies that prioritize pollution prevention and social responsibility contribute to the advancement of sustainable development goals and foster positive societal outcomes.
Conclusion:
In conclusion, pollution prevention and social responsibility are indispensable pillars of sustainable development, emphasizing the need for environmentally sound practices and ethical conduct. By integrating these principles into policies and operations, organizations can mitigate environmental harm, promote social equity, and contribute to the well-being of present and future generations. Further research is warranted to explore innovative approaches and best practices for integrating pollution prevention and social responsibility into business strategies and public policies.
This research provides a structured overview of the literature on pollution prevention and social responsibility, highlighting their interconnectedness and importance in addressing environmental and social challenges. Feel free to adjust the content and citations based on your specific research focus and requirements.
When opting for a quasi-experimental research design due to the inability to recruit participants randomly, is there any way, other than randomization, that can reduce sample selection bias?
We have been conducting agroinfiltration experiments in cannabis plants to introduce genes of interest for studying their expression and function. Upon analyzing the results, I have noted positive signals in both DNA and RNA analyses, indicating the possible presence of the introduced exogenous genes. However, I am concerned about the potential contribution of the own bacterial DNA or RNA used in the agroinfiltration process, which might bias or even entirely account for these positive results, leading to false positives.
Are there any specific protocols or molecular analysis techniques that can help mitigate this contamination risk and ensure the reliability of results obtained in these experiments? I welcome any contributions or experiences shared on this matter.
Answer this question
How does the incorporation of diverse datasets affect the performance and bias mitigation of ChatGPT in various conversational contexts?
How to apply the 40 inventive principles to mitigate pollution?
To what extent can international cooperation and policy changes mitigate the effects of climate change and promote sustainable development?
Hello All, Greetings!
I have been looking for a Post Doctoral position or a Research Job related to Environmental Contamination, Waste Management, Soil-Plant-Nutrient cycle.
Please do let me know your suggestions and recommendations and I would be more than happy to get connected over email here (utpal.pravat@gmail.com/acharjee.pravat@gmail.com).
Below is a brief description of my skills, expertise throughout my research journey till now.
I have my Master's dissertation on Characterization of soil Arsenic contamination & mitigation options through water management and varietal selection of Rice & have been awarded with Doctoral Degree under The Prime Minister’s Fellow for Doctoral Research in observing the efficiency of Yellow Gypsum, an industrial waste turned soil conditioner (supplied by M/S Tata Steel Limited), in transformation of Sulphur and micronutrient content as well as changes in different soil physico-chemical and biological parameters, including heavy metal content like Lead, Nickel, Chromium and Cadmium, in different soil-systems, under different cropping system.
I have also worked in 'Mitigation of arsenic accumulation in rice through soil and water management” (funded under External Research Projects of the Natural Resource Management Division of ICAR) and “Characterization and Mitigation of Fluoride Contamination in soils and water of upper Gangetic Alluvium and Red Lateritic regions of West Bengal (Funded by Public Health Engineering Department, Govt. of West Bengal).
As a researcher of Agricultural Chemistry and Soil Science, I am well acquainted with modern laboratory equipment like AAS, ICP-MS etc, as well as statistical data analysis software like IBM-SPSS, Origin Pro, Sigma-Plot, R, etc. Please refer to my CV attached.
Sustainable Agriculture in the advent of climate change focus on both adaptation and mitigation of climate change effects, which one really would be a priority and why?
As we observe the emergence of seasonal virus, with its peak transmission occurring during cold-and-flu season, what proactive public health measures should be implemented to effectively manage and mitigate the impact of this virus on public health systems, vulnerable populations, and overall community well-being?
Do you think the reiteration of the parties to keep 1.5°C of global temperature within reach, through funding adaptation and mitigation efforts, is achievable?
Evaluate the impact of biofertilizers on reducing soil degradation, water pollution, and greenhouse gas emissions.
Assess the ecological advantages of biofertilizers, considering their potential role in sustainable agriculture and mitigating the environmental impact associated with conventional farming practices.
This question essentially seeks information about the best methods for capturing and storing carbon in terrestrial ecosystems to mitigate climate change. It asks for an understanding of the most effective strategies without delving into specific measurement or monitoring details.
