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What are the mitigation of climate change? 

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Mitigation strategies for climate change include efforts to reduce or prevent greenhouse gas emissions, use new technologies and renewable energies, improve energy efficiency, change management practices and consumer behavior, and implement negative emission technologies . These strategies aim to reduce the concentration of carbon dioxide (CO2) in the atmosphere, which is a major contributor to global warming. The goal is to limit the increase in global mean temperature to around 2°C above pre-industrial levels, as required by the Paris Agreement . Mitigation measures can include good conservation policies, enlightenment programs, direct air capture technology, and the cultivation of microalgae for CO2 biofixation . Artificial intelligence and machine learning tools also play a crucial role in mitigating climate change by reducing greenhouse gas emissions, predicting extreme environmental events, and advancing accurate estimation and assessment methods . Adaptation strategies, such as using a wide range of crop varieties and changing planting seasons, are also important for long-term planning against climate change .

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The paper discusses the need for mitigation strategies to reduce the impact of climate change on fruit crops, but it does not provide specific details about the mitigation strategies themselves.
The paper discusses the importance of artificial intelligence (AI) in mitigating climate change and achieving the Sustainable Development Goal of "Climate Action." It does not specifically mention the mitigation strategies for climate change.
The paper proposes a mathematical model approach to mitigate climate change due to excessive carbon dioxide emission and accumulation. The mitigation measures include good conservation policies, enlightenment programs, direct air capture technology, and improved photosynthetic biomass density.
The paper discusses climate change mitigation technologies, including the use of new technologies, renewable energies, energy efficiency, and changing management practices or consumer behavior.
Book ChapterDOI
05 Jul 2022
The paper discusses the importance of mitigation as a response to climate change but does not provide specific details about the mitigation strategies.

Related Questions

How to mitigate the effect of climate change?5 answersTo mitigate the effects of climate change, several strategies can be implemented. One approach is to adopt agricultural biotechnology, such as gene editing, genetic engineering, MAS, and GMO solutions, to develop crop varieties that are more resistant to pests, diseases, drought, and extreme temperatures. Another strategy is to utilize artificial intelligence (AI) and machine learning tools, which can contribute to accurate prediction and assessment of extreme environmental events, as well as the development of climate change time series. Additionally, it is important to transition to non-carbon-based power sources, such as nuclear power, hydro-electric, wind, and solar power, and to electrify society and industry. Resilient cities can also play a crucial role in mitigating climate change by developing housing, infrastructure, and services that promote sustainable development and resilience. Finally, implementing good conservation policies, enlightenment programs, and direct air capture technology, along with improving photosynthetic biomass density, can effectively reduce the excess accumulated concentration of carbon dioxide in the atmosphere.
How to mitigate climate risks?5 answersMitigating climate risks requires a multi-faceted approach. One approach is to focus on additional methods such as carbon dioxide removal (CDR) technologies and solar radiative management (SRM) approaches to limit overshooting and buy time before CDR can take effect. Another important step is to gather and analyze more data, both internally and externally, to better understand the potential impact of climate change on businesses and economies. Additionally, it is crucial to identify and reduce vulnerabilities in mitigation plans by understanding the range of risks and adopting resilient strategies. Furthermore, addressing financial risks and implications of carbon generation mitigation initiatives is essential, including factors like carbon pricing and public policy. Finally, regional-level mitigation can help reduce aggregate disaster risks, and implementing capital taxes to fund mitigation can restore optimal outcomes. By combining these approaches, we can effectively mitigate climate risks and work towards a more sustainable future.
What are the most effective adaptation and mitigation strategies for climate change?5 answersThe most effective adaptation and mitigation strategies for climate change include strengthening backyard poultry production to overcome poverty and malnutrition in impoverished communities. Additionally, suitable indicators should be refined to measure the stress on backyard poultry due to climate change, and these indicators can be used in breeding and selection programs to develop birds adapted to climatic change. In tropical environments, where overheating is a challenge, buildings and cities need to implement strategies to address this issue, especially in densely populated areas. Machine learning (ML) and deep learning (DL) methods have gained popularity in climate change research, particularly in exploring mitigation and adaptation measures. The most popular ML technique for climate change mitigation and adaptation is the Artificial Neural Network, and research areas such as geoengineering and land surface temperature have extensively used ML and DL algorithms. Effective governance is crucial for coordinating green initiatives and implementing mitigation and adaptation strategies, as seen in the case of Langkawi's low carbon island initiative.
What are the best ways to mitigate the effects of climate change?5 answersThe best ways to mitigate the effects of climate change include adopting agricultural biotechnology to develop high-yielding and weather-adaptive crops. Resilient cities can also play a crucial role in reducing the impacts of climate change by implementing strategies for mitigation and adaptation. Additionally, the Common Agricultural Policy (CAP) can contribute to climate change mitigation and adaptation by increasing measures and support for small farms. Sustainable management of existing forests, along with planting new forests, can help mitigate climate change by increasing forest carbon stock and generating wood-based materials. Furthermore, the use of energy-efficient farming practices and biotechnological tools such as GM crops, biofertilizers, and biofuels can positively respond to climate variability.
What are the types of mitigation?1 answersMitigation refers to the implementation of defense mechanisms against attacks or faults. Different types of mitigation techniques have been developed in various fields. In the context of network security, a mitigation system consists of multiple types of mitigation devices that execute defense functions against attacks. A control device selects the appropriate mitigation device based on the type of attack detected. In the field of electronic systems design, mitigation techniques are employed in hierarchical design layers such as well engineering, memories, processors, and applications. In environmental engineering, remediation technologies can be categorized into physical methods (e.g., soil washing), chemical methods (e.g., solidification), and biological methods (e.g., phytoremediation). Mitigation is also crucial in disaster management, where resources are allocated to protection and vulnerability reduction to save lives and property. In the domain of electrical drives and machines, fault mitigation involves detecting faults and implementing remedial designs.
How can global warming be mitigated?4 answersMitigating global warming requires a combination of strategies such as conservation, recycling, more efficient machines, altered lifestyles, and new sources of energy. Additionally, limiting or preventing greenhouse gas emissions and reducing their concentrations in the atmosphere are crucial. One successful research illustration is the use of halophyte horticulture, which fixes carbon from the atmosphere using desert land areas and sea water for irrigation. Another approach involves reducing the amount of CO2 in the atmosphere by reacting it with alkaline metal hydroxide, which can be achieved through a system that introduces CO2-containing air into the hydroxide. Furthermore, normothermic perfusion and preservation have shown promise in improving outcomes and expanding the organ pool for transplantation, potentially reducing organ discard rates and increasing utilization. These various strategies and approaches are necessary to address global warming and its impacts.

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