scispace - formally typeset
Search or ask a question

How demand reduction, transition to bio based feedstocks and adopting circular economy principle can mitigate climate change? 

Best insight from top research papers

The transition to bio-based feedstocks and the adoption of circular economy principles can help mitigate climate change by reducing demand, promoting sustainability, and maximizing resource efficiency. By fully integrating the organic chemical sector into the bioeconomy and partially integrating the energy sector, the conflict between feedstock demand and availability can be mitigated . Circular economy strategies in sectors such as the built environment, transport, food system, and clean energy can complement decarbonization measures and further reduce greenhouse gas (GHG) emissions . Implementing circular and cascading use of wood in forestry value-chains can increase carbon sequestration, reduce emissions, and enhance climate change mitigation . Circular economy strategies in the environmental sector, such as shifting towards green fuels and biofuels, can limit the impacts of rising energy demand and reduce CO2 and particulate matter emissions . Closing the loop in the flow of carbon, nutrients, and water between agriculture, the human diet, and sanitation services can deliver multiple benefits for public health, food security, and climate mitigation .

Answers from top 4 papers

More filters
Papers (4)Insight
The paper discusses how a circular economy of nutrients derived from human excreta can mitigate climate change by reducing greenhouse gas emissions from mineral fertilizer production and application. However, it does not specifically mention demand reduction, transition to bio-based feedstocks, or the adoption of circular economy principles in relation to climate change mitigation.
The paper states that implementing circular economy strategies, such as transitioning to bio-based feedstocks and reducing energy demand, can lead to a reduction in CO2 and particulate matter emissions, thereby mitigating climate change.
The paper discusses how adopting circular economy principles in forestry value-chains can reduce demand for virgin wood, increase carbon sequestration and storage, and reduce greenhouse gas emissions, thereby mitigating climate change.
Circular economy strategies, including demand reduction and transitioning to bio-based feedstocks, can mitigate climate change by reducing greenhouse gas emissions in the production phase of raw materials and new products. (No information on adopting circular economy principles)

Related Questions

What are the best ways to mitigate carbon emissions?4 answersThe best ways to mitigate carbon emissions include reducing CO2 emissions through efficiency enhancements and indicators that go beyond energy to multiple environmental concerns. Other methods include using renewable sources such as photovoltaic, precooling, and sustainable energy technologies. Source sorting and recycling can also minimize greenhouse gas emissions, especially when the components segregated are recycled. Forest investment has been found to be a useful strategy to reduce carbon emissions, while simply increasing the forest area is not enough. Switching to renewable energy technologies offers more energy-effective mitigation than carbon embedding or carbon removal approaches. Energy efficiency measures, such as improving building lighting, can also offer effective mitigation.
How can blue carbon ecosystems be used to help mitigate climate change?5 answersBlue carbon ecosystems, including mangrove forests, tidal marshes, and seagrass meadows, can be used to help mitigate climate change in several ways. Firstly, these ecosystems serve as efficient carbon sinks, accumulating and storing large quantities of carbon in their sediments. By conserving and restoring these ecosystems, the loss and degradation of habitats can be reduced, thereby reducing greenhouse gas emissions. Additionally, restoration efforts can increase carbon dioxide drawdown and long-term storage, contributing to negative emissions. Incorporating blue carbon ecosystems into climate mitigation programs, such as Nationally Determined Contributions, can help achieve carbon sequestration goals. Furthermore, the protection and restoration of these ecosystems can provide multiple benefits, including climate adaptation, coastal protection, food provision, and biodiversity conservation. Overall, blue carbon ecosystems offer a nature-based solution to climate change by providing opportunities for carbon sequestration and storage while supporting ecosystem health and resilience.
How clean energy can mitigate climate change ​?4 answersStep 1: Clean energy technologies, such as renewable electricity generation and algal biofuels, play a crucial role in mitigating climate change by reducing greenhouse gas emissions. The development of these technologies has shown significant progress in improving performance and cost-effectiveness. However, the social values associated with climate change mitigation technologies are influenced by complex variables, impacting policy choices and global measures for mitigating environmental risks. Additionally, transitioning to clean energy requires scaling up the production of various energy-relevant materials, posing an urgent challenge to mobilize these resources sustainably. Step 3: Clean energy technologies, such as renewable electricity generation and algal biofuels, play a crucial role in mitigating climate change by reducing greenhouse gas emissions. The development of these technologies has shown significant progress in improving performance and cost-effectiveness. However, the social values associated with climate change mitigation technologies are influenced by complex variables, impacting policy choices and global measures for mitigating environmental risks. Additionally, transitioning to clean energy requires scaling up the production of various energy-relevant materials, posing an urgent challenge to mobilize these resources sustainably.
How to mitigate the impact of climate change?5 answersTo mitigate the impact of climate change, several strategies have been identified. These include reducing greenhouse gas emissions through the adoption of cleaner and renewable energy sources, improving energy efficiency, and sustainable transport. Another strategy is to enhance public awareness and build climate-resilient communities. In the agricultural sector, options such as changing crop management practices, stress-resistant varieties, and adjusting to new climates can help minimize the negative impacts of climate change. Additionally, the application of eco-friendly compounds, such as biostimulants, can promote plant growth and yield, and alleviate stress negative effects in crops like olive trees. Furthermore, capturing atmospheric carbon dioxide through carbon sequestration in natural ecosystems like soil and oceans can offset the adverse impact of climate change. These measures provide a roadmap for governments, organizations, and individuals to take action against climate change and mitigate its effects.
How to mitigate climate change?5 answersTo mitigate climate change, several strategies have been identified. These include reducing greenhouse gas emissions through the adoption of cleaner and renewable energy sources, improving energy efficiency, and sustainable transport. Other strategies involve enhancing public awareness, building climate-resilient communities, promoting sustainable agriculture, and improving health systems' preparedness for climate-related emergencies. Additionally, carbon sequestration, which involves capturing atmospheric carbon dioxide in various natural ecosystems, is considered an attractive option for mitigating climate change. Furthermore, agricultural biotechnology, such as gene editing, genetic engineering, and the use of genetically modified crops, is seen as a means of producing high-yielding and weather-adaptive cereals to address the impacts of climate change on food production. By combining these strategies, humankind could realistically reach net zero emissions by the middle years of this century and actively remove existing accumulations of carbon dioxide, ultimately halting global warming and reversing some of the damage already done.
How to reduce climate change?5 answersTo reduce climate change, immediate action is needed from governments, corporations, and individuals to transition to a circular economy that uses fewer resources and renewable clean technologies. This includes cutting greenhouse gas (GHG) emissions in half by 2030 and meeting obligations made under the Paris climate agreement. Individual actions, such as reducing single-use plastics and incineration, can play a major role in reducing GHG emissions. Additionally, measures to decrease GHG emissions and remove them from the atmosphere should be implemented. Adaptation strategies should also be applied to deal with the visible effects of climate change, such as increasing temperatures. Furthermore, a mechanism that directly pays a significant share of the carbon rent to local stakeholders and aggregates national reference scenarios into a global deforestation baseline could help address outstanding methodological issues related to deforestation and land degradation. Overall, a comprehensive and transparent assessment of options for mitigating climate change is necessary.

See what other people are reading

What is the importance of Bioplastic?
5 answers
Bioplastics play a crucial role in addressing environmental concerns associated with traditional plastics. They offer advantages such as low carbon footprint, biodegradability, and versatility. With the construction sector alone using a significant portion of plastic production, the shift towards bioplastics can significantly reduce plastic pollution and landfill waste. Additionally, the use of bioplastics in various industries like packaging, healthcare, and cosmetics can lead to a more sustainable future by reducing environmental impact and health risks associated with conventional plastics. Bioplastics also hold promise in biomedical applications, including tissue engineering, controlled drug delivery, and therapeutic devices, showcasing their diverse potential and importance in advancing sustainable practices across different sectors. In transitioning towards a circular economy, bioplastics offer a pathway to lower carbon footprints, compatibility with recycling streams, and potential for biodegradation, highlighting their pivotal role in sustainable material cycles.
How do quantum-inspired decision-making tools help investors in green bond investments*?
5 answers
Quantum-inspired decision-making tools offer innovative approaches for investors in green bond investments. By leveraging quantum principles like superposition and entanglement, investors can enhance decision-making processes. These tools enable the selection of environmentally beneficial projects or companies for green bond financing, promoting sustainability and economic growth. Additionally, quantum-inspired algorithms can aid in constructing portfolios with high returns and low risks in stock markets like Singapore. The integration of quantum mechanics with neurofinance and psychology provides a deeper understanding of human behavior and decision-making processes, potentially influencing investment choices. Overall, quantum-inspired tools offer a unique perspective and computational advantage for investors seeking to optimize their green bond investments.
What is the decision making process in rational decision making making?
5 answers
The decision-making process in rational decision-making involves several key aspects. Firstly, it includes determining the problem, establishing different alternatives, and making a choice based on limited rationality, as proposed by Herbert Simon. Rational decision-making techniques like the Analytical Hierarchical Process (AHP) by Professor Saaty play a significant role in this process, generating weights based on relative ratios to aid in decision-making. Additionally, the concept of bounded rationality challenges traditional economic perspectives by considering factors like imperfect information, illusion of control, and risk aversion that may influence rationality in decision-making processes. Overall, rational decision-making involves assessing options based on available information, considering constraints on human rationality, and incorporating both intuitive and deliberate thinking to arrive at the best possible alternative.
How do emerging trends influence the adoption of blockchain technology in circular supply chain management?
5 answers
Emerging trends significantly impact the adoption of blockchain technology in circular supply chain management. The literature review on blockchain for sustainable supply chain management highlights the potential of blockchain to revolutionize supply chains sustainably, improving economic, environmental, and social aspects. Factors such as perceived ease, inter-organizational trust, perceived usefulness, data transparency, and confidentiality play a crucial role in the adoption of blockchain in supply chains. Additionally, the study on supply chain risk management indicates that blockchain's benefits like traceability, transparency, information sharing, and decentralization enhance supply chain resilience and responsiveness, promoting technology adoption. These insights emphasize the importance of staying abreast of emerging trends to leverage blockchain effectively in circular supply chain management.
How sugarbeet tolerate salt stress?
5 answers
Sugar beet plants exhibit various mechanisms to tolerate salt stress. Research indicates that sugar beet genotypes with different ploidy levels respond differently to salt stress. Polyploidy, especially in diploid (2X) genotypes, plays a crucial role in enhancing salt tolerance by maintaining growth performance, germination rates, and seedling growth under salt stress conditions. Furthermore, exposure to salt stress alters the concentrations of cellular cations and triggers differential regulation of cellular proteins in sugar beet cells, affecting metabolism, energy, and defense mechanisms. Additionally, the combination of plant growth-promoting rhizobacteria (PGPR) and silica nanoparticles (Si-NP) has been shown to mitigate the negative effects of salt stress on sugar beet plants by reducing oxidative stress indicators, enhancing enzyme activities, and improving physiological processes, root yield, and sugar yield under combined stressors of high soil salinity and saline water irrigation.
How does face recognition influence buying behavior?
5 answers
Face recognition technology significantly impacts buying behavior in various domains. It enhances consumer experiences by enabling personalized services based on facial features. Moreover, in ticketing systems, face recognition restricts unauthorized ticket purchases, curbing speculative reselling during peak times. Additionally, face recognition is pivotal in monitoring and preventing illegal buying and selling activities, ensuring accountability and deterring fraudulent behaviors. Furthermore, the adoption of Face Recognition Payment (FRP) services is influenced by factors like relative advantage, performance expectancy, and social influence, shaping consumer intentions to use this innovative payment mode. Overall, face recognition technology plays a crucial role in enhancing security, personalization, and efficiency in various buying scenarios, ultimately influencing consumer behavior positively.
How Paneth cell are downregulated during inflammation on the inetstine?
5 answers
Paneth cells, crucial for gut homeostasis, are downregulated during inflammation in the intestine. Inflammatory conditions trigger Paneth cell dedifferentiation into stem-like cells, potentially leading to intestinal cancer. Factors like autophagy dysfunction and ER stress contribute to Paneth cell impairment and inflammation. Studies on Irgm1-deficient mice suggest environmental influences impact Paneth cell abnormalities and susceptibility to inflammation. Interestingly, the NOD2 status does not affect Paneth cell numbers, indicating a complex regulation mechanism. These findings highlight the intricate interplay between environmental factors, genetic predispositions, and cellular mechanisms in modulating Paneth cell function during inflammation in the intestine.
What is the role of funding in improving kitchen facilities?
4 answers
Funding plays a crucial role in improving kitchen facilities by enabling the implementation of necessary upgrades and enhancements. Adequate funding is essential to cover the costs of installing modern kitchen equipment, such as efficient stoves and ventilated kitchens, which can significantly reduce household air pollution (HAP). Insufficient funding can hinder the construction of properly ventilated kitchens, leading to increased exposure to toxic HAP in developing countries. The lack of steady and adequate funding has been identified as a major challenge in maintaining and developing transportation infrastructure, which includes kitchen facilities in various settings. Proper management of financing, including budget allocation and absorption, is crucial for ensuring the continuous improvement of kitchen facilities.
What emotions dominate political narratives in South Korea?
5 answers
Political narratives in South Korea are deeply intertwined with emotions such as outrage, sympathy, justice, ressentiment leading to moral victimhood, indignation, and powerlessness, and affectionate solidarity grounded in Confucian values. The COVID-19 pandemic has fueled nationalist sentiments, with the ruling party linking its response to a leftist-nationalist agenda. Additionally, the success of family politicians in South Korea is contingent on justifiable narratives that align with popular demands for meritocracy and procedural fairness. These emotional undercurrents shape the discourse around democratization, pandemic response, and political succession in South Korea, highlighting the complex interplay between affective responses and political narratives in the country's socio-political landscape.
What is the difference between Whey Protein and Whey Protein Isolate ?
5 answers
Whey protein is a product derived from whey, characterized by high protein content and low fat levels, used for lean mass gain and supplementation. It undergoes various processing techniques, resulting in different forms like concentrate, isolate, and hydrolyzed. Whey Protein Isolate (WPI) is a specific form of whey protein that undergoes further processing to remove more fats and carbohydrates, resulting in a higher protein concentration. WPI has been utilized in various applications, such as stabilizing emulsions and enhancing oxidative stability. Additionally, WPI has been studied for its potential to inhibit hepatic fibroblast growth factor 21 production by suppressing peripheral serotonin synthesis, which can impact weight gain and insulin resistance. These distinctions highlight the varying protein concentrations and processing methods between whey protein and whey protein isolate.
Is UNETR better than UNET in medical image segmentation?
5 answers
UNETR, a modified version of UNET, has shown promising results in medical image segmentation. While UNET is widely used and effective, UNETR introduces innovations to enhance segmentation accuracy. UNETR incorporates a Global Attention Mechanism (GAM) to adjust feature map weights automatically, improving segmentation performance. On the other hand, UNET lacks certain modeling capabilities, prompting the development of UNETR with a Remote Feature Exploration (RFE) module for better local and distance modeling, achieving high Dice scores on medical datasets. Additionally, a study comparing UNET and transferred learning models found that transfer learning outperformed basic UNET implementations, indicating the potential superiority of modified models like UNETR in medical image segmentation.