Turn all of this into a script for a video about ocean acidifcation Introduction: Hello and welcome to our YouTube channel. In this video, we will talk about ocean acidification, an important environmental issue that is affecting our oceans. We’ll explain what ocean acidification is, why it’s happening, and what we can do to help. So, let’s dive in! Section 1: Ocean Acidification - The Basics Understanding ocean acidification is critical to addressing its impact on marine life. In this first section, we will explain what ocean acidification is, how it happens, and what it means for marine life. We will also highlight essential concepts like pH levels and carbon dioxide. Ocean acidification is a process that occurs when carbon dioxide (CO2) from the atmosphere dissolves into the ocean, causing a decrease in pH levels. The ocean’s pH has been decreasing since the industrial age because carbon dioxide concentrations have been increasing. (Source: https://www.epa.gov/ocean-acidification/what-ocean-acidification ) Carbon dioxide is released by human activities such as burning fossil fuels like coal, oil, and natural gas, which contribute to global warming and climate change, as well as ocean acidification. When CO2 is dissolved in the ocean, it reacts with water molecules to form carbonic acid, which results in the decrease in pH levels. (Source: https://www.climate.gov/news-features/understanding-climate/climate-change-atmospheric-carbon-dioxide ) Ocean acidification has significant impacts on marine life, affecting everything from small plankton to large marine mammals. The decrease in pH levels can result in weaker shells for shell-forming organisms like oysters and clams and can also affect the ability of marine organisms to grow and reproduce. Moreover, ocean acidification often leads to coral bleaching, which results in the death of coral reefs, the most diverse marine ecosystem on earth. (Source: https://www.nature.com/scitable/knowledge/library/ocean-acidification-and-its-potential-impact-on-24344790/ ) pH is a measure of acidity or alkalinity, ranging from 0 (most acidic) to 14 (most alkaline), with 7 being neutral. The pH of the ocean’s surface waters has decreased from 8.2 to 8.1 over the past century, and the rate of this decrease is accelerating. (Source: https://scijinks.gov/ocean-acidification ) In conclusion, ocean acidification is a critical issue for marine life, caused by an increase in carbon dioxide emissions resulting in a decrease in pH levels. This process has severe consequences for marine organisms, such as weakened shells and coral bleaching, leading to damaging impacts on the entire marine ecosystem. Understanding the science behind ocean acidification is essential to mitigating its impact on the ocean, and ultimately our planet. Section 2: Impacts of Ocean Acidification The ocean is a diverse and complex ecosystem, and it is being threatened by a process known as ocean acidification. In this section, we’ll talk about the impact of ocean acidification on different marine organisms, including shellfish, coral reefs, and plankton. We’ll also discuss how it is affecting the food web, biodiversity, and ecosystem services. For many shellfish, ocean acidification presents a serious threat. As the ocean becomes more acidic, it affects the ability of shell-forming organisms to produce and maintain their protective shells. This leads to weaker shells and increased susceptibility to predators and other threats. (Source: https://www.sciencedirect.com/science/article/abs/pii/S0048969719360877 ) Coral reefs are one of the most vibrant and diverse ecosystems on Earth, but they are also highly vulnerable to ocean acidification. As the pH levels of the ocean change, coral reefs become stressed and can begin to bleach, becoming less colorful and more vulnerable to disease and other threats. (Source: https://www.nature.com/articles/nclimate2874 ) Plankton at the base of the ocean food web are also affected by ocean acidification. They are essential to the survival of many other marine organisms, and as the pH levels of the ocean change, they can be disrupted, leading to major changes in the food web and overall ecosystem health. (Source: https://www.researchgate.net/publication/233516047_The_effects_of_ocean_acidification_on_phragmatopoma_californica ) Ocean acidification is not just affecting individual species, it is also affecting the entire marine ecosystem. As species are disrupted or disappear, this can have a ripple effect on other species, leading to major changes in biodiversity and ultimately affecting the ecosystem services we rely on, such as food production and climate regulation. (Source: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5958912/ ) In conclusion, the effects of ocean acidification are complex and far-reaching, affecting everything from individual species to entire ecosystems. It is imperative that we understand these effects and work to reduce our carbon emissions to prevent further damage to the ocean and the life it supports. Section 3: The Impact on Indigenous Communities in Canada Indigenous communities that depend on the ocean are especially vulnerable to the effects of ocean acidification. In this section, we will discuss the decline of important species like shellfish and the impact on their livelihood, culture, and food security. For many Indigenous communities, shellfish are an important part of their culture and livelihood. But as ocean acidification continues, the decline in shellfish populations has severe consequences on their food security and cultural traditions. (Source: https://www.nature.com/articles/nclimate2965 ) Additionally, many Indigenous communities rely on fishing for their income and subsistence. As key fish species become more scarce or migrate due to changes in the ocean chemistry, this can have a severe impact on their economic stability and food security. (Source: https://link.springer.com/chapter/10.1007/978-3-319-46594-2_13 ) Furthermore, ocean acidification affects the entire marine ecosystem, which Indigenous communities often have deep connections to. This can have profound cultural impacts, disrupting traditional practices and ways of life, and leading to less resilience to those communities facing additional stressors. (Source: https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2011GB004155 In conclusion, Indigenous communities that depend on the ocean are disproportionately affected by ocean acidification. The decline of important species like shellfish not only affects their livelihoods and economic stability but also disrupts their cultural traditions and ways of life. As we work to address ocean acidification and climate change, it is essential to include the perspectives and voices of Indigenous communities to ensure that they are not left behind in our efforts towards sustainability and resilience. (Source: https://www.researchgate.net/publication/285623008_The_Impact_of_Ocean_Acidification_on_Indigenous_Arctic_Communites ) Section 4: Possible Solutions to Ocean Acidification The ocean is facing a critical threat from ocean acidification, which is caused by increased carbon dioxide (CO2) emissions. If we do not take immediate steps to reduce carbon emissions, the effects of ocean acidification will be more pronounced and widespread. In this section, we will discuss the various approaches that can be taken to mitigate the effects of ocean acidification in Canada. One solution is to transition to renewable energy sources like wind, solar, or tidal power. By reducing carbon emissions, these sources of energy can help reduce the impact of ocean acidification. In Canada, there are several initiatives aimed at promoting the use of renewable energy, such as the federal government’s focus on investing in clean energy and supporting efforts to reduce greenhouse gas emissions. (Source: https://www.canada.ca/en/environment-climate-change/services/climate-change/canada-action-wind-energy.html ) Overfishing is another human activity that contributes to ocean acidification. By practicing sustainable fishing methods, we can minimize the negative impacts on marine ecosystems. In Canada, sustainable fishing practices are promoted by government policies and regulations, such as setting fishing quotas and closing fisheries when fish stocks are depleted. Additionally, there is increasing pressure on the fishing industry to adopt more sustainable practices to protect marine life and support local communities. (Source: https://www.dfo-mpo.gc.ca/fisheries-peches/sustainable-durable/strategies-strategies-eng.html ) Conservation policies can be implemented to protect sensitive ecosystems and reduce stressors on marine species, such as reducing nutrient and chemical runoff from industries and agricultural activities. The Canadian government has implemented various conservation policies aimed at reducing the impact of human activities on marine life, such as the federal Oceans Act and other initiatives aimed at protecting marine ecosystems. (Source: https://www.ec.gc.ca/cc-ocean/default.asp?lang=En&n=E65821F9-1 ) Finally, it is essential to invest in scientific research to better understand the impact of ocean acidification and to support innovations in technology and mitigation approaches. In Canada, there are several research initiatives investigating the impact of ocean acidification and strategies to reduce its impact. For example, the Department of Fisheries and Oceans has established an Ocean Acidification Program aimed at understanding the impacts of ocean acidification and developing adaptation strategies. (Source: https://www.canada.ca/en/environment-climate-change/services/climate-change/science-research-funding/ocean-acidification-research.html ) In conclusion, taking immediate steps to reduce carbon emissions, practicing sustainable fisheries, implementing conservation policies, and investing in scientific research can significantly reduce the impact of ocean acidification in Canada. These efforts are essential to protecting the ocean and the many species that depend on it. Section 5: What Can You Do To Help? Ocean acidification is a pressing issue that requires action from every individual. We can all make a difference by taking steps to reduce our carbon footprint. In this final section, we will provide tips that viewers can follow in their daily lives to reduce their carbon emissions and help prevent ocean acidification, as well as how they can support policies and organizations that are working to address climate change and protect the oceans. One of the best ways to reduce your carbon footprint is to use alternative modes of transportation, such as biking, walking, or taking public transit whenever possible. This can significantly reduce the carbon emissions from vehicles, and it’s also a great way to stay active and healthy. Moreover, if you own a car, you can consider purchasing an electric vehicle, which produces zero carbon emissions during operation. (Source: https://www.nrdc.org/stories/how-you-can-stop-global-warming ) Plastic pollution is another major issue that contributes to ocean acidification. To reduce your impact, consider reducing your use of single-use plastics like straws, water bottles, and plastic bags. Instead, try using reusable alternatives, such as a refillable water bottle or cloth bags for shopping. Additionally, you can use eco-friendly household and beauty products that use sustainable ingredients to minimize the plastic packaging waste. (Source: https://www.wwf.ca/get-involved/plastic-pollution-canada ) Turning off lights and electronics when not in use is another simple way to reduce your carbon footprint. Not only will this reduce your energy consumption, but it will also lower your utility bills. Additionally, consider switching to energy-efficient LED light bulbs, which use up to 80% less energy and last up to 25 times longer than traditional bulbs. (Source: https://www.epa.gov/energy/green-tips ) Finally, it’s essential to support policies and organizations working to address climate change and protect the oceans. This can involve advocating for policies aimed at reducing carbon emissions, such as carbon pricing or supporting initiatives aimed at protecting marine ecosystems. Additionally, you can volunteer or donate to organizations working towards climate action and lobby your elected representatives to take action on climate change. (Source: https://www.nature.org/content/dam/tnc/nature/en/documents/Oceans-for-Climate-Report.pdf ) In conclusion, every individual can contribute to the efforts to reduce carbon emissions and prevent ocean acidification. Whether it’s reducing plastic use, using alternative modes of transportation, or supporting policies and organizations that promote a sustainable future, every action counts. By working together to protect our oceans and the life they support, we can help ensure a healthy planet for generations to come. Conclusion: Thank you for watching our video on ocean acidification. We hope you have learned more about this important topic and understand how we can all take action to make a positive impact on our oceans and the communities that depend on them. Remember, it’s not too late to make a difference!

Climate Change


Turn all of this information into a script don’t leave out important info and keep all 5 sections and intro and conclusion: Introduction: Hello and welcome to our YouTube channel. In this video, we will talk about ocean acidification, an important environmental issue that is affecting our oceans. We’ll explain what ocean acidification is, why it’s happening, and what we can do to help. So, let’s dive in! Section 1: Ocean Acidification - The Basics Understanding ocean acidification is critical to addressing its impact on marine life. In this first section, we will explain what ocean acidification is, how it happens, and what it means for marine life. We will also highlight essential concepts like pH levels and carbon dioxide. Ocean acidification is a process that occurs when carbon dioxide (CO2) from the atmosphere dissolves into the ocean, causing a decrease in pH levels. The ocean’s pH has been decreasing since the industrial age because carbon dioxide concentrations have been increasing. (Source: https://www.epa.gov/ocean-acidification/what-ocean-acidification ) Carbon dioxide is released by human activities such as burning fossil fuels like coal, oil, and natural gas, which contribute to global warming and climate change, as well as ocean acidification. When CO2 is dissolved in the ocean, it reacts with water molecules to form carbonic acid, which results in the decrease in pH levels. (Source: https://www.climate.gov/news-features/understanding-climate/climate-change-atmospheric-carbon-dioxide ) Ocean acidification has significant impacts on marine life, affecting everything from small plankton to large marine mammals. The decrease in pH levels can result in weaker shells for shell-forming organisms like oysters and clams and can also affect the ability of marine organisms to grow and reproduce. Moreover, ocean acidification often leads to coral bleaching, which results in the death of coral reefs, the most diverse marine ecosystem on earth. (Source: https://www.nature.com/scitable/knowledge/library/ocean-acidification-and-its-potential-impact-on-24344790/ ) pH is a measure of acidity or alkalinity, ranging from 0 (most acidic) to 14 (most alkaline), with 7 being neutral. The pH of the ocean’s surface waters has decreased from 8.2 to 8.1 over the past century, and the rate of this decrease is accelerating. (Source: https://scijinks.gov/ocean-acidification ) In conclusion, ocean acidification is a critical issue for marine life, caused by an increase in carbon dioxide emissions resulting in a decrease in pH levels. This process has severe consequences for marine organisms, such as weakened shells and coral bleaching, leading to damaging impacts on the entire marine ecosystem. Understanding the science behind ocean acidification is essential to mitigating its impact on the ocean, and ultimately our planet. Section 2: Impacts of Ocean Acidification The ocean is a diverse and complex ecosystem, and it is being threatened by a process known as ocean acidification. In this section, we’ll talk about the impact of ocean acidification on different marine organisms, including shellfish, coral reefs, and plankton. We’ll also discuss how it is affecting the food web, biodiversity, and ecosystem services. For many shellfish, ocean acidification presents a serious threat. As the ocean becomes more acidic, it affects the ability of shell-forming organisms to produce and maintain their protective shells. This leads to weaker shells and increased susceptibility to predators and other threats. (Source: https://www.sciencedirect.com/science/article/abs/pii/S0048969719360877 ) Coral reefs are one of the most vibrant and diverse ecosystems on Earth, but they are also highly vulnerable to ocean acidification. As the pH levels of the ocean change, coral reefs become stressed and can begin to bleach, becoming less colorful and more vulnerable to disease and other threats. (Source: https://www.nature.com/articles/nclimate2874 ) Plankton at the base of the ocean food web are also affected by ocean acidification. They are essential to the survival of many other marine organisms, and as the pH levels of the ocean change, they can be disrupted, leading to major changes in the food web and overall ecosystem health. (Source: https://www.researchgate.net/publication/233516047_The_effects_of_ocean_acidification_on_phragmatopoma_californica ) Ocean acidification is not just affecting individual species, it is also affecting the entire marine ecosystem. As species are disrupted or disappear, this can have a ripple effect on other species, leading to major changes in biodiversity and ultimately affecting the ecosystem services we rely on, such as food production and climate regulation. (Source: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5958912/ ) In conclusion, the effects of ocean acidification are complex and far-reaching, affecting everything from individual species to entire ecosystems. It is imperative that we understand these effects and work to reduce our carbon emissions to prevent further damage to the ocean and the life it supports. Section 3: The Impact on Indigenous Communities in Canada Indigenous communities that depend on the ocean are especially vulnerable to the effects of ocean acidification. In this section, we will discuss the decline of important species like shellfish and the impact on their livelihood, culture, and food security. For many Indigenous communities, shellfish are an important part of their culture and livelihood. But as ocean acidification continues, the decline in shellfish populations has severe consequences on their food security and cultural traditions. (Source: https://www.nature.com/articles/nclimate2965 ) Additionally, many Indigenous communities rely on fishing for their income and subsistence. As key fish species become more scarce or migrate due to changes in the ocean chemistry, this can have a severe impact on their economic stability and food security. (Source: https://link.springer.com/chapter/10.1007/978-3-319-46594-2_13 ) Furthermore, ocean acidification affects the entire marine ecosystem, which Indigenous communities often have deep connections to. This can have profound cultural impacts, disrupting traditional practices and ways of life, and leading to less resilience to those communities facing additional stressors. (Source: https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2011GB004155 In conclusion, Indigenous communities that depend on the ocean are disproportionately affected by ocean acidification. The decline of important species like shellfish not only affects their livelihoods and economic stability but also disrupts their cultural traditions and ways of life. As we work to address ocean acidification and climate change, it is essential to include the perspectives and voices of Indigenous communities to ensure that they are not left behind in our efforts towards sustainability and resilience. (Source: https://www.researchgate.net/publication/285623008_The_Impact_of_Ocean_Acidification_on_Indigenous_Arctic_Communites ) Section 4: Possible Solutions to Ocean Acidification The ocean is facing a critical threat from ocean acidification, which is caused by increased carbon dioxide (CO2) emissions. If we do not take immediate steps to reduce carbon emissions, the effects of ocean acidification will be more pronounced and widespread. In this section, we will discuss the various approaches that can be taken to mitigate the effects of ocean acidification in Canada. One solution is to transition to renewable energy sources like wind, solar, or tidal power. By reducing carbon emissions, these sources of energy can help reduce the impact of ocean acidification. In Canada, there are several initiatives aimed at promoting the use of renewable energy, such as the federal government’s focus on investing in clean energy and supporting efforts to reduce greenhouse gas emissions. (Source: https://www.canada.ca/en/environment-climate-change/services/climate-change/canada-action-wind-energy.html ) Overfishing is another human activity that contributes to ocean acidification. By practicing sustainable fishing methods, we can minimize the negative impacts on marine ecosystems. In Canada, sustainable fishing practices are promoted by government policies and regulations, such as setting fishing quotas and closing fisheries when fish stocks are depleted. Additionally, there is increasing pressure on the fishing industry to adopt more sustainable practices to protect marine life and support local communities. (Source: https://www.dfo-mpo.gc.ca/fisheries-peches/sustainable-durable/strategies-strategies-eng.html ) Conservation policies can be implemented to protect sensitive ecosystems and reduce stressors on marine species, such as reducing nutrient and chemical runoff from industries and agricultural activities. The Canadian government has implemented various conservation policies aimed at reducing the impact of human activities on marine life, such as the federal Oceans Act and other initiatives aimed at protecting marine ecosystems. (Source: https://www.ec.gc.ca/cc-ocean/default.asp?lang=En&n=E65821F9-1 ) Finally, it is essential to invest in scientific research to better understand the impact of ocean acidification and to support innovations in technology and mitigation approaches. In Canada, there are several research initiatives investigating the impact of ocean acidification and strategies to reduce its impact. For example, the Department of Fisheries and Oceans has established an Ocean Acidification Program aimed at understanding the impacts of ocean acidification and developing adaptation strategies. (Source: https://www.canada.ca/en/environment-climate-change/services/climate-change/science-research-funding/ocean-acidification-research.html ) In conclusion, taking immediate steps to reduce carbon emissions, practicing sustainable fisheries, implementing conservation policies, and investing in scientific research can significantly reduce the impact of ocean acidification in Canada. These efforts are essential to protecting the ocean and the many species that depend on it. Section 5: What Can You Do To Help? Ocean acidification is a pressing issue that requires action from every individual. We can all make a difference by taking steps to reduce our carbon footprint. In this final section, we will provide tips that viewers can follow in their daily lives to reduce their carbon emissions and help prevent ocean acidification, as well as how they can support policies and organizations that are working to address climate change and protect the oceans. One of the best ways to reduce your carbon footprint is to use alternative modes of transportation, such as biking, walking, or taking public transit whenever possible. This can significantly reduce the carbon emissions from vehicles, and it’s also a great way to stay active and healthy. Moreover, if you own a car, you can consider purchasing an electric vehicle, which produces zero carbon emissions during operation. (Source: https://www.nrdc.org/stories/how-you-can-stop-global-warming ) Plastic pollution is another major issue that contributes to ocean acidification. To reduce your impact, consider reducing your use of single-use plastics like straws, water bottles, and plastic bags. Instead, try using reusable alternatives, such as a refillable water bottle or cloth bags for shopping. Additionally, you can use eco-friendly household and beauty products that use sustainable ingredients to minimize the plastic packaging waste. (Source: https://www.wwf.ca/get-involved/plastic-pollution-canada ) Turning off lights and electronics when not in use is another simple way to reduce your carbon footprint. Not only will this reduce your energy consumption, but it will also lower your utility bills. Additionally, consider switching to energy-efficient LED light bulbs, which use up to 80% less energy and last up to 25 times longer than traditional bulbs. (Source: https://www.epa.gov/energy/green-tips ) Finally, it’s essential to support policies and organizations working to address climate change and protect the oceans. This can involve advocating for policies aimed at reducing carbon emissions, such as carbon pricing or supporting initiatives aimed at protecting marine ecosystems. Additionally, you can volunteer or donate to organizations working towards climate action and lobby your elected representatives to take action on climate change. (Source: https://www.nature.org/content/dam/tnc/nature/en/documents/Oceans-for-Climate-Report.pdf ) In conclusion, every individual can contribute to the efforts to reduce carbon emissions and prevent ocean acidification. Whether it’s reducing plastic use, using alternative modes of transportation, or supporting policies and organizations that promote a sustainable future, every action counts. By working together to protect our oceans and the life they support, we can help ensure a healthy planet for generations to come. Conclusion: Thank you for watching our video on ocean acidification. We hope you have learned more about this important topic and understand how we can all take action to make a positive impact on our oceans and the communities that depend on them. Remember, it’s not too late to make a difference!

Climate Change


10、优化发展方式,大规模发展可再生能源,“十四五”规划中提出三个重点,具体包括()。

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Digitizing reforestation to combat climate change.

Climate Change


Digitizing reforestation through digital payments to combat climate change.

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请写一篇以碳中和碳达峰为背景下,世界各国新能源汽车的发展现状

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请写一篇在碳中和碳达峰背景下,新能源汽车发展的论文。

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全球面对的气候问题

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How can using solar powered energy in Canada reduce ocean acidification

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how can transitioning to solar power energy help combat ocean acidification

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paris iklim anlaşmasının içeriği hakkında bana beş paragraflık bir yazı yaz. Bu yazı akademik düzeyde ayrıntılı olsun.

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tell correct one answer Q.3 Which ones among the following are relevant strategies to tackle climate change crisis by the global community? (Check all that are correct) Max. score: 1; Neg. score: 0; Your score: Tree planting Global climate change strategic plans Climate change policies Climate financing Q.4 What are the measures your country can take to ensure that all climate change programmes are gender responsive? Max. score: 1; Neg. score: 0; Your score: Developing climate change gender policy Facilitated climate change financing to support youth, women, and marginalised communities Projects in marginalized communities Promoting non-participatory climate change adaptation projects Q.5 Key dimensions of ESD are (Check all that are correct): Max. score: 1; Neg. score: 0; Your score: Pedagogy and learning environment Learning outcome Learning content Advancing policy Societal transformation Q.6 The following are key priority areas of action in ESD for 2030. Which one is NOT? Max. score: 1; Neg. score: 0; Your score: Providing capacity development opportunities for educators. Providing opportunities for youth engagement Advancing policy Harnessing partnership and collaboration Q.7 The following are methods appropriate for teaching students about inclusive climate actions at school level. Choose which one among them is NOT. Max. score: 1; Neg. score: 0; Your score: Place-based environmental activities Student-led climate change projects Global youth forum on climate change activities Youth climate advocacy and debates Q.8 Approaches for bringing together youth from different schools in a country into being active climate champions are: Max. score: 1; Neg. score: 0; Your score: School-based climate change projects Online networking platforms Youth-funded climate projects and grants Climate change competitions Q.9 Which of the following factors promote gender responsiveness in climate change adapatation and mitigation activities at community level? Max. score: 1; Neg. score: 0; Your score: Unequal representation in climate adaptation and mitigation programs Gender-based violence due to climate disasters Scarce natural resources Climate conversations among different genders Q.10 Which one among the following is NOT a community level climate action? Max. score: 1; Neg. score: 0; Your score: Policy development at COP26 Facilitated policy dialogues Capacity building through education and awareness climate campaigns Climate finance

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Here's our project: "We're talking about tablets that purify running water (already drinkable but sometimes badly digested, etc.) with flavors (water drop type). The aim is to stop the consumption of plastic bottles and encourage people to drink more water, thanks to a healthy alternative to sodas and other sugary drinks. An environmental and social objective. Can you give me a consumer profile of the 3 target groups: government, NGOs and middle-class people?

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Hi! I just watched the movie "The Lorax" and I'm worried, what if the people'll need to pay for clear air

Climate Change


越南温室气体和环境问题(国际标准比较)

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В чем суть парникового эффекта: 1. Углекислый газ пропускает коротковолновое солнечное излучение; 2. Углекислый газ задерживает длинноволновое (тепловое) излучение Земли; 3. Углекислый газ пропускает солнечное излучение и задерживает излучение Земли.

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A brief write up on the effects of climate change, how it affects us and how reforestation can play a huge roll towards carbon neutrality.

Climate Change


Платность природных ресурсов предусматривает платежи. ") за право пользования природными ресурсами и за загрязнение окружающе природнои среды 2) на компенсационные выплаты 3) за нарушение природоохранного законодательства 4) на восстановление и охрану природы

Climate Change


Как взаимосвязаны цели устойчивого развития «устойчивые города и населенные пункты» и «сохранение экосистем суши»? Кратко

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In my medieval fantasy game there will be a generator of worlds. Help me come up with 10 types of climates of world (for example: temperate, tundra, steppe), 20 traits of the world (for example: deposits of magic crystals, dragon population, wedding night), 6 types of land of world (not tied to the climate, without specifics, for example: valley, mount, archipelago). Name and description.

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气候变化的好处

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温室效应的原因

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温室效应主要原因

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i need an ai model that adjusts HVAC systems in a green building to meet the carbon neutral status

Climate Change


facendo una stima, quanti watt di energia solare colpiscono la terra?

Climate Change


write a page and a half speech on climate change

Climate Change


re write As a part of its work, AoC has been involved in various conferences and meetings related to climate change, poverty reduction, and women's development. The Lead Now Fellowship, which began in 2012, develops, encourages, and motivates young people to become leaders in the advancement of sustainable development.  SustainUS supports a limited number of young leaders each year. They can use these resources to improve their skills and contribute to sustainable development efforts.

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User Give two unstated premises or conclusions: [1 We should not worry about global warming.] [2 First, the science of climate change isnot settled.] [3 Second, it <global warming> costs too much to fix.] [4 Third, longer, warmer summers in the temperate zone will make farming more productive.] [5 Moreover, more people die of the cold than heat]

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3.6 | Species distribution modelling The lowest AICc was assigned to the LQHP 1 model (Figure S5 and Table S7), and this was chosen to generate the projections of species distribution model. The distribution model accurately predicted the distribution area under the curve values (mean ± SE: 0.951 ± 0.123, Table S8), indicating a good performance of the predictive models. The predicted current species distribution area was generally similar to the actual known distribution area in China (Figure 1 and Figure 5 and Figure S6). The overall suitable distribution areas of all lineages shrank gradually from the LIG to LGM (Figure 5 and Figure S6). The suitable distribution areas of the N1 lineage was indicated to have reduced significantly, especially for the northwest corner of the Sichuan Basin from the LGM to the present (Figure 5c and Figure S6). The suitable distribution area of the N2 lineage was indicated to have shrank in the south region from the LGM to the present (Figure 5d and Figure S6). In contrast, several other regions including the southern Hengduan Mountains (sites for lineage W; Figure 5e and Figure S6), Yunnan-Guizhou Plateau (sites for lineage C; Figure 5b and Figure S6) and Wuling Mountains (sites for lineage E; Figure 5a and Figure S6) have reduced slightly in size from the LGM to the present. The MOP analyses demonstrated that past scenarios mostly possess climates analogous to those in the current scenario in the distribution areas of H. annectans (Figure S7). Most of the strict extrapolation risk was present in the northern and eastern parts of the distribution maps for each period (MH, LGM, and LIG; Figure S7).

Climate Change


بزرگترین تهدید برای بشریت چی میتونه باشه؟

Climate Change


Write 5 lines of dialogue between two conventional farmers from Texas, discussing climate change.

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была такая глава плана 5. Заключение - Общий вывод о том, что углеродные нанотрубки могут быть эффективными нановолноводами поверхностных волн - Прогнозирование возможных новых областей применения углеродных нанотрубок как нановолноводов - Подчеркивание импортантности дальнейших исследований в этой области науки.

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为低碳生活创作视频文本方案约2分钟

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详细列举法国为气候做出的努力,包含事件,文件和时间

Climate Change


欧盟碳边境调节机制法规

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Raqobat muhiti sharoitida korxona iqtisodiy xavfsizligini ta’minlashning korporativ strategiyalari

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explain the correlation between hydrological infrastructure of Dams and climate-remote sensing

Climate Change


Identify a particular problem on SDG 7 here in the Philippines. How can a student contribute to solving the problem?

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Napisz mi ograniczenia projektowe z ekologistyki na temat biznesplanu na automaty do butelek szklanych. Ograniczenia projektu: 3.1 Organizacyjne 3.2 Czasowe 3.3 Finansowe 3.4 Techniczne 3.5 Wiedzy, umiejętności i podejścia ludzi 3.6 Prawne

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Give one example of an open earth system and explain how energy and matter flow freely.

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Why are the relationships among earth systems considered as 'complex and dynamic'?

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我想做一个主题是环保的帆布袋,那么帆布袋上应该创作点什么?

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please translate the following text into english:我国应对气候变化工作管理部门为生态环境部,针对制冷行业应对气候变化管理的技术管理手段为督促落后技术淘汰和改进。目前生态环境部没有发布过针对制冷行业的专项先进技术鼓励推广政策。将绿色高效制冷路线图研究成果延伸成为应对气候变化的鼓励政策在国内目前属于首次尝试,存在一定难度。

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有人认为产生环境问题的根本原因是人口问题,你怎么看?

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I am working in a apparel manufacturing company and we have started a program with a eco friendly store to sellshome grown produce and hime made foods. The all the profit is given to those producing the product. Give me a objectives and goals of the above project

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Over 400 companies have made a pledge under the UNGC Business Ambition. What is the goal of this pledge? to limit global warming to 1.5 °C above pre-industrial levels to ensure that supply chains use sustainable sources to engage the C-suite on all sustainable efforts to achieve net zero emissions by the end of 2025

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What does Accenture mean by "Sustainability will be the new digital?" Sustainability will be a part of all of our work and drive new value and growth for our clients. Digital platforms will be phased out in favor of more traditional business solutions. Sustainability will help all areas within Accenture to create and implement new regulations. Accenture will need to replace all of its current technologies to be truly compliant.

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环境污染类型

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any two important ideas that articles "Defining and advancing a systems approach for sustainable cities by Xuemei Bai" and " Smart Cities and the UN SDGs Edited by Anna Visvizi"about the intersection of green cities and Sustainable Development Goals. Feel free to add any other resources, links, lists, media, and anything else to provide additional connections and illustrations. In your discussion, please connect these readings with ideas of equity, inclusion, diversity, accessibility, and justice.

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When companies discuss sustainability, why is the focus on carbon dioxide (CO2)? It is easier to completely eliminate CO2 than to develop sustainable technology. It is a greenhouse gas that is easily detectable and stays in the atmosphere for centuries. It is more difficult to measure carbon in the solid form than the gaseous form. It is the only gas that is causing climate change and impacting sustainability. I don't know this yet.

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Write 5 global consequences if Russia suddenly suddenly disappears.

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people talk about weather control satalites and asociated technoliges: woulden't such technoligies even if designed for the prevention of weath based distructive forces: come under the United Nattions Convention on the Prohibertation of Weather Weapons (This maynot be the corect title)

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Какие острова в Южном полушарии соответствуют климатическому поясу широты Москвы?

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帮我翻译一下Study on CO2 – water printed circuit heat exchanger performance operating under various CO2 phases for S-CO2 power cycle application

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Climate change in kenya

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A country conducted a thorough evaluation of its environmental impacts and found that it is consuming resources at a 3.0 planet rate. What does this mean? The country has three times as many resources as it needs to be sustainable. The country's temperature will increase by 3.0 degrees Celsius at the current rate of consumption. The country will need to reduce its resource consumption by two-thirds to be sustainable. The country is able to recycle 30% of the total resources it consumes per year. I don't know this yet.

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Take this further. ⦁ Any advantages + disadvantages to this? ⦁ Overall was it good or bad and why They make every effort to have their fruits grown in Europe and ship or transport them. When they do need to import fruit, they work with groups like the Rainforest Alliance to make sure the most environmentally friendly variety is used in their production. Their carbon audit revealed that less than 20% of their overall carbon footprint is attributable to food miles, and that in order to make the biggest cuts possible, they should concentrate on areas like packaging and bottling.

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What does Accenture mean by "Sustainability will be the new digital?" Sustainability will be a part of all of our work and drive new value and growth for our clients. Sustainability will help all areas within Accenture to create and implement new regulations. Digital platforms will be phased out in favor of more traditional business solutions. Accenture will need to replace all of its current technologies to be truly compliant. I don't know this yet.

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How can humans solve the climate crisis? Avoid delving into speculative future technology.

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write this sentence in the form of academic for article "Figure 12 shows the maximum temperature from 1951 to 2060 in July as the hottest month of the year in Iran. The values predicted by the LSTM neural network for these four months show that we will see an average temperature increase of about 5 degrees Celsius until 2060."

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为什么2023天气异常

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如何发展清洁煤炭发电技术

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Основные причины связанные с загрязнение чистой питьевой воды

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Match each sustainability performance pillar with its appropriate indicators 1. Environmental 1 Percentage reduction in carbon dioxide (CO2) emissions and water consumption at plants and distribution centers, percentage of products with an improved environmental or social profile 2. Social Percentage of permanent employees with access to healthcare coverage, percentage of employees benefitting from at least one training session per year 3. Governance Number of bribery and corruption incidents, reports of business ethics breaches, percentage of gender diversity in senior management

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How does the System Value Framework ensure a practical and ethical transition to net-zero emissions? The framework helps accelerate the journey toward net-zero transitions. The framework guides organizations to prioritize profitability over the social value of net-zero. The framework evaluates the economic, environmental, social, and technical outcomes of potential energy solutions. The framework shifts the political and commercial focus beyond social and environmental value to include cost.

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Нужен доклад о пагубном влиянии загрязнения чистой питьевой воды

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I would like to write a dissertation named "LCA study of VRF system against multi-chiller plant for commercial buildings", and I take some data such as psychrometric data, air flow rates, cooling load, heating load, ventilation load, etc by simulation. How could I apply those data in the life cycle assessment in my result and discussion part of my report?

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can you help me to expand to 200 words? Compared to the previous year, we launched several new environmental sustainability initatives, inclduing the outdoor farm. This was our first environmental sustainability initative in the ourdoor area of our space. While we would like to untilise our space to showcase Rooftop Republic, a partner of ours on urban farming, we wish to cultivate our space members’ interest in growing their own food from using the composing machine to appreciating regenerative food and agriculture. Equally important was that our partners managed to achieve ownership in our space, seeing themselves as an important part of our community. Adhering our principle of prioriting our partners’ products and services, environmental sustainability and supporting local products, we decided to purchase cleaning products from our partner, Define CLEAN. Its products are powder refills and can eliminate plastic waste and carbon footprint. While less consumption of plastic bottles means less solider waste, our purchase of locally-made products also contributed to carbon reduction due to the short travel route from the factory to our office.

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The UN refers to 2020–2030 as the “decade of action” to tackle climate-related challenges. What is the primary factor behind the damage caused to the Earth’s natural warming systems? Industrial Revolution Ocean acidification Global warming Ecosystem extinction Permafrost thawing

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generate 200 words about global warming

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write this sentence in the form of academic "The effect of global temperature increase in forecasting the annual total cooling load"

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Bonjour, parle moi un peu du développement durable

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write this sentence in the form of academic for article "Figure 14 shows that by selecting the design temperature inside 75 Fahrenheit, the total amount of cooling load in these four months in 2060 will increase by 26% compared to 2022 with the increase in outside temperature. It also shows in Figure 15 that by increasing the design temperature in %, the average amount of cooling load per year is saved and it states that with a right choice in the design of HVAC systems in the long term, it can be significantly It saved energy consumption and prevented the amount of environmental hazards in energy supply."

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You are an experienced career couch with over 20 years of experience. Based on the following LinkedIn profile, could you please generate a summary of this person's career accomplishment and highlight their top 3 achievements? List the 3 achievements under separate headers. Please provide as much details as possible , including relevant experiences, skills, and accomplishments that showcase the person's expertise in the field. Here is the profile: Contact Top Skills Plast Checklistor Evenemangsplanering Beatrice Johansson meetings for sustainable future, Sweden Summary With a strong background in planning activities, I have spent the past 15+ years growing and engaging not-for-profit organisations NGO, particularly in the Climate Movement, Aid sector, outdoor life, Scouting, environmental sector with the last year's special focus on Capacity Building for Sustainability issues. I believe in creating connections and meetings amongst people and where organisations together can tackle today's challenges and invent solutions for a better future. Do you want to join me? Experience Lutheran World Federation Observer at conference for plasticstreaty INC2 May 2023 - June 2023 (2 months) Paris I will work as an Observer at The second session of the Intergovernmental Negotiating Committee to develop an international legally binding instrument on plastic pollution, including in the marine environment (INC-2) in Paris 29 May -2 June. Pre meetings start at Thursday 4 May remote. I will work with communication and doing reports to different stakeholders. Cyrus Media Sverige Project Manager January 2023 - April 2023 (4 months) Bro, Stockholm, Sverige Planning and writing how to applying for film grant. Communicate with stakeholders within the production for a music documentary and a shortmovie. During the implementation of one of the film production of the documentary I am a production assistant and interview participants. Lutheran World Federation Observer at UNEP conference INC1 November 2022 - December 2022 (2 months) Online I am a Meeting Observer at the UNEP conference "The first session of the Intergovernmental Negotiating Committee (INC1) to develop an Internationally legally binding instrument on plastic pollution, including in the marine environment". I will participate online via the event platform interactio.io from 28 November to 2 December. Before I will be participate at the conference Multi-stakeholder Forum INC-1 26 November and several pre-meetings about how to understand the meeting documents and be prepared of the content. In a follow up meeting in January I will write a summary about multistakeholder engagement and the possibilities to engage as a NGO in the coming sessions of INC-2 2023. SIWI - Stockholm International Water Institute Konferensassistent på World Water Week 2022 August 2022 - September 2022 (2 months) Stockholm, Stockholm, Sverige För tredje året, arbetade jag som assistent på konferensen World Water Week 2022 i Stockholm. Jag fick erfarenhet av hybridmöten där livesändningar producerades av Twenty Studios och min roll var att hjälpa talare med deras presentationer till datanätverket samt att säkerställa ordningen i rummet med de fysiska åhörarna. Tillsammans med personal från SIWI fick jag möjligheten att arbeta i ett internationellt sammanhang och lära mig mycket nytt inom vattenfrågor och hur tidseffektiva mötesagendor kan genomföras. Konferensens tema Seeing the Unseen: The Value of Water. Plats Norra Latin. Meetagain Konferens Administrativ projektassistent March 2022 - May 2022 (3 months) Stockholm, Stockholm, Sverige Jag har fått en större förståelse för mötesindustrin där Meetagain en Professional Conference and Congress Organiser (PCO) arbetar med nationella och internationella konferenser, kongresser och möten. Page 2 of 3 Education Högskolan i Borås Plaster och miljön -fristående kurs 5hp, Plast- och polymerteknik · (June 2023) Yrkeshögskolan SKY Congress, conference and meeting professional - PCO, Project Management Event Management · (August 2021 - May 2023) Albert Sustainable production Karlstads universitet Communication related to environment and risk management · (2021 - 2021) Södertörns högskola Course, Circular Economy and Resource management · (2020 - 2020)

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Половодье главный природный фактор загрязнения рек

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How can we solve the world climate crisis? Do not reference any highly speculative technology. Give a brief description.

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How do you define SDG 13: Climate Action

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Can global warming be reversed using existing technologies?

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以中国对大气质量监测与治理手段为题写一篇3000字的文章

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You are an experienced career couch with over 20 years of experience. Based on the following LinkedIn profile, could you please generate a summary of this person's career accomplishment and highlight their top 3 achievements? List the 3 achievements under separate headers. Please provide as much details as possible , including relevant experiences, skills, and accomplishments that showcase the person's expertise in the field. Here is the profile: Act Svenska kyrkan 6 år 5 mån Klimatambassadör inför Glasgow klimattoppmöte sep. 2021–nov. 2021 · 3 mån Enköping, Uppsala län, Sverige · Hybrid Promoted citizen engagement for climate conference COP26 in the campaign “Agera för klimatet” and gained knowledge in climate justice and sustainable practices through collaboration with Act Church of Sweden.Promoted citizen engagement for climate conference COP26 in the campaign “Agera för klimatet” and gained knowledge in climate justice and sustainable practices through collaboration with Act Church of Sweden. Kompetenser: medborgarengagemang Kompetenser: medborgarengagemang Ambassadör för internationellt utvecklingsarbete nov. 2015–aug. 2021 · 5 år 10 mån Hybrid Deltog i programmet Ageravolontärerna i samverkan med Svenska Kyrkans Unga och avdelningen för Engagemang vid Act Svenska kyrkan. Utvecklade min förståelse för internationellt bistånd och hur kommunikationskampanjer planeras och genomföres. Deltog i olika kampanjer och representerade Act Svenska kyrkan vid offentliga evenemangsarenor så som Almedalsveckan och olika festivaler samt utvecklade lokala initiativ för lokalt internationellt arbete i samarbete med Fairtrade i Uppsala. Var Ageravolontärernas representant för gruppen Vatten och tro med SIWI fram till augusti 2021 se egen tjänstebeskrivning. Deltog i programmet Ageravolontärerna i samverkan med Svenska Kyrkans Unga och avdelningen för Engagemang vid Act Svenska kyrkan. Utvecklade min förståelse för internationellt bistånd och hur kommunikationskampanjer planeras och genomföres. Deltog i olika kampanjer och representerade Act Svenska kyrkan vid offentliga evenemangsarenor så som Almedalsveckan och olika festivaler samt utvecklade lokala initiativ för lokalt internationellt arbete i samarbete med Fairtrade i Uppsala. Var Ageravolontärernas representant för gruppen Vatten och tro med SIWI fram till augusti 2021 se egen tjänstebeskrivning. Kompetenser: Lagarbete · Kommunikation Kompetenser: Lagarbete · Kommunikation Evenemangsmedarbetare juli 2020–sep. 2020 · 3 mån På distans Webbinarium Klimaträttvisa- Vatten Globala målen 6 och 14. Deltog med Ageravolontärerna i planeringsgruppen för att mobilisera civilsamhället för ökad kapacitetsutveckling. Fyra olika talare bjöds in från de fyra olika sammanhangen SIWI-Swedish Water House, Act Svenska kyrkan-Sudan, Naturskyddsföreningen- Viva vatten och Svenska kyrkans hållbarhetsavdelning vars representanter berättade om hur deras verksamhet arbetar med vattenhanteringen koppling till klimatarbete utifrån hållbarhetsmålen 6 och 14. Min roll var att stötta en planeringsgrupp och jag bjöd in tre talare och presenterade på mötet om vad Ageravolontärerna fokuserar på. #ageravolontärernaWebbinarium Klimaträttvisa- Vatten Globala målen 6 och 14. Deltog med Ageravolontärerna i planeringsgruppen för att mobilisera civilsamhället för ökad kapacitetsutveckling. Fyra olika talare bjöds in från de fyra olika sammanhangen SIWI-Swedish Water House, Act Svenska kyrkan-Sudan, Naturskyddsföreningen- Viva vatten och Svenska kyrkans hållbarhetsavdelning vars representanter berättade om hur deras verksamhet arbetar med vattenhanteringen koppling till klimatarbete utifrån hållbarhetsmålen 6 och 14. Min roll var att stötta en planeringsgrupp och jag bjöd in tre talare och presenterade på mötet om vad Ageravolontärerna fokuserar på. #ageravolontärerna Kompetenser: Marknadsföring · Kommunikation Kompetenser: Marknadsföring · Kommunikation Evenemangspersonal vid ACT Alliance Generalförsamlings årskonferens okt. 2018 · 1 mån Greater Uppsala Metropolitan Area · På plats Greater Uppsala Metropolitan Area · På plats Bidrog till att internationella representanter fick en säker och trygg vistelse. Medskapande av programaktivitet för unga vuxna från Act Alliance i samarbete med lokalgruppen Agera Uppsala.Bidrog till att internationella representanter fick en säker och trygg vistelse. Medskapande av programaktivitet för unga vuxna från Act Alliance i samarbete med lokalgruppen Agera Uppsala. Kompetenser: Kreativitet · Kulturell mångfald · eventsäkerhet Kompetenser: Kreativitet · Kulturell mångfald · eventsäkerhet Klimatambassadör i kampanjen Ta ett steg för klimatet Klimatambassadör i kampanjen Ta ett steg för klimatet juli 2015–nov. 2015 · 5 mån Östersund, Jämtland, Sverige · På plats Var Klimatambassadör inför klimattoppmötet i Paris. Var med i kampanjen Ta ett steg för klimatet och Act now for climate justice. Deltog först under Almedalsveckan där klimatkommunikation var i fokus. Sedan under hösten engagerade jag studenter vid Mittuniversitetet som resulterade att flera personer förde fram kampanjens budskap under den kommande lokala klimatmarschen 30 nov. Var Klimatambassadör inför klimattoppmötet i Paris. Var med i kampanjen Ta ett steg för klimatet och Act now for climate justice. Deltog först under Almedalsveckan där klimatkommunikation var i fokus. Sedan under hösten engagerade jag studenter vid Mittuniversitetet som resulterade att flera personer förde fram kampanjens budskap under den kommande lokala klimatmarschen 30 nov, Kompetenser: Samhällsengagemang · klimatkommunikation

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Answer the following 4 questions. 1. Read the reading 1 on ‘BedZED’, list all sustainability building feature. 2. Do you agree ‘BedZED’ can solve the global warm and the fossil fuel crisis? Can we classify this type of design as sustainability building? Describe your answer in detail. Read the following passages and scripts on the Three Gorges Dam project, answer the questions below. 3. Briefly describe the major scope of work of the Three Gorges Dam project. 4. Discuss the advantages and disadvantages of the Three Gorge Dam project, from environmental, economic and societal point of view. The Architecture of Hope With global populations rising, and with half of us living in ever-larger cities, is there any hope of maintaining a decent quality of life, while reducing our consumption of land, energy, and other resources? Green designers, architects, and builders-who com-bine artful design with clever strategies to conserve resources might have the answer. Architects and urban designers are not where most of us would look first to resolve our environmental dilemmas, but they are providing some of the best new ideas for improving our cities, our environment, and our quality of life, all at the same time. One of the most exciting recent Green architecture projects is BedZED, short for the Beddington Zero Energy Development. Built on the grounds of an old sewage plant in South London, BedZED's green strategies begin with recycling the ground on which it stands. Designed by architect Bill Dunster and his colleagues, the complex demonstrates dozens of energy-saving and water-saving ideas (lig. 22.1). BedZED has been occupied, and winning awards, since it was completed in 2003. Most of BedZED's innovations involve the clever combination of simple, even conventional ideas. Expansive, south-lacing triple glazed windows provide abundant light, minimize the use of electric lamps, and provide passive solar heat in winter. Thick, superinsu-lated walls store solar energy and reduce heat loss. Rotating "wind cowls on roofs turn to catch fresh breezes, which cool spaces in summer. In winter, heat exchangers use the heat of stale, outgoing air to warm fresh. incoming air. Energy used in space heating is nearly eliminated. Building materials are recycled, reclaimed, or renewable, which reduces the "embodied energy" invested in producing and transporting them. BedZED does use energy. but the complex generates its own heat and electricity in a small, on-sile, superefficient plant that uses local tree trimmings for fuel. Thus BedZED uses no fossil fuels, and it is "carbon-neutral" because the carbon dioxide released from burning wood was recently captured from the air by trees. In addition, photovoltaic cells on roofs provide enough free energy to power 40 solar cars. These small energy sources are sufficient because the sile has so much energy efficiency built into its design. Fuel bills for BedZED residents can be as littie as 10 percent of what other Londoners pay for similar-sized homes. Water-efficient appliances and toilets reduce water use. Rainwater collection systems provide "groen water for watering gardens, flushing toilets, and other nonconsumptive uses. Reed-bed filtration systems purity used water without chemicals. Water meters allow residents to see how much water they use, and just knowing about water use encourages conservation. Residents use about half as much water as other Londonors. BedZED residents can save money and time by not using, or even owning, a car. Office space is available on-site, so some residents can walk to work, and the commuter rail station is just a ten minute walk away. The site is also linked to regional bicycle routes to encourage bicycle commuting. Car pools-groups that share ownership of several cars, in which users pay according to mileage driven-save pool mombers about £1.500 per year (nearly $3.000 U.S) compared to conventional car ownership. Car pools also reduce the amount of space needed for parking in BedZED. BedZED is designed for humane, healthy lifestyles and community Interiors are flooded with natural light, ceilings are high, and most residences have rool gardens to grow their own food. which incidentally provide extra insulation. Community events encourage a sense of ownership and help people to know their neighbors The approximately 100 housing units are designed for a range of income levels, and child care facilities, sops, and entertainment facilities are available. Prices are lower than many similar-sized London homes-and few others in the city have abundant sunlight and private roof gardens. Based on BedZED's success, larger projects are being developed in London and other cities in the United Kingdom Architect Dunster argues that BedZED-ke structures on cleaned up brownfields, at similar densities, could provide all of the 3 million homes that the U.K. expects to need in the next decade, with no sacrifice of open space. And as green building techniques. designs, and materials become standard, he argues they will cost no more than conventional, energy-wasting structures. Does eco-living necessitate a lower quality of life? Dunster points out that for most people, quality of life is already degraded: An average American spends the equivalent of 11 40-hour work weeks per year driving to and from a suburban home, and commuting is a major source of stress. While average home sizes have doubled in 40 years, the cost of energy to heat, cool, and light those homes are climbing steadily. Many middle income households meet their rent and fuel bills with difficulty. With so many hours spent behind the wheel, we ruin our health, spend too little time with our families, and lose touch with our communities. BedZED designers insist that we can expect better than this, for ourselves, our cities, and our environment. Three Gorges Dam Project history The dam was originally envisioned by Sun Yat-sen in The International Development of China in 1919. In 1932 the Nationalist government, led by Chiang Kai-shek, began preliminary work on plans for a dam in the Three Gorges. Then in 1939 the Japanese military forces occupied Yichang and surveyed the Three Gorges. A design, the Otani plan, was completed for the dam. Japan intended to build after its anticipated victory over China. In 1944 involvement from the United States began when the Bureau of Reclamation engineer J.L. Savage surveyed the area and drew up a dam proposal. Around 54 Chinese engineers were sent to the U.S. for training. Some exploration, survey, economic study, and design work was done, but the government, in the midst of the Chinese Civil War, halted work in 1947. After the 1949 communist victory, the leader Mao Zedong supported the project, but the Gezhouba Dam project was begun first and economic problems including The Great Leap Forward and the Cultural Revolution slowed progress. In 1958, after the Hundred Flowers Campaign, some engineers who spoke out against the project were imprisoned. During the 1980s plans were revived. Pushed through by Li Peng, the dam was approved by the National People's Congress in 1992 with a record number of abstentions and dissenting votes. The construction started on December 14, 1994. The dam was expected to be fully operational in 2009, but due to additional projects such as the underground power plant with 6 additional generators, and due to the complexity of the ship lift, the dam is not expected to become fully operational until about 2011. Scale of the project The dam wall is made of concrete and is about 2,309 metres (7,575 ft) long, and 101 metres (331 ft) high. The wall is 115 metres (377.3 ft) thick on the bottom and 40 metres (131.2 ft) thick on top. The project used 27,200,000 cubic metres (35,600,000 cu yd) of concrete, 463,000 tonnes of steel, enough to build 63 Eiffel Towers, and moved about 102,600,000 cubic metres (134,200,000 cu yd) of earth. When the water level is maximum at 175 metres (574 ft) over sea level (91 metres (299 ft) above river level) , the reservoir created by the Three Gorges Dam is about 660 kilometres (410 mi) in length and 1.12 kilometres (0.70 mi) in width on average, and contains 39.3 cu km (9.43 cubic miles) of water.The total surface area of the reservoir is 1045 sq km. The reservoir will flood a total area of 632 sq km of land compared to the 1,350 sq km of reservoir created by the Itaipu Dam. The Three Gorges Dam reservoir is longer than the 560 kilometres (348 mi) length of Lake Superior, but only 1.1 % of the surface area of the lake (82,400 sq km) and about 1/700 of the volume of the lake (28700 cu km). The dam will raise the water level the third time to its designed maximium water level (175m above sea level) by the end of 2008. Economics When finished, the project will have cost 180 billion yuan, over 20 billion yuan less than the initial estimated budget of 203.9 billion yuan, just under 30 billion USD. This is because the calculation accounts for the effect of inflation, and the lower costs are attributed to a low inflation rate in recent years. It is estimated that the cost of construction will be recovered when the dam generates 1000 TWh of the electricity, which will be sold at the price of 250 billion yuan. This will take 10 more years after the dam starts full operation. Sources for funding include the Three Gorges Dam Construction Fund, revenue from Gezhouba Dam, policy loans from the China Development Bank, loans from domestic and foreign commercial banks, corporate bonds, and revenue from Three Gorges Dam before and after it is fully operational, with additional charges for electricity contributing to the Three Gorges Construction Fund. The additional charges are as follows: Every province receiving power from the Three Gorges Dam has to pay an additional charge of ¥7.00 per MWh. Provinces that will not receive power from the Three Gorges Dam have to pay an additional charge of ¥4.00 per MWh. Tibet does not have to pay any additional money. Yangtze River Three Gorges Project China's Three Gorges Project on the Yangtze River has an important position and role in China's economic development. Before introducing the Three Gorges Project, we have to mention the Yangtze River. With a total length of 6,300 kilometers, the Yangtze River is the largest river in China and the third largest river in the world. The river basin covers an area of 1.8 million square kilometers, and the average annual water flow into the sea is 961 billion cubic meters. The developable hydropower resources in the entire Yangtze River basin reach 197 million kilowatts [kW]. Just because the Yangtze River is very rich in water resources, some insightful people have already suggested that it should be developed. The Three Gorges Project was proposed as early as Sun Yat-sen's 1919 national founding plan. By 1993, the Three Gorges Project had officially started construction. The Three Gorges of the Yangtze River is located in the middle reaches of the Yangtze River, starting from Baidi City in Fengjie, Chongqing City in the west, and ending at Nanjin Pass in Yichang City, Hubei Province in the east, with a total length of 193 kilometers. It is the general name of Qutang Gorge, Wu Gorge and Xiling Gorge. The Yangtze River Three Gorges Water Conservancy Project (referred to as the Three Gorges Project) is located in Sandouping Town, Yichang City, Hubei Province in the Xiling Gorge. In 1993, the first phase of the Three Gorges Project started. The projects mainly include basic facilities in the dam area, river regulation, longitudinal cofferdam construction and the construction of the second-stage diversion open channel. From 1997, the second phase of the five-year project began. The project includes the construction of the flood discharge dam section on the left bank and the powerhouse dam section, and the construction of the permanent ship lock and the underground powerhouse dam section on the right bank. The third phase started in the middle of 2003. The third phase of the project is mainly to construct the dam section of the powerhouse on the right bank and the unit. It is estimated that by 2009, the entire Three Gorges Water Conservancy Project will be completed. The Three Gorges Dam, built in a 17-year construction period, can increase the flood control standard of the Jingjiang River section from once in 10 years to once in 100 years, achieving the benefits of flood control. The Three Gorges Dam Project is the largest water conservancy project in the world The Three Gorges Dam can help regulate the flow of water and reduce the risk of flooding in the middle and lower reaches. It can also unblock the Yangtze River and improve shipping. In addition, the Three Gorges of the Yangtze River can be used for hydroelectric power generation, providing a large amount of renewable energy, reducing coal consumption, and alleviating the air pollution problem along the Yangtze River. The Three Gorges Dam project can meet the requirements of flood control, power generation, shipping, etc. At the same time, its impact on the ecological environment cannot be ignored. For example, due to the construction of the Three Gorges Reservoir, the submerged upland area is 632 square kilometers, and the directly submerged population is 846,200 people. In addition, 108 historical sites and cultural relics have been discovered in the Three Gorges Reservoir area, and some cultural relics will be destroyed due to the water storage of the Three Gorges Reservoir. Completely submerged or partially submerged, the more famous ones are Zhang Feimiao and Qu Yuantong. In addition, the cost of building a reservoir is extremely high, and the reservoir will silt up after years, which will reduce the flood control capacity of the reservoir. It can be seen that the Three Gorges Dam project has both advantages and disadvantages.

Climate Change


1. Read the reading 1 on ‘BedZED’, list all sustainability building feature. 2. Do you agree ‘BedZED’ can solve the global warm and the fossil fuel crisis? Can we classify this type of design as sustainability building? Describe your answer in detail. The Architecture of Hope With global populations rising, and with half of us living in ever-larger cities, is there any hope of maintaining a decent quality of life, while reducing our consumption of land, energy, and other resources? Green designers, architects, and builders-who com-bine artful design with clever strategies to conserve resources might have the answer. Architects and urban designers are not where most of us would look first to resolve our environmental dilemmas, but they are providing some of the best new ideas for improving our cities, our environment, and our quality of life, all at the same time. One of the most exciting recent Green architecture projects is BedZED, short for the Beddington Zero Energy Development. Built on the grounds of an old sewage plant in South London, BedZED's green strategies begin with recycling the ground on which it stands. Designed by architect Bill Dunster and his colleagues, the complex demonstrates dozens of energy-saving and water-saving ideas (lig. 22.1). BedZED has been occupied, and winning awards, since it was completed in 2003. Most of BedZED's innovations involve the clever combination of simple, even conventional ideas. Expansive, south-lacing triple glazed windows provide abundant light, minimize the use of electric lamps, and provide passive solar heat in winter. Thick, superinsu-lated walls store solar energy and reduce heat loss. Rotating "wind cowls on roofs turn to catch fresh breezes, which cool spaces in summer. In winter, heat exchangers use the heat of stale, outgoing air to warm fresh. incoming air. Energy used in space heating is nearly eliminated. Building materials are recycled, reclaimed, or renewable, which reduces the "embodied energy" invested in producing and transporting them. BedZED does use energy. but the complex generates its own heat and electricity in a small, on-sile, superefficient plant that uses local tree trimmings for fuel. Thus BedZED uses no fossil fuels, and it is "carbon-neutral" because the carbon dioxide released from burning wood was recently captured from the air by trees. In addition, photovoltaic cells on roofs provide enough free energy to power 40 solar cars. These small energy sources are sufficient because the sile has so much energy efficiency built into its design. Fuel bills for BedZED residents can be as littie as 10 percent of what other Londoners pay for similar-sized homes. Water-efficient appliances and toilets reduce water use. Rainwater collection systems provide "groen water for watering gardens, flushing toilets, and other nonconsumptive uses. Reed-bed filtration systems purity used water without chemicals. Water meters allow residents to see how much water they use, and just knowing about water use encourages conservation. Residents use about half as much water as other Londonors. BedZED residents can save money and time by not using, or even owning, a car. Office space is available on-site, so some residents can walk to work, and the commuter rail station is just a ten minute walk away. The site is also linked to regional bicycle routes to encourage bicycle commuting. Car pools-groups that share ownership of several cars, in which users pay according to mileage driven-save pool mombers about £1.500 per year (nearly $3.000 U.S) compared to conventional car ownership. Car pools also reduce the amount of space needed for parking in BedZED. BedZED is designed for humane, healthy lifestyles and community Interiors are flooded with natural light, ceilings are high, and most residences have rool gardens to grow their own food. which incidentally provide extra insulation. Community events encourage a sense of ownership and help people to know their neighbors The approximately 100 housing units are designed for a range of income levels, and child care facilities, sops, and entertainment facilities are available. Prices are lower than many similar-sized London homes-and few others in the city have abundant sunlight and private roof gardens. Based on BedZED's success, larger projects are being developed in London and other cities in the United Kingdom Architect Dunster argues that BedZED-ke structures on cleaned up brownfields, at similar densities, could provide all of the 3 million homes that the U.K. expects to need in the next decade, with no sacrifice of open space. And as green building techniques. designs, and materials become standard, he argues they will cost no more than conventional, energy-wasting structures. Does eco-living necessitate a lower quality of life? Dunster points out that for most people, quality of life is already degraded: An average American spends the equivalent of 11 40-hour work weeks per year driving to and from a suburban home, and commuting is a major source of stress. While average home sizes have doubled in 40 years, the cost of energy to heat, cool, and light those homes are climbing steadily. Many middle income households meet their rent and fuel bills with difficulty. With so many hours spent behind the wheel, we ruin our health, spend too little time with our families, and lose touch with our communities. BedZED designers insist that we can expect better than this, for ourselves, our cities, and our environment.

Climate Change


rationally distribute the below activities among the four outputs below Activities : Activity 1.1. Review the secondary database and institutional released statistics on the damage and loss caused by climate-induced disasters in agricultural sector for the target province. Activity 1.2. Determination of the extent area of agricultural drought during the spring of 2023, while also identification of the specific regions currently suffering from drought conditions utilizing remote sensing data of high spatiotemporal resolution, in conjunction with appropriate drought indices. Activity 1.3. Integrate the analysis conducted in activities 1.1 and 1.2 to determine the drought affected areas requiring recovery aids and vulnerable areas necessitating prevention aids. Activity 1.4. Determination of the flood effected farmlands of spring of 2023 utilizing remote sensing data of high spatiotemporal resolution and existing data and observations to recovery aids. Activity 1.5. Prioritize recovery and prevention aids according to the conducted rapid assessment and collecting the opinion of local experts. Activity 2.1. Conduct training programs to improve the knowledge of farmers in rainwater harvesting, rainwater reservation, and supplementary irrigation technologies for 100 farmers. Activity 2.2. Conduct technical training programs to improve the knowledge of farmers in rainwater harvesting, rainwater reservation, and supplementary irrigation technologies for 20 local experts. Activity 2.3. Deliver international successful practices in rainwater harvesting, rainwater reservation, and supplementary irrigation technologies to national stakeholders. Activity 2.4. Provide subscription of a national application that alarms the time of supplementary and frost Protection irrigations using satellite monitoring technology and climate data for 30 farmers that have access to limited water resource and irrigation system for operating one or two irrigation events. Activity 2.5. Provide appropriate soil moisture sensors that alarms the time of supplementary irrigation for 30 farmers that have access to limited water resource and irrigation system for operating one or two irrigations following the delivery of the sensors application knowledge. Activity 3.1. Conduct technical training programs for 20 local experts on developing climate-based planting calendars with the aim of using late winter and early spring precipitations for rainfed agriculture and reducing irrigation turns in irrigated areas. Activity 3.2. Conduct training to 50 farmers on the use of developed climate-based planting calendars in activity 3.2 to determine the best planting time. Activity 3.3. Organizing awareness campaigns on the advantageous of conservation agriculture techniques, such as reduced tillage, crop residual managing and cover cropping to build resilience against drought and frost. Activity 4.1. Supply recommended drought/frost-resistant seeds by MAJ research institution among 250 volunteer farmers whose farmlands are in the areas determined in Activity 1.3. Activity 4.2. Conduct training programs for farmers on how to properly handle and plant distributed seeds in Activity 4.1 to maximize their effectiveness regarding the sowing date determined in Activity 3.2. Activity 4.3. Supply an appropriate sowing machine with trained operator to be available in the region for at least 15 days for being rented by farmers. Activity 4.4. Conduct soil tests to distribute evidence-based nutrition use instructions among 250 farmers. Activity 4.5. Supply an appropriate harvest machine with trained operator to be available in the region for at least 10 days for being rented by farmers. Activity 4.6. Develop a comprehensive monitoring and evaluation system to track the impact of Activity 4.1 on the livelihoods of the affected farmers by conducting surveys and collecting data on crop yields, income levels. Activity 4.7. Provide technical assistance and highlight existing incentives to encourage private sector engagement in establishment of a seed bank to ensure the long-term availability of drought/frost-resistant seeds for farmers in the region. Activity 5.1. Conduct workshops and seminars for local 30 farmers and 10 experts to share successful national and international experiences and knowledge on techniques of artificial recharge, managed aquifer recharge, and flood water harvesting. Activity 5.2. Organize a field visit for 30 farmers and 10 experts to visit a successful project of artificial recharge, managed aquifer recharge, and flood water harvesting. Activity 6.1. Develop a rehabilitation plan for damaged qanats, which may include repairing and replacing damaged sections, removing debris and sediment, and improving the lining and filtration systems based on survey data and visits. Activity 6.2. Develop a maintenance plan for qanats to prevent future damage and ensure their long-term sustainability, which may include regular cleaning, inspection, and repair. Activity 6.3. Train qanat operators and local communities on the importance of maintaining and rehabilitating qanats and provide them with the necessary skills and equipment to carry out maintenance and rehabilitation activities. Activity 7.1. Conduct a needs assessment to identify the agricultural infrastructures in need of rehabilitation and reinforcement and prioritize them based on their importance for the local communities. Activity 7.2. Develop technical guidelines and manuals on rehabilitating and reinforcing agricultural infrastructures, which include best practices, standards, and procedures for construction, maintenance, and repair. Activity 7.3. Provide technical training to local engineers and technicians on the guidelines and manuals developed in Activity 7.2., to enhance their capacity to carry out the rehabilitation and reinforcement activities. Activity 8.1. Conduct soil tests on determining the status of flood-induced changes in soil health and mechanistic characteristics. Activity 8.2. Develop training materials and modules on soil health and mechanistic characteristics, flood-induced changes, and appropriate rehabilitation strategies, which include practical exercises, case studies, and demonstrations. Activity 8.3. Provide technical assistance to agricultural extension workers and farmers in implementing the appropriate rehabilitation strategies, such as soil conservation measures, crop diversification, and use of organic fertilizers. Activity 9.1. Identify, procure and deliver required equipment for urgent response against water logging and ponding on agricultural lands to the local centers of MAJ agriculture services in the flood-prone areas Activity 9.2. Provide technical training to the staff of MAJ agriculture services on the use, maintenance, and repair of the newly acquired equipment. Activity 10.1. Explore and promote alternative income sources and job opportunities for farmers in climate disaster prone areas, with the aim of increasing their resilience to losses and improving their livelihoods. Activity 10.2. Conduct training sessions on vocational training, entrepreneurship development, value addition, value diversification, and market linkages to support the establishment of non-farm enterprises and the creation of off-farm employment opportunities. Activity 10.3. Conduct training sessions on target vulnerable and marginalized groups, such as women and youth, to ensure equitable access to income opportunities. Activity 11.1. Conduct a workshop on insurance options and financial assistance with the aim of awareness-raising to inform farmers about affordable insurance premiums and insurance claim processing. Activity 11.2. Explore options for providing insurance, credit, and financial services to farmers, particularly smallholders and marginalized groups, to enable them to invest in their businesses and recover from losses. Activity 11.3. Financial recovery aids to farmers of drought affected areas identified in activity 1.3 who are volunteers in other activities Outputs: Output 1: Baseline assessment were implemented to address damages inflicted upon the agricultural sector by climatic extremes such as floods, droughts, and related phenomena to identify priority areas for interventions. Output 2: Local knowledge among farmers and experts was enhanced on disaster risk reduction and preparedness and climate change adaptation to build resilience to climate risks. Output 3: Agricultural productivity enhancement technics and their benefits were promoted through training workshops. Output 4: Farmers' resilience to climate risks and losses were improved through developing livelihoods recovery and enhancement plans and providing access to financial assistance, insurance, and credits.

Climate Change


مقال مكون من مقدمة وعرض وخاتمة عن مقالة عن دبلوماسية التغير المناخي في مصر بإستخدام لغة عربية وبلاغة قوية وتصورات وأن يكون المقال غني بالمعلومات ومكون من 600 كلمة

Climate Change


مقال مكون من مقدمة وعرض وخاتمة عن مقالة عن دبلوماسية التغير المناخي في مصر بإستخدام لغة عربية وبلاغة قوية وتصورات وأن يكون المقال غني بالمعلومات وباستخدام المنهج الوصفي والتحليلي ومكون من 1000كلمة

Climate Change


مقال مكون من مقدمة وعرض وخاتمة عن دبلوماسية التغير المناخي في مصر بإستخدام لغة عربية وبلاغة قوية وتصورات تشبيهية وأن يكون المقال غني بالمعلومات وان يستخدم فيه المنهج الوصفي والتحليلي ومكون من 800 كلمة

Climate Change


revise: The chart conveys to us the results of a survey in 2020 on whether human activity results into climate change. According to the chart, six countries, Greece, Brazil, Spain, China, Denmark and the UK, have the highest share of participants who are supportive of the opinion, ranging from 86% to 91%. Generally speaking, nearly all participants in the six countries agreed that climate change comes as a result of human activity, mainly or partly. Specifically, in Brazil, about 55% of the participants regarded human activity as the main factor, which is the highest among the six countries. In Greece, Spain and the UK, participants who believed that human activity is the main reason for climate change accounts for relatively smaller amount, about 50%, 47% and 41% respectively. Besides, 30% of Danish participants considered human activities as the main cause and only 22% of Chinese participants held the same opinion, which is the lowest share. For those who thought that there are other reasons except human activity, China ranks first with 65%, followed by Denmark (56%), the UK (45%), Greece (41%), Spain (40%) and Brazil (33%). To sum up, the perceptions about the influence of human activity on climate change are different, but it is a consensus that human activity is responsible for climate change. Based on this result, it can be concluded that people in these six countries believe that they themselves have the responsibility to protect the environment.

Climate Change


Renewable Energy policies

Climate Change


What is the best inclination of solar panel in indonesia

Climate Change


拟一个网络长篇小说的大纲,题材:环保、改善环境、后宫

Climate Change


How do carbon markets work?

Climate Change


How can the geographic location of data centers be beneficial for a company that is concerned about sustainability? by placing data centers in remote areas so that their emissions are less of a concern by distributing energy consumption across a large number of global locations by allowing the use of renewable local resources such as solar or wind energy by locating data centers in countries with less restrictive regulations for emissions

Climate Change


What does it mean when a company talks about being carbon neutral? It will balance out its carbon emissions by reducing or offsetting them. It will capture and store atmospheric carbon dioxide generated by their factories. It will stop the production of all the items that are increasing its carbon footprint. It will eliminate carbon emissions by switching entirely to renewable sources. I don't know this yet.

Climate Change


What is an example of new technology having a NEGATIVE impact on sustainability? using automation to shut down unused electric devices using multiple servers to maintain a cryptocurrency operation using the cloud to analyze environmental data on a global scale using smart meters to track energy consumption in homes I don't know this yet.

Climate Change


以双碳目标为主题写一篇3000字以上的文章

Climate Change


根据中国新时期双碳目标为主题写一篇3000字的介绍及心得体会

Climate Change


Why does temperature drop steadily as altitude increases in the first layer of atmosphere? Explain why places by the coast have cooler temperatures but places located inland far away from the sea have hotter temperatures?

Climate Change


Summarize global warming to me

Climate Change


请扮演专业的新闻资讯编辑,改写下面的新闻内容,禁止输出任何AI写作提示 :美国科学家近日表示,根据初步和非官方的数据来源,美国时间7月4日是地球有记录以来最热的一天。美国国家海洋与大气管理局和美国缅因大学汇编的数据显示,当天,地球的平均温度上升到62.9华氏度(约等于17摄氏度),这是自1979年有记录以来的最高温度。科学家认为,地球正处于大约12.5万年以来最热的时期。伦敦格兰瑟姆研究所的气候科学家保罗·塞皮表示,根据冰芯、树木年轮和沉积物等气候数据,“12.5万年以来,从未有过如此温暖的天气”。伯克利地球组织成员罗伯特·罗德称,“全球变暖正把我们带入一个陌生的世界”。专家指出,这种不寻常的高温,是人为因素引起的气候变化、厄尔尼诺现象增强、极北半球夏季到来等诸多因素综合作用的结果。研究表明,全球变暖趋势可能与石油、天然气以及煤炭的燃烧有关,这些燃烧会向大气中释放二氧化碳和甲烷等温室气体。在过去的一个世纪里,这些气体导致地球温度上升到无法用自然变化来解释的水平。《今日美国报》援引斯坦福大学气候科学家克里斯·菲尔德的话称,类似的高温纪录是全球变暖的又一个证据,人类正面临一个更热的未来。世界气象组织秘书长佩蒂里·塔拉斯在一份声明中说:“厄尔尼诺的出现大大增加了高温天气的可能性,并在世界许多地区和海洋中引发更多的极端高温。”据悉,厄尔尼诺现象平均每2到7年就发生一次,通常持续9到12个月时间。世界气象组织强调,厄尔尼诺现象是在人类活动改变气候的背景下发生的。上一次严重的厄尔尼诺现象发生在2016年,当年成为有记录以来最热的一年。此外,专家称,今年的极端高温天气,还导致南极的冰面缩小到1979年有记录以来的最低程度。美国国家海洋和大气管理局称,世界上大约40%的海洋正在经历海洋热浪,这是自1991年有卫星追踪数据以来最多的一次。今年,残酷的热浪已经导致全球数十人死亡。根据初步数据推算,上个月至少是自1940年以来,地球上最热的6月。而7月,高温天气才刚刚开始。科学家认为,日高温纪录可能会在今年夏天被再次打破。美国得克萨斯州农工大学的气候科学家安德鲁·德斯勒说,由于人类没有停止向空气中排放温室气体,高温天气将越来越常见。“未来几代人在回顾2023年的夏天时,将认为这是‘一生中最凉快的夏天之一’”。

Climate Change


What does Accenture mean by "Sustainability will be the new digital?" Sustainability will help all areas within Accenture to create and implement new regulations. Accenture will need to replace all of its current technologies to be truly compliant. Digital platforms will be phased out in favor of more traditional business solutions. Sustainability will be a part of all of our work and drive new value and growth for our clients. I don't know this yet.

Climate Change


包括地形、地质、土壤、岩石、水文、气候、植被等 改写这段话

Climate Change


Build me a carbon farming program, on how to train and teach farmers in kenya about carbon farming and how it will benefit them in the long run

Climate Change


Build me a carbon farming program, on how to train and teach farmers in kenya about carbon farming and how it will benefit them in the long run through better harvest and carbon credits form the carbon credits.

Climate Change


Build me a carbon farming a pitch deck, on how to train and teach farmers in kenya about carbon farming and how it will benefit them in the long run through better harvest and carbon credits form the carbon credits. The funds to teach and train the farmers shall come from automating the donations processes from digital payments. The startup will apply a business to farmer business model whereby businesses can directly donate small amounts from digital payments to go towards helping and training farmers on carbon farming. This will in turn facilitate a simplified and digital method of businesses to offset their carbon footprint by supporting farmers practicing in carbon farming, agroforestry and reforestation.

Climate Change


帮我写一篇环保工程与未来发展的大学毕业论文

Climate Change


ENVIRONMENTAL LAWS AND REGULATIONS

Climate Change


300字中文总结下面的文章内容,并配上一个标题: 当前高温热浪持续席卷北方,气象部门预测2023年或成为历史上最热夏季。7月10日6时,中央气象台继续发布高温橙色预警,并预计7月10日白天,北京东南部、河北南部、河南北部及浙江东部、福建东部等局地可达40°C以上。 与此同时,以热字为招牌的“三伏天”即将开启!今年是7月11日入伏,而且又是超长待机的40天,历史观测数据显示江淮江南常年在这个时段高温占比确实最高,名副其实的热在“三伏”。 北京等局地最高温达40°C以上 据中国天气网7月10日报道,中央气象台7月10日06时继续发布高温橙色预警:预计7月10日白天,西北地区东部、华北大部、黄淮、江汉、江南、华南大部以及四川盆地等地有35°C以上的高温天气,其中,华北东部、黄淮中北部、江南中北部和东部及四川盆地中南部等地部分地区最高气温37~39°C,北京东南部、河北南部、河南北部及浙江东部、福建东部等局地可达40°C以上。 据中国天气网7月9日报道,本周二,7月11日,今年的三伏大幕将正式开启。在雨水到来前,今明两天,华北、黄淮一带依旧会有高温出没,并且还将和南方的高温区连成一整片。12日,受降雨和冷空气的共同影响,北方高温天气将明显减弱。 明后两天,由于长江中下游降雨减少,这里的最高气温会迅速攀升到35°C以上。此外,在副热带高压的强势掌控之下,江南、华南等地高温还会耐力持续。 中央气象台预计,未来10天,江南、华南等地多35°C以上高温天气,高温日数一般有7~9天,且湿度较大,体感闷热,其中,湖南、江西、浙江、福建等地的部分地区可达38~40°C。 从常年来看,小暑期间,南方高温的耐力也是最强的。北方高温主力月是6月至7月,而南方高温主力月则是7月至8月。因此,未来一段时间,南方小伙伴要做好高温“持久战”的准备了! 用电负荷猛增,电网公司全力保供 据中国证券报7月9日报道,近年来,气温对用电的影响越发突出。“我国部分地区近来高温持续,局地可达40°C,持续高温拉动用电负荷快速增加而发电出力有所下降,这将导致部分地区的电力供需偏紧形势进一步加剧,增大了电力保供难度。”中电联统计与数据中心副主任蒋德斌在接受记者采访时称。 除了北方高温,南方地区近来的用电需求同样正在持续攀升。7月9日,记者从南方电网方面了解到,截至本月7日,南方电网最高用电负荷达2.22亿千瓦,逼近历史最高纪录。 为保障夏季用电高峰的电力供应,南方电网公司加快重点电网工程的建设进度,充分发挥区域资源大平台优化配置作用,加强全网余缺调剂,多措并举实现了南方五省区电力安全生产与电力供应“双平稳”。 7月8日,国家电网表示,面对今夏持续高温的用电负荷,全国各地迎峰度夏工程的相继顺利投运为电网平稳度夏奠定坚实基础。截至6月30日,公司239项迎峰度夏重点工程全部建成投运,为迎峰度夏电力保供提供了坚强支撑。 用电负荷攀升,交直流混联大电网是能源资源跨区优化配置的主要力量。6月23日,白鹤滩-浙江±800千伏特高压直流工程全面投产,输电能力提升至800万千瓦。

Climate Change


Build me a carbon farming program, on how to train and teach farmers in kenya about carbon farming and how it will benefit them in the long run through better harvest and carbon credits form the carbon credits.The program will be funded by businesses looking to support farmers in carbon farming. Donations shall be automatically collected via digital payments using our API.

Climate Change


Build me a carbon farming startup, on how to train and teach farmers in kenya about carbon farming and how it will benefit them in the long run through better harvest and carbon credits form the carbon credits.The program will be funded by businesses looking to support farmers in carbon farming. Donations shall be automatically collected via digital payments using our API. The startup is aimed at helping businesses offset their carbon footprint by supporting carbon farming and farmers.

Climate Change


Build a startup. The startup is aimed at helping businesses offset their carbon footprint by supporting carbon farming and farmers.The startup solution will train and teach farmers in kenya about carbon farming and how it will benefit them in the long run through better harvest and carbon credits form the carbon credits.The program will be funded by businesses looking to support farmers in carbon farming. Donations shall be automatically collected via digital payments using our API.

Climate Change


Build me a carbon farming program, on how to train and teach farmers in kenya about carbon farming and how it will benefit them in the long run through better harvest and carbon credits form the carbon credits.The program will be funded by businesses looking to support farmers in carbon farming. Donations shall be automatically collected via digital payments using our API. The startup is aimed at helping businesses offset their carbon footprint by supporting carbon farming and farmers.

Climate Change


paragraph addressing why you would like to apply to Climate x' Leadership Training Program

Climate Change


blog post on the difference of the environmental impact between climate friendly and organic rice

Climate Change


methane production differences between climate-friendly rice and organic

Climate Change


用中文改写下面的内容,相似度不高于70%: 世界气象组织当地时间10日发布报告称,根据初步数据,世界刚刚经历了有记录以来最热的一周。此外,刚刚过去的6月也是有记录以来最热的6月,海面温度达到新高,南极海冰面积创历史新低。 世界气象组织气候服务主任克里斯托弗·休伊特说:“6月和7月初的异常温暖发生在厄尔尼诺现象发展之初,预计厄尔尼诺现象将进一步加剧陆地和海洋的热量,并导致更极端的温度和海洋热浪。”他同时表示,随着厄尔尼诺现象的进一步发展,可能会出现更多的极端天气,这些影响预计将持续到2024年。

Climate Change


в проекте на Unreal Engine есть планета, созданная при помощи Voxel plugin. Как реализовать на этой планете климатические пояса: экваториальный, тропический, умеренный, полярный

Climate Change


做环保的事一小时 给地球带来什么

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Как реализовать климат планеты построенной при помощи voxel plugin в игре на движке Unreal Engine

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How is Italy been affected with climate change

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How is Italy being affected by climate change

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What is the difference between global warming and climate change? Suppose you're make a presentation on climate change to your community. What evidences from California or other states do you provide to prove that the world climate is warming?

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Give me 5 examples why man-made climate change is a hoax

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OVERVIEW OF ENVIRONMENT

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what are factors that effect irrigation in hot arid climate ?

Climate Change


what pollutes more? the batteries of an electric car or the carbon dioxide emitted by a gasoline car

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EXPLAIN NONSTRUCTURAL FLOOD MEASURES MITIGATION AND SUSTAINABILITY OF RIVER BASIN

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top facts about the planet

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Which long-term environmental change could allow some organisms to flourish?

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Why are the tropical cyclones more powerful and devastating than the mid-latitude cyclones? Why does a hurricane begin to die when it reaches land? Why does the California coast have no history of experiencing hurricanes (compared to the U.S. East Coast)?

Climate Change


What is carbon farming

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Write me a grant proposal for funding request. The grant proposal is to support and and train farmers on carbon farming practices and how they can benefit from carbon credits. The grant will also help to build a digital platform that bridges the gap between businesses and carbon farmers with the aim of helping businesses offset their carbon footprint.

Climate Change