With contributions from more than 100 scientists from nearly 30 countries, UNESCO’s State of the Ocean Report 2024, published with the support of Iceland, reveals alarming new data on threats facing the ocean. This comprehensive assessment provides an evidence-based review of challenges including ocean warming, rising sea levels, pollution, acidification, de-oxygenation, blue carbon and biodiversity loss. This UNESCO report shows that climate disruption is having an increasingly strong impact on the state of the ocean. Temperature, acidification, sea level: all the alarm bells are ringing.
In addition to implementing the Paris Climate Agreement, we call on our Member States to invest in the restoration of marine forests and to better regulate marine protected areas which are important reservoirs of biodiversity. Audrey Azoulay, UNESCO Director-General The rate of ocean warming has doubled in 20 years. While atmospheric temperatures tend to fluctuate, the ocean is steadily and constantly heating up. The State of the Ocean Report indicates that the ocean is now warming at twice the rate it was twenty years ago, with 2023 seeing one of the highest increases since the 1950s. While the Paris Agreements pledged to keep global warming below 2°C above pre-industrial levels, ocean temperatures have already increased by an average of 1.45°C, with clear hotspots above 2°C in the Mediterranean, Tropical Atlantic Ocean and Southern Oceans.
One dramatic consequence of this warming is an increase in sea levels across the globe. The ocean absorbs 90% of the excess heat released into the atmosphere, and as water heats up it expands. Warming ocean temperatures now account for 40% of the global rise in sea levels, and the rate of rising has doubled over the past 30 years totaling 9cm. Coastal species are suffocating from declining oxygen levels. Since the 1960s, the ocean has lost 2% of its oxygen due to warming temperatures and pollutants, including wastewater and agricultural run-off. Coastal areas are especially impacted, with species finding themselves on the frontline of a battle to breath: roughly 500 “dead zones” identified where almost no marine life remains due to a dwindling oxygen-content.
Rising acidity is also a major cause for concern: with 25-30% of fossil fuel emissions absorbed by the ocean, this overabundance of CO2 is reshaping the very chemical composition of the ocean. Since pre-industrial times, ocean acidity has increased by 30%, and will reach 170% by 2100. UNESCO’s findings reveal that once again coastal species are the hardest hit: while the high seas are steadily becoming more acidic, coastal waters are seeing dramatic fluctuations from high- to low-acidity, which young generations of animals and plants too fragile to survive, causing mass die-offs.
Blue Carbon and MPAs: Beacons of hope. Marine forests including mangroves, seagrass plains, tidal marshes are able to absorb up to 5 times more carbon than forests on land. As well as being vital harbours for biodiversity, they represent one of the best ramparts against global warming. However, UNESCO reveals that nearly 60% of countries still do not include marine forest restoration and conservation in their Nationally Determined Contribution plans.
Marine Protected Areas[1] are known to protect biodiversity, harboring 72% of the 1500 endangered marine species on the IUCN Red List. UNESCO’s new data evidences that the higher the level of regulation in an MPA, the more it is effective at protecting local ecosystems.
UNESCO is leading the United Nations Decade of Ocean Science for Sustainable Development, from 2021 to 2030. Since the start of the Decade, more than 500 projects have been launched in all regions of the world and more than a billion dollars has been mobilized to improve knowledge and protection of the ocean.The Organization is supporting dozens of scientific cooperation programs in all regions of the world, combining data sharing, high-definition mapping of the seabed, prevention of natural disasters and the search for innovative solutions to protect ecosystems. Through its more than 230 marine biosphere reserves and more than 50 marine sites inscribed on the World Heritage List, UNESCO is also the guardian of unique ocean sites which are home to critical biodiversity.
[1] A marine protected area is a defined region designated and managed for the long-term conservation of marine resources, ecosystems services, or cultural heritage.
Have you ever heard of supervolcanoes? They’re like regular volcanoes but way, way bigger. Imagine a giant sleeping beneath the Earth’s surface, capable of waking up and changing the world as we know it. That’s what supervolcanoes are like. They’re fascinating, a little scary, but incredibly important to our planet. Let’s explore these giants and understand what makes them so special and powerful.
What Are Supervolcanoes?
Imagine a volcano so big that when it erupts, it changes the whole world. That’s what a supervolcano is! Unlike regular volcanoes that look like mountains, supervolcanoes are more like giant holes in the ground called calderas. They’re massive, and they can erupt with such force that they release thousands of times more lava and ash than any regular volcano. This isn’t just a small eruption; it’s like the Earth opening up, releasing its power in a way that can affect the entire planet. The amount of material that comes out of these eruptions can cover whole countries in ash and even change the climate across the globe!
According to the Daily Star, Italy’s super volcano is ‘close to eruption’.
Where Are They?
You’ll find these sleeping giants hiding in plain sight in various parts of the world. One of the most famous supervolcanoes is Yellowstone, located in the United States. It’s a breathtakingly beautiful park now, but beneath its serene landscape lies a massive supervolcano. Other well-known supervolcanoes include Toba in Indonesia and Taupo in New Zealand. These sites are often tourist attractions, known for their stunning natural beauty. However, few visitors realize the immense power that lies dormant just below their feet. These supervolcanoes have been quiet for thousands of years, but their history tells us they have the power to reshape the Earth.
The Big Eruptions
The eruptions of supervolcanoes are not common, but when they do happen, they’re a force to be reckoned with. One of the most significant eruptions in human history was the eruption of Toba, which happened around 74,000 years ago. It was so enormous that it likely caused what scientists call a volcanic winter. This means that the eruption was so massive it threw so much ash and particles into the atmosphere that it blocked out sunlight, causing the Earth’s temperature to drop. Imagine a winter that lasts for years, all because of one volcanic eruption! This event was so impactful that it even left a mark on human evolution.
These eruptions are unpredictable, much like the thrilling unpredictability of playing new real money slots online at places like blog.tonybet.com. Each eruption is a reminder of the raw power of nature, capable of changing the course of history. When these supervolcanoes erupt, they unleash energy that is hard to comprehend, and their effects can be felt globally, affecting climate, landscapes, and even human life.
In 2018 Indonesia’s Krakateu erupted in an amazing display of power.
Studying Supervolcanoes
Studying supervolcanoes is like being a nature detective. Scientists are really interested in these huge volcanoes. They want to figure out how they work, what causes them to erupt, and when they might wake up again. This can be a tricky job because supervolcanoes don’t erupt very often, so there’s not a lot of times to see them in action.
To learn about these giant volcanoes, scientists look closely at the rocks and dirt around them. These aren’t just any rocks and dirt; they’re special clues left behind by the volcano. They can tell stories about what the supervolcano did a long, long time ago and what it might do in the future.
These scientists also use cool tools and machines to help them in their work. They have special instruments that can ‘listen’ to the ground for rumbles and ‘look’ deep inside the Earth. They study maps and use computers to make guesses about what the supervolcano will do next.
By studying supervolcanoes, scientists learn not just about volcanoes, but also about the Earth itself. It’s like putting together a giant puzzle. Each piece they find helps them understand more about our amazing planet and how to keep people safe if a supervolcano decides to wake up. It’s a big job, but these volcano detectives are up for the challenge!
Can We Predict Eruptions?
Predicting when a supervolcano will erupt is a bit like trying to guess when a big storm will hit. It’s not easy! Scientists are like detectives looking for clues. They use special tools to keep an eye on the supervolcano. They watch for tiny earthquakes that shake the ground. They also look for changes in the shape of the land, which might mean something is moving under the ground. These tools help scientists see what’s happening deep inside the Earth.
Even with all this watching, scientists can’t say for sure when a supervolcano will erupt. They can’t mark a date on the calendar like we do for birthdays. But they can give us a heads-up if they think an eruption might be coming. It’s like being told there might be rain so you can bring an umbrella, just in case.
Living with Supervolcanoes
Living near a supervolcano might sound like living in a scary movie, but it’s not as frightening as you might think. People who live near these giants are not alone. They have scientists and the government looking out for them. Together, they make plans for what to do if the supervolcano starts rumbling. They think about safe places people can go and the best ways to get there.
These plans are like safety drills in school. They help everyone know what to do if something big happens. Knowing there’s a plan can make living near a supervolcano less scary. It’s about being ready and knowing how to stay safe, just like we learn to stop, drop, and roll in case of a fire.
The Role of Supervolcanoes in Nature
Supervolcanoes are not just about fiery eruptions. They are a big part of our planet. They help make the Earth look the way it does. When they erupt, they can change the land, making new mountains and valleys. The ash they send into the sky can fall back down and help plants grow. It’s like a giant, natural garden makeover.
These big volcanoes have been around for a very long time. They have seen dinosaurs come and go, and they have watched the Earth change in many ways. They tell us stories about our planet’s past and help us understand how the Earth works. They remind us that our planet is always changing and full of amazing natural wonders. So, supervolcanoes are not just about big eruptions; they are a key part of the Earth’s story, helping shape the world we live in today.
Guatemala volcano Volcan del Fuego
Supervolcanoes and the Climate
Have you ever thought about how supervolcanoes can change the weather around the whole world? It’s true! When supervolcanoes erupt, they send lots of tiny particles and gases high up into the sky. These particles can spread out and cover the sky like a giant umbrella, blocking some of the sunlight from reaching us down on Earth. When less sunlight gets through, it can make the temperature all over the world a bit cooler. This is like nature’s way of turning down the Earth’s thermostat! It’s amazing how something as big as a supervolcano eruption can reach up to the sky and affect the whole planet.
Learning from Supervolcanoes
Supervolcanoes are like giant, open books that teach us so much about the Earth. Scientists study them to learn about different things. They can tell us about the Earth’s history, like what the environment was like a long time ago. They also teach us about how the ground moves and shakes, which is really important to understand for keeping people safe from earthquakes and eruptions.
But that’s not all. By studying supervolcanoes, scientists can even learn things about other planets! This is because other planets might have volcanoes too, and learning about supervolcanoes on Earth can give scientists clues about what to look for in space. So, supervolcanoes aren’t just about lava and ash; they’re about discovering the secrets of our planet and even the mysteries of outer space!
Supervolcanoes: Sleeping Giants of the Earth
Supervolcanoes are like the sleeping giants of our planet. They’re huge and powerful, but they spend most of their time quietly resting. These giants remind us that the Earth is always changing and full of wonders. They are like natural teachers, showing us the incredible power of nature. Even though they can be a bit scary because of their power, they are also fascinating and important to learn about.
Supervolcanoes teach us to be prepared for nature’s surprises and to respect the Earth. They show us that even though we might think we know a lot about our planet, there’s always more to learn. Every time a supervolcano erupts, it’s like the Earth is telling us a story about its power and history. So, next time you hear about a supervolcano, remember that it’s a part of our Earth’s amazing story, and it’s something to be curious about, not just afraid of.
Conclusion: The Mighty Sleeping Giants
Supervolcanoes are one of Earth’s most amazing and powerful features. They remind us of the incredible forces that shape our planet. While they can be a bit scary because of their power, they’re also fascinating and important to understand. Just like the excitement of playing games at play new real money slots online, the story of supervolcanoes is filled with wonder and awe. They’re Earth’s sleeping giants, holding secrets of the past and keys to our planet’s future.
Rome, 17 July 2023 – In 2022, despite conflict, climate change and the continued stresses of the COVID-19 pandemic which threatened the food security and livelihoods of millions of rural people, the UN’s International Fund for Agricultural Development (IFAD) invested US$7.96 billion in rural areas in the world’s poorest countries, according to its annual report released today.
“2022 was a particularly challenging year for rural people the world over. Rural communities have acutely felt the effects of this triple crisis on their food systems, which are a critical source of livelihoods – as well as essential nourishment – for them, and for the millions of people who depend on them,” said IFAD President Alvaro Lario in the report foreword.
“We need to support rural people to cope with present crises. But we also need to invest in building food systems that can support and nourish their families and communities, and help feed the world into the future.”
The annual report captures the organization’s activities, special initiatives and new funding sources as well as impact data. Analysis of the 2022 total rural development project portfolio reveals that 90% of core resources went to low-income countries (LICs) and lower middle-income countries (LMICS). IFAD has since committed to increase that ratio to 100% going forward. Data verification also showed that more than 90% of IFAD’s climate finance is invested in initiatives that enable rural people to adapt to climate change. In addition, it showed that more than half of project participants are women.
In 2022, IFAD launched the Crisis Response Initiative to protect livelihoods and strengthen resilience in 22 countries most in need as a consequence of the war in Ukraine. It focuses on tailored interventions to prevent hunger and food insecurity arising, while supporting sustainable food systems.
In 2022, impact data reveals that between 2019-2021, as a result of IFAD’s investments: more than 77 million people increased their incomes; more than 62 million people expanded their productive capacities; more than 64 million people improved their market access and 38 million people strengthened their resilience. IFAD is the only international financial institution that systematically measures the impact of its investments.
Assessments of the Rural Poor Stimulus Facility – IFAD’s COVID-19 response initiative launched in 2020 to help people survive pandemic-caused financial losses while protecting the global food supply – showed that at least three quarters of participants maintained or increased their levels of production and income, despite the impacts of the pandemic.
“Doing more to get more finance is critical; but we also have to continue to ensure that the people who need it most are the ones who benefit. This is another part of what makes IFAD unique, and we are maintaining our commitment to devote 100% of our core funding to the poorest countries,” wrote Lario. For the Silo, Julie Marshall.
IFAD is an international financial institution and a United Nations specialized agency. Based in Rome – the United Nations food and agriculture hub – IFAD invests in rural people, empowering them to reduce poverty, increase food security, improve nutrition and strengthen resilience. Since 1978, we have provided more than US$24 billion in grants and low-interest loans to fund projects in developing countries.
Agrarians from various ancient cultures around the world discovered the soil fertility benefits of charred biomass over two thousand years ago.
Now known as ‘biochar’, this ancient soil management practice has been enjoying a renaissance of late for a number of reasons largely related to the need for more resilient and productive soils and biochar’s ability to sequester carbon in a safe and beneficial manner.
Biochar is made by baking organic material in an oxygen-limited environment, called pyrolysis. Benefits vary depending on the soil, crops and climate where biochar is used with poor soils benefiting the most. Providing long-lasting organic material, improving water and nutrient holding capacity, and improving overall soil tilth are all potential benefits.
Due to its porous nature and cation exchange capacity, biochar can also be used as a filtration medium to prevent nutrient run-off from farms into local water bodies. In Europe livestock farmers are adding small amounts of biochar to feed rations to improve feed conversion ratios and overall animal health. Biochar as carbon fodder has also shown promise as a way to reduce enteric methane emissions.
“When we first started in 2011 to load biochar with high amounts of liquid NP-fertilizer and tested them in pod trials, we could prove reduced nutrient leaching after simulated strong rain events. When we planted a second culture (paprika after radish) in the same pods without additional fertilization, plant growth was significantly improved in the biochar treatments (see image). From an economic point of view, the difference in growth might have been not relevant as some additional fertilization would have been cheaper than the price of biochar that saved some mineral fertilizer. However working with low amounts of nutrient enhanced biochar [1 t per hectare] applied as slow release fertilizer close to the roots every year seems very promising when viewed from both an economic and ecological perspective. ” Ithaka Institute
Biochar is increasingly available to purchase but farmers can also convert their on-farm waste biomass in to biochar.
Farm scale equipment for making biochar is evolving and shows promise not just as a waste conversion technology which produces a valuable soil amendment, but also as a means for farmers to generate renewable energy in the form of heat, and in some cases electricity. For the Silo, Kathleen Draper.
Seen here: “…we focused on organic plant nutrients and started multiple tests with a wide variety of nutrient rich biomass wastes including: liquid animal manure, urine, feathers, yeasts, wool, vinasse etc. Over the past four years we have developed a panoply of organic carbon fertilizer that can be produced commercially or manufactured by farmers themself all over the world. One of our favourites is the sheep wool, vinasse, pyrolyse ash, biochar pellets with 7% Norg / 6.5% P2O5 / 6% K2O “
Kathleen Draper is the US Director of the Ithaka Institute for Carbon Intelligence, a non-profit focused on research, education and program services that promote climate positive solutions which enhance land management, urban design, and resource efficiency.
Grove, Oxfordshire UK: Williams Racing, one of the most successful teams in Formula One history, commits to a far-reaching climate change target. Building on the progress the global motorsport industry has made on sustainability in recent years, Williams Racing goes further than any other race team or motor racing series in the world, to commit to becoming climate positive by 2030.
To achieve this ambitious goal, Williams Racing has developed a series of robust technological and data driven initiatives, as part of a comprehensive purpose driven sustainability strategy, aiming to address some of the most important environmental and societal challenges facing Formula One, global sport and the planet.
The Williams Racing Sustainability Strategy, which has been developed over the course of the last year after extensive expert analysis, is based around five key pillars: Climate Action, Biodiversity Stewardship, Sustainable Innovation, Industry Access for All and Purpose Driven Leadership. Each pillar defines actions that Williams will be taking in the short and medium term to accelerate the transition to a better planet. Adding further transparency and accountability, each objective will be measured, audited and annually reported.
Williams is committed to learning and sharing best practices from all sectors and adhering to international initiatives. Accordingly, this strategy brings its emissions reduction target in line with the below 2 degrees Celsius target of the Paris Climate Agreement and UN Climate Change Global Agenda. Williams Racing is now the first Formula One Team to be a signatory of the UNFCCC, UN Sports for Climate Action Framework. In addition, Williams Racing Sustainability objectives are aligned with 12 of the 17 United Nations Development Goals (SDGs). Williams Racing is also aligned with industry specific standards and has recently gained FIA Three-star environmental accreditation.
Jost Capito, CEO, Williams Racing: “Williams Racing is a pioneer in Formula One and the racing world and has a strong heritage developing Formula One technology and transferring it to the EV and sustainable transport and energy sectors. We are living in a time when our planet and society is changing faster than ever. Building on the progress the global motorsport industry has made on sustainability in recent years, we have taken time to thoroughly analyse our entire operation and develop a comprehensive purpose driven, Sustainability Strategy to accelerate our sustainable transformation. As a team, we wanted to push the envelope and be the pace setter for sustainability in global motorsport and in the wider automotive industry. So today we are making the commitment to be climate positive by 2030 and we will be using our knowledge to nurture and develop advanced technology to meet this goal.
“We know where we are strong and understand where improvement is required and we are open to learning from others and sharing best practices in pursuit of our ambitious objectives. To help raise the baseline of sustainable performance in our industry, we welcome interaction and partnerships with key motorsport stakeholders, automotive companies, brands and organisations who share our vision.”
“As a huge global sporting platform, Formula One has the power to inspire millions of people across the world and as the pinnacle of so many advanced technologies, Formula One has the ability to create technical solutions to help tackle the challenges we face as a planet. As we progress towards our goal to be climate positive in the years ahead, my hope is that Williams Racing can inspire all those connected with our sport and beyond, using motorsport as a catalyst for significant and long-lasting change.”
The five key pillars of the Williams Racing Sustainability Strategy
Climate Action, covers the strategy and targets for how the team will reduce carbon emissions for travel and energy consumption at HQ, reduce waste and water usage and over time create its own energy, on its journey to becoming climate positive.
Biodiversity Stewardship, covers the strategy and targets for how the team protect and preserve the biodiversity on the 60 acres of the HQ campus, including the Letcombe Brook – one of only 240 chalk streams in the world.
Sustainable Innovation, covers the strategy and targets to foster sustainable and innovative solutions that tackle global challenges in and outside of F1™. This includes Williams Racing undertaking full life cycle management of its racing cars, deploying circular economy strategies within the team and being actively involved in projects such as carbon capture technologies.
Industry Access for All, covers the strategy and targets to make motorsport more accessible by creating an environment in which anyone can thrive, and a workforce that reflects our community through academy programmes, scholarships and Esports.
Purpose Driven Leadership, covers the strategy and targets for Williams Racing to act as pace setters for sustainability within the motorsport industry. Building a strong, transparent and accountable culture in our team, at races, with our partners, suppliers, local community and fans.
Lindita Xhaferi-Slihu, Sector Engagement in Climate Action, Lead, from the UNFCCC commented “We are pleased to welcome Williams Racing as a signatory to the UN Sports for Climate Action Framework. The team is the first Formula One Team joining the Framework, sending a clear signal on the growing importance of setting clear climate targets and of using the sport and technologies as a catalyst for change. We look forward to working together with Williams Racing to deliver on the goals of the Framework.”
The Williams Racing Sustainability Strategy was developed with support from Enovation Consulting, a purpose driven sustainability and strategic management agency.
About Williams Racing
Williams Grand Prix Engineering Limited’s core competencies are the design and development of racing cars to compete in the Formula One World Championship. As one of the world’s leading Formula One teams, the company has secured 16 FIA Formula One World Championship titles since its foundation in 1977. Nine of these titles have been won in the Constructors’ Championship in association with Cosworth, Honda and Renault. The remaining seven titles were won in the Drivers’ Championship with Alan Jones, Keke Rosberg, Nelson Piquet, Nigel Mansell, Alain Prost, Damon Hill and Jacques Villeneuve.
About Enovation Consulting
Enovation Consulting is a purpose-driven sustainability and strategic management agency with the mission to drive positive and meaningful changes through sport. We deliver creative and innovative research-based solutions that empower our clients to integrate sustainability into their business strategies – delivering on their short, medium and long-term ESG goals.
About UNFCCC Sports for Climate Action Framework
The UNFCCC Sports for Climate Action Framework is the UN Climate Change initiative, a climate action for sport movement of sports organizations and their stakeholders. This initiative aims at supporting and guiding sports actors in achieving global climate change goals, offering a forum where participants can pursue climate action in a consistent and mutually supportive fashion by learning from each other, disseminating good practices, lessons learned, developing new tools, and collaborating on areas of mutual interest. Signatories commit to a series of principles and goals which are incorporated into their strategies, policies and procedures.
One of the best decisions that you can make is to take a road trip across Canada. For one thing, it is a great way to see just what this great country has to offer in terms of nature and landscapes. At the same time, being on the road ensures that an adventure is just a town away. Of course, road tripping across such a large region is no joke. So, if you want to make sure that you get it right and stay safe, you should follow these tips:
Draw Up a Plan
Hitting the open road provides you with a sense of unbridled freedom. However, considering the sheer size of the area that you will be covering, you can’t really head out without a plan. Keep in mind, there can be a long distance between rest stops, motels, and restaurants.
So, to make sure that you always have a place to sleep and can stock up on some supplies, you will need to do your research. Mark out some areas between long, empty stretches of road. These will come in handy, particularly if you are driving though late at night.
Brush Up on Local Laws
Now, for the most part, the road rules don’t really change too much from one place to another. Nevertheless, there are some discrepancies. So, to avoid getting into any legal trouble, brush up on impaired driving consequences in the regions that you are heading to. You may just learn some interesting details.
If you really want to stay on the right side of the law, though, you may want to look up how to get DUI help as well. After all, on a road trip, the easiest place to make new friends is in a bar. So, it is quite likely that you will be putting away a couple of drinks away each night. It is important to make sure that you don’t get into any trouble after this.
Prepare for All Kinds of Weather Conditions
Even if your road trip is taking place during the summer, you can’t simply assume that it will be smooth sailing all the way through. Remember, rain and thunderstorms are always a possibility, so you should be prepared. Not to mention, the climate can change from one area to the next, so make sure to pack all kinds of clothes so that you will be ready for anything. In case you are going exploring during the winter, take all of the gear, clothing, and equipment you may need.
Make a List of Must-Do Items
Each city, town, or province has something interesting to offer. So, make sure that you don’t just pass through during your road trip. Make up a list of all the activities you want to try and sights you want to see. Then, try to cross off as many as you can. In the end, you will find that all of these experiences really add to your road trip.
So there you have it, the ultimate tips to follow when road tripping in Canada. All that is left for you to do is to have some fun.
Henning Larsen Architects lead a design team in establishing an overall sustainable solution for the renewal of buildings, courtyards, and streetscapes in a selected residential block of Skt. Kjelds Climate Resilient Neighborhood in Østerbro. The competition for Copenhagen Climate Resilient Neighborhood was won with a proposal that serves as a future “showcase” of holistic and sustainable approaches to urban renewal while opening possibilities for realizing the objectives of a sustainable and climate-friendly Copenhagen. In addition to Henning Larsen Architects, the winning team also included Henrik Larsen consulting engineers, TagTomat and V!GØR.
“Copenhagen Climate Resilient Neighborhood , as a flagship project, demonstrates how a holistic and innovative approach to renovation and rainwater management can create a better living environment and courtyard atmosphere in a typical residential block. The designated block in Skt. Kjelds neighborhood therefore became a climate-front runner, implementing new solutions that can inspire other blocks—not only in Copenhagen but also in the many northern European cities where blocks of courtyard buildings are a dominant type of housing,” says Signe Kongebro, architect and partner at Henning Larsen Architects.
The project reflects a holistic approach with focus on energy retrofitting, climate adaption, architecture and daylight. From start to finish, the execution of the project will be implemented in close dialogue with Copenhagen Municipality and especially the residents and the building owners in the block.
The project was based on four main strategic focus points: rainwater management; increasing recreational space by re-configuring parking and introducing green areas; strengthening of the neighborhood’s identity with community gathering points; and, optimization of existing buildings in terms of energy consumption, daylight and indoor climate.
Workshops kick-started the sustainable urban renewal process wherein the team, in close and innovation-driven dialogue with residents and the municipality, began the transformation from traditional residential block to a climate-resilient neighborhood. Throughout the project, physical prototypes, exhibitions, mock-ups, and other visual tools contributed to give the residents a realistic insight into the transformation of their block and keep the process alive and relevant. Connect with Henning Larsen Architects on Instagram and on Facebook.
We need to take steps NOW to make sure Canada’s methane (aka Hydrogen Sulfide gas which contains up to 90% methane) emissions are being properly regulated. Methane is a greenhouse gas that is84 times more potent than carbon dioxide – and its uncontrolled emissions affect everyone.
The solutions to reducing methane emissions are actually very simple – frequent leak detection and repairs, and replacing equipment that deliberately releases methane. The industry is resisting these solutions and pushing the Canadian government for weaker methane regulations. They want longer delays before regulations come into effect, as well as less frequent monitoring so that methane leaks go undetected for longer. And, they want to be paid for reducing methane emissions – so instead of polluters pay, the industry wants it to be pay-the-polluter.
Those who live in Alberta strongly agree that regulating pollutants like methane to the strictest North American standards is the right thing to do. If the province that would be most affected by these regulations feels this way, why aren’t we doing it?
Time is running out to make sure Canada’s methane emissions are strongly regulated. For the Silo, Dale Marshall. Featured image-Les Stone /Greenpeace
Today, Ontario passed landmark climate change legislation that lays a foundation for the province to join the biggest carbon market in North America and ensures that the province is accountable for responsibly and transparently investing proceeds from the cap and trade program into actions that reduce greenhouse gas pollution, create jobs and help people and businesses shift to a low-carbon economy.
Under the Climate Change Mitigation and Low-Carbon Economy Act, money raised from Ontario’s cap and trade program will be deposited into a new Greenhouse Gas Reduction Account. The account will invest every dollar in green projects and initiatives that reduce emissions.
Following extensive consultation with industry and other groups, the legislation was strengthened by now requiring enhanced accountability and public reporting on the province’s upcoming Climate Change Action Plan and investment of cap and trade proceeds.
From J. Magnuson’s Book on the approaching post-carbon economy. Link below.
Ontario will post its final cap and trade regulation upon royal assent of the legislation. The regulation covers detailed rules and obligations for businesses participating in the program. The final design was also informed by extensive consultation https://www.ontario.ca/page/cap-and-trade-consultations-summary with businesses, industry, the public, environmental organizations and Indigenous communities.
Climate change is not a distant threat – it is already costing the people of Ontario. It has damaged our environment, caused extreme weather like floods and droughts, and hurt our ability to grow food in some regions. Over the near term, climate change will increase the cost of food and insurance rates, harm wildlife and nature, and eventually make the world inhospitable for our children and grandchildren.
Minister of Climate Change Glen Murray
Fighting climate change while supporting growth, efficiency and productivity is part of the government’s economic plan to build Ontario up and deliver on its number-one priority to grow the economy and create jobs. The four-part plan includes investing in talent and skills, including helping more people get and create the jobs of the future by expanding access to high-quality college and university education. The plan is making the largest investment in public infrastructure in Ontario’s history and investing in a low-carbon economy driven by innovative, high-growth, export-oriented businesses. The plan is also helping working Ontarians achieve a more secure retirement.
QUOTES
“Passing the Climate Change Mitigation and Low-Carbon Economy Act marks the start of the next chapter in Ontario’s transformation to an innovative and prosperous low-carbon economy — one that will benefit households, businesses, industry and communities across the province. This legislation is about enshrining in law our resolve and action to protect and strengthen our environment for generations to come.”
— Glen Murray, Minister of the Environment and Climate Change
QUICK FACTS
§ Ontario’s Climate Change Action Plan is the next step in Ontario’s ongoing fight against climate change and is expected to be released in spring 2016. The plan will describe actions that will help more Ontario households and businesses to adopt low- and no-carbon energy in homes, vehicles and workplaces.
§ Ontario’s $325-million Green Investment Fund http://www.ontario.ca/greeninvestment , a down payment on the province’s cap and trade program, is already strengthening the economy, creating good jobs and driving innovation while fighting climate change — a strong signal of what Ontarians can expect from proceeds of the province’s cap and trade program. These investments will help secure a healthy, clean and prosperous low-carbon future and transform the way we live, move and work while ensuring strong, sustainable communities.
§ The Greenhouse Gas Reduction Account will receive proceeds from auctioning allowances under Ontario’s cap and trade program. The first auction will be held in March 2017.
§ Ontario intends to link its cap and trade program with Quebec and California.
