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Nature Loss Threatens Global Economy

Photo-illustration: Pixabay
Photo-Illustration: Pixabay

The ongoing loss of natural spaces, including forests, has become a systemic risk for the global economy, warns a new report from the United Nations Environment Programme (UNEP) and several partners.

Over the past decade, 26 percent of global tree cover loss was caused by the production of just seven agricultural commodities – cattle, oil palm, soy, cocoa, rubber, coffee and wood fibre – said the State of Financing for Nature report. Barring major changes, the toll on forests and other wild spaces will continue to mount, ultimately imperiling industries that rely on natural resources. The authors of the report urged governments, financial institutions and businesses to place nature at the heart of future economic growth by tripling the financing available for environmentally friendly projects by 2030.

The report’s launch comes on the eve of the United Nations Decade on Ecosystem Restoration, a global effort to revive natural spaces lost to development. Forests have been hit especially hard by human activity. Every year, the world loses 10 million hectares of tree cover, an area the size of the Republic of Korea. Forests provide drinking water to one-third of the world’s largest cities and support more than 65 percent of amphibian, bird, and mammal species.

The State of Finance for Nature report was produced by UNEP, the World Economic Forum and the Economics of Land Degradation Initiative in collaboration with Vivid Economics. It showcases the investment opportunities that nature can offer and emphasizes its importance to the global economy. By demonstrating the value of nature, the report authors say they hope to show countries it is possible to safeguard the planet while spurring economic growth and sustainable development. The report said that reviewing public subsidies, factoring the costs of ecosystem degradation into products or services and integrating the value of nature into credit risk analysis could lead to greener economies.

Investments in nature-based solutions (NbS) is a key component of transformational change, the report noted. They provide economic, social and environmental stimulus by creating jobs, protecting nature, accelerating decarbonization and improving climate resilience.

Photo-Illustration: Pixabay

There is a lack of data on how much public and private capital is flowing to productive and non-productive activities that constitute NbS. However, governments, financiers, and businesses are becoming increasingly interested in nature-based solutions, the report said.  Two-thirds of governments have now committed to restoring or protecting ecosystems in their Nationally Determined Contributions, the commitments at the heart of the Paris climate change agreement.  There is also growing interest from companies to commit to “net zero” targets for greenhouse gas emissions.

But much remains to be done to create demand for NbS, to put in place robust environmental and social safeguards, and to address legal hurdles. One lever to generate investment opportunities is to focus on economic stimulus and positive societal outcomes. The more stakeholders pursue these win-win opportunities, the more public and private investments in NbS will rise over time.

Governments must create the enabling environment that allows this to happen, the report said. They can do that by revisiting agricultural policies and tariffs and developing taxonomies to determine what is sustainable and what is not. Companies and financial institutions must also share the risk and commit to increase finance and investment in nature-based solutions in an ambitious way, with clear time-bound targets. A nature finance action track, acting as a shared vision can guide land-use decisions in support of healthy natural systems and sustainable development, the report added.

Several case studies in the State of Finance for Nature illustrate the business and investment case for nature, along a pathway to transition towards a net-zero, nature-positive economy.  They range from the Scottish government’s commitment to spend USD 250 million on peatland restoration over the next 10 years, to Credit Union’s Social Performance Management initiative, which provides innovative financing schemes to support integrated landscape projects in Indonesia.

Source: UNEP

 

Seagrass meadows, coral reefs and destructive fishing

Foto-ilustracija: Unsplash (jean wimmerlin)
Photo-illustration: Pixabay

A remote area in the middle of the Indian Ocean, between the Seychelles and Mauritius, this underwater plateau the size of Belgium is home to the world’s largest seagrass meadow, some of the few shallow water corals so far away from land and an abundance of marine life.

The bank provides feeding habitats for endangered turtles and breeding grounds for majestic sperm whales and pygmy blue whales.

Seagrass meadows occupy a vanishingly small area of our oceans but capture up to twice as much carbon dioxide as forests on land, making them extremely important for our climate and the balance of the ocean. This applies to the cold-water eelgrass meadows in Sweden, as well as seagrass meadows in tropical waters.

They function as nurseries for vulnerable cod spawn in the north and feeding grounds for sea turtles and dugongs in the Indian Ocean. But these ecosystems are in decline across the globe due to human activity, making it crucial to protect the remaining areas.

The Saya de Malha Bank has been identified as an ecologically and biologically significant area of global interest by scientific experts. Places like these could be safe havens for marine life, protected in a vast network of ocean sanctuaries across our blue planet.

But the rich wildlife, especially the shoals of tuna that pass by on their journey through the high seas, attracts the real predators: the fishing industry. A few powerful fishing nations are depleting marine life around the world, and this hotspot in the heart of the Indian Ocean is no exception. Industrial fishing vessels from the EU, mainly Spain and France, fish for yellowfin tuna, a population that has been classified as overfished for several years.

These vessels use huge fishing nets that can stretch for 2km and reach 200m deep. The net is placed in a ring around a school of fish and pulled together from below –  scooping up pretty much anything that gets in its way. Turtles, whales and sharks can be caught up in the net as ‘bycatch’ and young yellowfin tuna are trapped before they have a chance to reproduce.

Photo – illustration: Pexels

The other type of destructive fishing that takes place around Saya de Malha Bank is longline fishing. This method is used by around 500 ships, from distant water fleets, using a single long line, anywhere from 50 to 120km long, with thousands of hooks.

Can’t imagine that? It’s like 1,000 football pitches, laid end to end. The biggest problem with this fishing method is that it also catches and kills many other animals as bycatch, especially already endangered sharks.

We must ensure that rich companies and nations stop this destruction of life in the oceans, which not only impoverishes wildlife but also the coastal communities that are truly dependent on small-scale fishing for survival. It’s critical that we protect important areas of the ocean to give marine life a chance to recover and thrive.

Governments are negotiating this treaty at the UN already – we have an opportunity to make history if we get this right. Join us in calling for governments around the world to take action to protect our oceans: join over 3,5 million people and sign the petition.

Source: Greenpeace

Spain’s Extensive Policy Plans Set to Help Underpin a Successful Energy Transition Powered by Renewables and Efficiency

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

Spain has made considerable progress towards its goal of reaching net zero emissions by 2050, but future gains need to be supported by stable policies, adequate public financing and incentives for private investment, according to a new policy review by the International Energy Agency.

Since the IEA’s last in-depth review in 2015, Spain has solved a long-standing problem of electricity and gas tariffs not covering costs, and has closed all its coal mines, allowing the country to prioritise the issue of climate change and align its goals with EU objectives and ambitions.

Spain’s 2050 objective for national climate neutrality calls for renewables to provide 100 percent of electricity and 97 percent of the total energy mix. The country’s energy policies are centred on massive deployment of renewable energy, energy efficiency, electrification and renewable hydrogen.

While the share of renewables in the electricity sector has risen, the report finds Spain’s total energy mix is still heavily dominated by fossil fuels. Notably, the transport, industry and buildings sectors all have considerable work ahead of them to meet the country’s targets for renewables penetration and decarbonisation.

At the same time, Spain has emphasised the importance of ensuring a just transition to ensure that communities in traditional energy regions and sectors, notably coal mining, are not left behind by the changes.

“Under the direction of Minister Teresa Ribera, Spain has shown strong leadership on clean and equitable energy transitions,” said Fatih Birol, the IEA Executive Director, who is launching the report today with Ms Ribera, Spain’s Fourth Vice President of the Spanish Government and Minister for the Ecological Transition and the Demographic Challenge.

“Spain has major renewable energy resources that can drive the transformation of its energy system and help realise its ambitious goals.”

The IEA report notes that Spain is progressing toward its 2030 targets, especially in the electricity sector. After a slump between 2013 and 2018 due to a lack of financial incentives, investments in renewables took off again starting in 2019. The share of renewables in the national electricity mix grew from 33 percent in 2010 to 44 percent in 2020.

The government aims to expand renewables installations in homes and businesses, as well as promote the use of renewables for industry and heating. It also intends to support the production of advanced biofuels, renewable gases, and hydrogen.

Spain’s energy sector will look completely different once its plans and strategies have been fully implemented, with fossil fuels no longer dominant and end-user sectors mostly electrified. As is the case everywhere, a system underpinned by variable renewable generation will require new forms of back-up and flexibility to ensure energy security.

The changes also bring opportunities, particularly greater integration of a clean energy system across sectors, as well as new jobs.

“The foundations for Spain’s energy system transformation will be laid this decade. Notably, the current economic recovery from the Covid-19 crisis presents Spain with an important opportunity to frontload clean energy investments over the next year three years,” said Dr Birol. “I hope this report will help Spain navigate its path toward a clean and efficient energy system and a net zero future.”

Source: IEA

 

 

Space Observations Support Sustainable Development

Foto-ilustracija: Unsplash (NASA)
Photo-illustration: Pixabay

Space-based observations are key to achieving the international agenda on sustainable development, disaster risk reduction and climate change and it is thus imperative to ensure there is a stable and sustainable space-environment.

This was one of the take-home messages of a high-level panel event on civil space issues organized by the French diplomatic mission to Geneva and hosted by the World Meteorological Organization. It brought together the heads of WMO, the International Telecommunications Union, UN Office on Outer Space Affairs and the European Space Agency, as well as the Chief executive Officer of Arianespace and the director of France’s Foundation for Strategic Research.

WMO Secretary-General Prof Petteri Taalas underlined how space observations are a fundamental part of Earth-system monitoring – even though ground-based measurements and vertical profile measurements like radiosondes remain necessary.

The space-based observational capabilities have greatly improved since the launch of the first weather satellites in the early 60s. Today they provide high-precision observations of a wide range of parameters and are a key input for global numerical weather prediction models, underpinning most application areas and the services of all WMO Members, enabling the protection of life and property. This allows us not only to monitor the weather, climate and water, but also to assess the health of the environment and the extent to which human activities are sustainable.

The impressive progress made in recent years in weather, water and climate analysis and forecasts, including warnings for hazards such as tropical cyclones is to a great extent attributable to satellite data and the assimilation of space-based observations in numerical models. This has narrowed the forecast accuracy gap between the northern and southern hemisphere, Prof. Taalas told panelists.

With almost 200 Earth observation satellites now in operation, it is clear that spaceborne sensing of the Earth’s surface and atmosphere will continue to play an increasingly important role in operational and research meteorology, disaster monitoring and Earth system monitoring in general, said Prof. Taalas.

It will also inform better scientific understanding, monitoring and prediction of climate change indicators and its impacts – ocean heat, sea level rise and ice melt – as well as air quality and anthropogenic emissions of greenhouse gases, critical for the implementation of the Paris Agreement.

Radio Frequencies

Spaceborne sensing for meteorological applications is performed in specific radio-frequency bands. These bands are determined by fixed physical properties (molecular resonance) that cannot be changed or ignored, nor can these physical properties be duplicated in other bands. Therefore, these frequency bands are an important natural resource.

In the more critical passive sensing frequency bands, the Table of Frequency Allocations in the international Radio Regulations states that “all emissions are prohibited”, enabling in principle the deployment and operation of sensors with the highest reliability.

However, experience has shown that in some cases this protection is jeopardized due to unregulated, and in some cases by mass-market short-range devices allowed nationally to operate in these bands or by unwanted poorly controlled emissions from adjacent bands, putting increasing pressure on the frequency bands used for meteorological purposes.

Prof. Taalas told the high-level panel session that WMO continues to work with ITU to try to ensure the protection of vital Earth observation satellite systems essential and will present its findings and concerns at the next World Radiocoimmunication Conference 2023 (WRC-23).

Source: WMO

 

 

Shift Into The Fast Lane For Smart EV Charging

Foto: Bojan Džodan/MT-KOMEX
Foto: Bojan Džodan/MT-KOMEX

It is expected that every third vehicle in Europe in the coming period will be environmentally friendly, which is a standard that Serbia aspires to.

As a quarter of the EU’s total emissions come from diesel and petrol exhausts, nine member states have decided to send a clear request to the European Commission to set a precise deadline for stopping the production and sale of vehicles on fossil fuels, all to achieve climate neutrality by 2050.

The European Commission will introduce changes to “raise” the number of electric vehicles to 30 million in the next ten years. Currently, there are 1.4 million electric vehicles on the roads of Europe, while on Serbian roads, according to the data from 2020, there are about 300 registered electric cars and around 3.000 registered hybrids.

To encourage the use of environmentally friendly modes of transport, the Ministry of Environmental Protection continues to subsidize electric and hybrid vehicles, which is a part of measures implemented to improve air quality and the environment.

It is known that traffic everywhere in the world, especially in big cities, is a significant cause of air pollution. So, for the electric vehicle ride to become popular in our area, it is necessary to develop the appropriate infrastructure.

New charging points in the charge&GO network

At the end of March, another charger for electric cars was put into operation, which is located near the toll ramp in Vrčin, when you travel from Niš to Belgrade. It is an ABB HP 175 fast charger installed by MT-KOMEX.

The company is becoming recognizable in the electromobility sector, and it is quite possible that you have heard for some of the charging points on Serbian highways or you have parked your vehicle in the Plaza shopping centre in Kragujevac or TC Promenada in Novi Sad and saw parking spaces specially reserved for electric four-wheelers.

The MT-KOMEX team installed all chargers at these locations. Each of these shopping malls has five Smart wallbox chargers manufactured by Schneider Electric with the power of 22 kW.

If you go down the Danube main road to Kladovo, a “green” charger under a solar canopy that supplies it with electricity will be waiting for you. This modern combination of panels and chargers is located at the parking lot of domestic company Termovent. All mentioned chargers are integrated into the charge&GO platform.

It is the first regional platform for charging electric vehicles, which also includes neighbouring countries in addition to Serbia. Through this charging system for the use of charging points, drivers of electric cars can charge their vehicles fast and easy.

They also have a mobile application charge&GO for Android and iOS at their disposal. MT-KOMEX continues its mission of developing electromobility in Serbia, and all interested parties are invited to include their chargers in the charge&GO network.

How does charge&GO work?

Photo: Bojan Džodan/MT-KOMEX

The software allows users to quickly search for the nearest chargers in the charge&GO network, as well as vacant charging stations. At the charging point, it is necessary to authorize yourself by using a mobile phone or RFID card.

The charging session starts the moment you connect the cable to the selected charging point. Service users can use charging points for their four-wheelers with a one-time payment option.

Apart from the fact that users will be able to travel around the country and the region without any worries, thanks to the cooperation between MT-KOMEX and Finnish company Virta, they will also have electric chargers in more than 30 countries (more than 180,000 chargers in Europe) which are part of the global platform at their disposal. And all of that without the additional cost of roaming!

We remind you that the subsidies for the purchase of electric vehicles range from 2,500 to 5,000 euros. The Public Company “Roads of Serbia” has launched an initiative to reduce the toll for electric and hybrid vehicles by 13 per cent.

In the future, we expect some more benefits for those who opt for electric vehicles, and with the available incentives, we should soon see more of these vehicles on our streets. What we will not see is an ominous cloud of smoke from the exhaust, which will contribute to the reduction of air pollution.

Read the story in the new issue of the Energy portal Magazine  CIRCULAR ECONOMY march 2021.-may 2021.

How to go Solar in Serbia

Foto-ilustracija: Pixabay

With many sunny days, Serbia has great potential for solar energy. However, the use of solar power in residential buildings and individual houses is still in its early stages. The country’s recently adopted energy laws, combined with the lower costs of solar technology, raise expectations that this may soon change.

For Nikola Rađenović from Belgrade there were no doubts about installing solar panels on his house, even before these developments. He has been determined to invest in renewables, which he sees not only as financially interesting, but also ethically right.

“I have been interested in renewables and I decided to invest in solar panels because I wanted to be, as much as possible, energy independent, but I also wanted to contribute to decreasing air pollution in my city,” explains Nikola, who is currently working to develop a mobile application for an electric bike sharing system in two Serbian cities.

Nikola had previously invested in good-quality windows and insulation, and his house was already energy efficient. In addition, he wanted to use solar panels as his main electricity source and a heat pump for heating and hot water.

Nikola invested EUR 9,000 in solar panels and equipment and received a EUR 1,600 cashback incentive. He secured a loan under the European Bank for Reconstruction and Development (EBRD)’s Green Economy Financing Facility (GEFF), which works with local banks to on-lend funds to residential borrowers for investments in residential energy efficiency and renewable energy solutions. In Serbia, UniCredit Bank and Erste Bank offer GEFF loans.

Although such home improvements can noticeably reduce energy use and long-term associated costs, the initial financial outlay can be high. To help homeowners invest in green solutions, GEFF provides technical assistance and grants, supported by the European Union (EU), the Austrian Federal Ministry of Finance and the Western Balkans Investment Framework (WBIF).

“I believe I will pay off my investment in 7 to 10 years, maybe even sooner, considering the house is completely powered by solar energy,” Nikola says. “My electricity bills are zero.”

Administrative barriers have meant that Nikola’s house is not connected to Serbia’s electricity grid. He still manages to generate electricity all year round, with most energy produced from March to November and less produced on winter days. Ideally, he would like to connect his house to the grid to be able to return the surplus of energy produced in summer for use in winter. He hopes to be able to do this as the new energy laws in Serbia envision the possibility of users also being electricity producers, known as “prosumers”.

Telefon Inženjering, a Belgrade-based company specialising in solar technology solutions, sees greater interest in solar energy and believes that the new regulations will motivate even more people to consider a switch to solar.

“Previously, we have mainly worked on off-grid systems, for users who do not have access to the electricity grid, such as small weekend homes or homes in the mountains,” explains Nikola Šakan, CEO of Telefon Inženjering. “Nowadays, we work more on on-grid systems, for users who have electricity but want to make additional savings with solar energy. An average household in Serbia would require a solar plant of 5-10 kW. Such a system can be paid off in five to seven years. The installation is not complex and can be finished within a couple of days,” adds Nikola.

Decarbonisation and environmental benefits

Households in the Western Balkans account for about 60-70 percent of energy used in buildings and the region’s energy usage is around 2.5 times higher than the average for Organisation for Economic Co-operation and Development (OECD) countries in Europe. Implementing energy efficiency in residential buildings is critical to achieving energy savings.

Together with the EU and other donors, the EBRD provides finance and delivers policy support to harmonise countries’ laws and regulations on energy efficiency under the Regional Energy Efficiency Programme (REEP) for the Western Balkans.

So far, through the GEFF programme, over 7,000 households in the Western Balkans have invested around EUR 40 million in green residential solutions, less than half of what is available under the EUR 85 million Western Balkans GEFF programme. These investments already contribute to saving over 31 million kWh of energy and over 11,200 tonnes of CO2 emissions per year. That is the equivalent of taking more than 6,000 cars off the road.

Source: EBRD

 

Why Is Wind Essential For Zero Emissions?

Foto-ilustracija: Pixabay
Photo-illustration: Unsplash (NIcholas Doherty)

Wind is essential for our zero emissions future because it is a clean fuel energy source, is cost-effective, and can be built on existing farms or land or offshore. Oh, yeah — it’s renewable and infinite, too.

When humans moved from a nomadic to agricultural existence, few asked, “Why is wind important?” That’s because early farmers knew that windmills could pump water from streams and tributaries to irrigate their crops. They already understood that wind was an important element of their renewable energy toolkits.

Fast forward to the 21st century, and wind has risen to the top of the renewable energy mix. Vestas, the Danish wind turbine company, has developed a new offshore wind turbine designed specifically for use in typhoon-prone areas. The company’s V236-15.0 MW will produce 15 megawatts of electricity — the highest output of any offshore wind turbine in the world. The next closest is the GE Haliade X-13, which will be installed in the UK’s Dogger Bank offshore wind project in the North Sea.

In the US, the Biden administration announced this month a plan to expand the use of offshore wind power along the US East Coast, with the goal to tap this substantial new source of renewable energy. The plan sets a goal of deploying 30.000 megawatts of offshore wind turbines in coastal waters nationwide by 2030, enough to power 10 million homes.

To help meet that target, the administration said it would accelerate permitting of projects off the Atlantic Coast and prepare to open up waters near New York and New Jersey for development. The endeavor contains 3 billion dollars in federal loan guarantees for offshore wind projects and invest in upgrading the nation’s ports to support wind construction.

You can read the whole article HERE.

Source: Clean Technica

 

UNESCO Declares Environmental Education Must be a Core Curriculum Component by 2025

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

Over 80 ministers and vice ministers and 2,800 education and environment stakeholders committed to taking concrete steps to transform learning for the survival of our planet by adopting the Berlin Declaration on Education for Sustainable Development (ESD) at the end of a three-day virtual World Conference held from 17 to 19 May.

The Conference, followed online by over 10,000 viewers, was organized by UNESCO in cooperation with the Federal Ministry of Education and Research of Germany and the German Commission for UNESCO as advisory partner.

UNESCO has called for Education for Sustainable Development to be a core component of all education systems at all levels by 2025. UNESCO’s launch of a new publication, which analyzed educational plans and curricula frameworks in close to 50 countries informed the discussions. UNESCO found that more than half make no reference to climate change, while only 19 percent speak about biodiversity.

The Berlin Declaration on Education for Sustainable Development outlines a range of policies to transform learning encompassing teaching, learning, professional training and civic engagement. It also highlights the need to implement Education for Sustainable Development with focus on cognitive skills, social and emotional learning, collaboration skills, problem solving, resilience-building.

“We need training for sustainable development not to be a privilege but accessible to all people. The success of the Education for Sustainable Development programme for 2030 will bring us closer to all the SDGs,” said German Chancellor Angela Merkel in her welcoming address, describing Germany’s broad network of partners working on sustainability at all levels of education and training.

Throughout the Conference, countries shared plans to integrate Education for Sustainable Development. Ms Anja Karliczek, Germany’s federal minister of education and research, shared the commitments of 18 countries of the European Union to implement the Education for Sustainable Development for 2030 framework, underscoring it as a driver for the achievement of all the SDGs.

Laurent Fabius, who presided COP21 where the Paris Agreement was sealed, stated the “fight against climate change begins at school.”  He recalled commitments in the Paris Agreement to education, and called for increased efforts to improve teacher training on ESD and increase financing. “2021 is the year in which we will overcome the pandemic and embark on a sustainable development model for the future that must include ESD. If we miss this occasion, we will lose decades. This is a race against the clock.”

The voices of young people were given a platform throughout the Conference, as those leading the call for change so that they can #LearnForOurPlanet.

The adoption of the Berlin Declaration will create momentum for the implementation of ESD for 2030 Roadmap – the framework for this decade of Education for Sustainable Development. Every UNESCO Member State will be asked to create a network of actors who together can implement the ambitious vision for education.

From Berlin, 2021 will provide key opportunities for governments to apply this commitment, including the United Nations Biodiversity Conference (COP 15) and the United Nations Climate Change Conference (COP26) in Glasgow.

Source: UNESCO

BMW Wants To Produce 10 Million Electric Vehicles By 2030

Foto: pixabay.com
Photo-illustration: Pixabay

BMW Group has set a goal of reducing its CO2 emissions by over 200 million tonnes by the year 2030. Earlier this month the company announced this goal at its Annual General Meeting.

This equals well over 20 times the annual CO2 emissions of a city with over a million inhabitants, such as Munich, the company noted in its press release.

To make this goal a reality, BMW is focusing on reducing the carbon footprint of its vehicles throughout their lifecycle, which starts from raw material extraction, moves into production, goes into their use phase (owner use), and then heads to end-of-life recycling. The goal is to use fewer resources.

Oliver Zipse, Chairman of the Board of Management of BMW AG, stated at the Annual General Meeting in Munich, “A climate-friendly car is not created solely by using green power. We must design our vehicles for sustainability from the very first day of development: reducing the amount of material used to manufacture them and, above all, planning for reuse and recycling from the very beginning. In the face of rising raw material prices, this is not just an environmental, but also a business imperative.”

He also touched upon how the company’s circular economy will help. “The technology for this is extremely demanding: That is why we want to lead the way on the circular economy and play a pioneering role. We are already working on quotas for the use of secondary material in our ‘Neue Klasse’ that are both concrete and ambitious to meet our high standards.”

The company is focusing on making the circular economy its central theme at IAA Mobility 2021. BMW plans to highlight the company’s potential for environmental and climate protection at the IAA Mobility 2021 in September.

The company’s approach is RE:THINK, RE:DUCE, RE:USE, RE:CYCLE, which BMW believes provides a holistic view of how the use of primary raw materials can be reduced in the cars of the future.

You can read the whole article HERE.

Source: Clean Technica

World Set to Miss Environment-Related Sustainable Development Goals – UN report

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

Despite progress in key environmental areas such as clean water, sanitation, clean energy, forest management and waste, countries are still living unsustainably and are on course to miss the environmental dimensions of the 2030 Agenda for Sustainable Development, according to the Measuring Progress: Environment and the SDGs report issued by the UN Environment Programme (UNEP) and the Convention on Biological Diversity (CBD) to coincide with the International Day for Biological Diversity.

The report found that some environmental areas – such as biodiversity loss and climate change – have continued to deteriorate.

“We have still not embraced the rate of change necessary to come in line with the 2030 Agenda,” said Elizabeth Maruma Mrema, Executive Secretary of the Convention on Biological Diversity. “The report makes it clear that we are falling short, and, in some cases, actually receding. The world cannot sustain our rate of use and abuse forever, and it is imperative that we accept the changes in lifestyles and livelihoods necessary to achieve the 2030 goals.”

The 2030 Agenda emanates from the 2015 UN Resolution that sets clear targets for a sustainable future, with internationally agreed goals in 17 areas such as poverty, hunger, health, climate action, clean energy and responsible consumption, among others. The Measuring Progress report calls for improved data and indicators to understand how to ensure development progresses within planetary boundaries.

The report reviews data and information about the environmental aspects of each of the 17 Sustainable Development Goals (SDGs) and their progress around the world. The publication is based on global and regional performances as assessed through the SDG indicators that have a direct relation with environmental issues.

The report flagged an increase of available data, but with the newly available data, an increase in downward trends among more indicators when compared with a previous progress report in 2019.  Environmental data published in the first Measuring Progress report showed that out of the 32 percent of indicators with data (30 indicators), 74 percent (22 indicators) followed a positive trend, and 26 percent (8 indicators) indicated little change or a negative trend. In this 2021 report, out of the 42 percent of indicators with data (39 indicators), 67 percent (26 indicators) followed a positive trend and 33 percent (13 indicators) showed little change or a negative trend.

The interlinked nature of the SDGs means that achieving one goal or target may contribute to achieving other goals or targets, or the pursuit of one objective may conflict with the achievement of another. The report uses an analytical approach, driven by data, to test the relationship between SDG indicators. The analysis revealed examples where correlations are significant and are consistent with intuition or published evidence. For example, the report found that Domestic Material Consumption (DMC) related to biomass extraction is negatively correlated with species at risk of extinction.

Photo-illustration: Pexels

On the other hand, with regard to biodiversity loss, the increasing extent of protected areas and other protective measures have not led to reductions in the number of species under threat of extinction. Without exception, the Aichi Biodiversity Targets – a 10-year global strategy designed to conserve biodiversity by 2020 – have been missed, according to the 5th Global Biodiversity Outlook.

The report identified a gap in the diversity and use of environmental data and statistics to inform government policy and decision-making, particularly big environmental data produced by remote sensing, in situ sensors and artificial intelligence technologies, as well as data collated through environmental–economic accounting activities. Many existing data products, statistics and indicators seem to be under-utilized, and governments have failed to place an emphasis on that data when crafting policy.

“Our comprehension of the environmental dimension of the SDGs is lagging,” said Jian Liu, Director of the Science Division at UNEP. “Our limited capacities to collect, disseminate and effectively use environmental data have hindered our holistic understanding of the environment and the effect on it of socio-economic factors – we hope this report will support countries as they strengthen action on the environmental dimensions with a view to meeting the 2030 Agenda.”

Strengthening environmental data capacities is needed if policymakers are to improve their understanding of the priority actions required to ‘bend the curve’ of continuing environmental deterioration and advance the chances of meeting the environmental SDGs. Capacity-building is required in three areas: for collection of data using international-standard methodologies to ensure data comparability; for data management to ensure open access to data, for data analysis where data are used to better understand what happened, why it happened, what may happen next and how to respond, according to the report.

Source: UNEP

Greenpeace: Stop Deep Sea Mining Before It Begins

Photo-illustration: Unsplash (Jakob Owens)

In March 2021, the Greenpeace ship Rainbow Warrior set sail to a place called the Clarion Clipperton Zone in the Pacific Ocean to stop an emerging ocean threat – deep sea mining – before it begins.

I joined the ship as a digital campaigner – to bear witness and expose a destructive industry in the making, and share it on digital channels to help bring the story to people worldwide.

The risky business of deep sea mining aims to extract minerals from polymetallic nodules from several thousand metres below sea level. If allowed to go ahead, this would cause huge damage to the great wildlife of the deep sea and threaten the livelihoods of the Pacific Islanders who depend upon the ocean for survival.

What’s more, the deep sea is an important “carbon sink” (a place where carbon is stored), and the disturbance of it could exacerbate climate change.

Leading deep sea mining companies including The Metals Company – formerly known as DeepGreen – from Canada and the US, and Global Sea Mineral Resources (GSR) from Belgium are now doing tests to prepare for deep sea mining in the Clarion Clipperton Zone in the Pacific. GSR has already sent its prototype mining robot down to the sea floor for functional tests and impact trials.

The Metals Company and GSR both talk up their green credentials. They claim that we need deep sea mining for a sustainable future, to supply the batteries needed to build our next new phones. However, tech giants including Google and car companies including BMW have already  publicly announced that they are rejecting metals sourced from deep sea mining.

What’s more, both companies are using the name of science to prepare for the exploitative, environmentally destructive activities. This is one of the most important reasons why the Rainbow Warrior is now out here in this remote area of the ocean: to expose what is actually happening. By bearing witness, we want to show the world what’s really happening and not take the companies’ PR at face value.

It’s not just Greenpeace that thinks this is a risky industry – scientists around the world agree the deep sea mining industry will cause huge impacts on the environment. So in the Pacific we took action and painted “RISK” on GSR’s vessel, to warn the industry and the public of the environmental and operational risks involved in putting a 25-tonne machine 4,500 meters below sea level.

Believe me, it brings me no pleasure to tell you that just a few days later that message was shown to be absolutely right.

You can read the whole article HERE.

Author: Kelly Huang

Source: Greenpeace

How Rivals Can Work Together to Stop Plastic Waste

Foto-ilustracija: Pixabay
Photo-illustration: Unsplash (Brian Yurasits)

Rivals – traditionally – tend not to work together. This approach can help companies stay distinct as one-of-a-kind innovators and maintain competitive advantages. It can even protect consumers’ interests. Legislation exists across the world to prevent cartels that could force consumers to pay more for certain products than they would otherwise.

But when it comes to problems such as plastic waste, rivals will need to learn to solve problems in new ways. The urgent need for system-wide changes to benefit the environment could spark lasting changes to how rivals work together for both planet and profits.

A long-held problem

According to the UNEP, the world produces more than 300 million tonnes of plastic waste a year – more than the weight of the world’s population. Still, according to some estimates, only around 6 percent of plastic is recycled globally.

To be sure, not every locale recycles plastics at high rates and some plastic packaging cannot be reused at all once it reaches its ‘end-of-life’ stage’. Still more plastic isn’t recycled because of the breathtaking variety of plastic packaging that is produced. Almost no two pieces of packaging are exactly the same. This variety of material, colour, shape and design creates two key problems. On the consumer side, consumers simply do not understand what can be recycled in their locality. On the sorting and recycling side, it is difficult to sort the variety of packaging into the appropriate fractions for recycling, making sorting more difficult and expensive, and driving down the volume of plastic packaging which can be recycled, and with it, recycling rates.

In Europe, this means that only between roughly 20 percent-40 percent of all plastic waste is recycled. Often, ‘downcycling’ or ‘open loop recycling’ is in place, where the materials from the packaging are recycled into use in more basic applications (e.g. food-contact packaging becomes plant pots).

Standardization at the product design stage could transform recycling rates for the better. Easily recyclable packaging could be prioritized and consumers could more easily sort this appropriately. Once collected, this waste could be more easily and cheaply sorted by facilities. Higher levels of waste would make it through to the recycling stage and less would be lost to landfill, incineration or export (as is currently the case). Through standardization, new recycling economies of scale could be developed, facilitating large increases in recycling rates.

With more standardized packaging increasing recycling rates, it could be possible to create a more reliable supply of Post-consumer-recyclate (PCR) output, therefore increasing supply (and quality) of PCR. This is good news for brands. Firstly, many have set targets to include a certain amount of recycled plastic in their packaging. At the moment, supply of high-quality recyclate is low, meaning brands are struggling to source the amounts they require and continue to rely heavily on virgin resin. Secondly, by increasing the levels of recyclate in their packaging, brands increase their resilience. With PCR available locally, they reduce their exposure to the volatilities of international commodity markets. (While the price of oil remains low today, this could change as exploration slows and carbon taxes kick in. As a result, the ability to purchase oil-based products cheaply should not be taken as a given.)

A new solution

Rivals could improve these rates, by working together and standardizing the types of packaging they use. While governments have a role to play through Extended Producer Responsibility (EPR) systems, brand owners understand both end-consumers and the associated packaging requirements much better and have traditionally also been able to move much more quickly than governments.

Still, these efforts face many barriers. Among them are entrenched ideas, from the need for unique packaging to attract consumers to the idea that working together with rivals should simply not be an option.

Photo-illustration: Unsplash (Tanvi Sharma)

Education also plays a role. Brands must accept that the days of unlimited flexibility when it comes to designing packaging are over. Consumers need to understand the value of standardized packaging and stop rewarding brands who use bespoke packaging solutions which do not contribute to recycling rates. And governments need to work closely with brands to ensure EPR systems make sense (e.g. rewarding packaging which can be easily recycled on a local level).

Antitrust issues, however, are likely the largest hurdles to clear. Standardization of the sort described in this article requires a number of players from across the value chain working together and agreeing on packaging specifications, materials and even suppliers. Currently, antitrust rules limit the amount of information which competitors can share with one another, sometimes hindering efforts to commercialize sustainable solutions. As Amelia Miazad, an expert in sustainable capitalism at Berkeley Law, put it in a recent academic piece: ‘Coordinating with competitors to offer a more sustainably packaged product is a per se antitrust violation’.

As antitrust fines can be high, and most executives are not always fluent in the language of antitrust regulation, this level of collaboration is often avoided.

Looking ahead

Help is on hand, in Europe at least. The EU Commission has announced that it is examining how it can tweak antitrust legislation to support the newly announced EU Green Deal. As ‘simplifying packaging’ is one of its key aims in the plastics value chain, finding ways for rivals to work together is crucial to achieving this. Hopefully sensible solutions can be found which safeguard consumers whilst also safeguarding the planet.

Leaders are also learning the value of pre-competitive conversations with rivals. Industry bodies such as the Alliance to End Plastic Waste and the New Plastics Economy from the Ellen Macarthur Foundation both offer the chance for brands to work together on exchanging ideas.

The World Economic Forum, through its Global Plastic Action Partnership, also works closely with governments, businesses and civil society to translate commitments into meaningful action at both the global and national levels.

These efforts will also be helped by changing markets. Consumers have become increasingly climate-conscious and understand more and more that standardized packaging is key to tackling plastic waste. With this shift, the business case for non-standardized packaging will diminish and standardized plastic packaging will become a way to signal a commitment to sustainability and build brand equity.

Tackling the massive sustainability issues the planet faces requires urgent system-wide action. But it also requires a new approach to innovation. In a more climate-positive future, innovation won’t rest on a single mind or invention, it will come from the solutions that diverse groups of people create. Rivals working together won’t just reshape their industries – they’ll change how we understand problem solving and the nature of innovation.

Source: World Economic Forum

 

Bees, Bans and Broad-Spectrum Pesticides

Foto-ilustracija: Pixabay
Photo-illustration: Unsplash (Patrick Brinksma)

Bees and other pollinators are increasingly under threat from human activities. To raise awareness of the importance of pollinators and their contribution to sustainable development, the UN marks May 20 as World Bee Day. This year, the United Nations Environment Programme (UNEP) examines how a decades-old legacy of DDT use has imperilled Tajikistan’s bees and the actions being taken to reverse this trend.

From the 1970s to the early 1990s, Daria Babenkova’s family was one of many in Tajikistan who relied on bees for their livelihood – shipping their hives across the country’s mountains and prairies as they sought out the flower meadows that would yield the finest honey.

“Relying solely on honey production did not guarantee a secure income so my family began taking on pollination jobs as they travelled,” Daria says. “Farmers would pay them to camp around their fields for a few days at a time so the bees would pollinate their crops.”

But the family’s new addition to their business soon revealed a hidden cost, as bees from one colony after another began to die off after visiting new farms.

“Although the farmers tried assuring my grandfather that they didn’t use dangerous chemicals on their fields, the legacy of more than two decades of DDT use had left a very evident imprint on the local environment,” Daria, now a United Nations Volunteer supporting UNEP’s Chemicals & Waste team, says.

Catch-all, kill all

A broad-spectrum pesticide that gained popularity following World War Two, DDT kills both malicious pests and more benign organisms alike, including bees – the primary pollinators for a multitude of plant species.

Photo-illustration: Unsplash (Bianca Ackermann)

Pollination is critical for the earth’s ecosystems. UN research has found that nearly 90 percent of wild flowering plant species depend on animal pollination, along with more than 75 percent of food crops. Not only do pollinators contribute to food security, but they are also key to conserving biodiversity.

While DDT’s wide-ranging effects and long-term toxicity led to it being banned for agricultural uses worldwide under the 2001 Stockholm Convention on Persistent Organic Pollutants, the pesticide continues to live on in soil and storehouses around the globe.

In Tajikistan, while the former Soviet Union government issued a nominal ban on DDT in 1970, enforcement was minimal, with production and use continuing into the 90s. It wouldn’t be until 1991 that the government would formally ban DDT, disband the factories that produced it and begin to dispose of the remaining waste in specialized facilities.

“Issuing normative bans for the protection of the environment is ineffective in most cases and is also fraught with significant trade-offs in terms secure employment and livelihood for chemical producers and farmers,” Kevin Helps, UNEP’s Global Environment Facility (GEF) Chemicals and Waste Portfolio Manager says, citing the difficulties faced completely phasing out DDT use in many countries.

Roadmap to a DDT-free future

To help address the DDT issue globally, UNEP developed a “Road Map for the Development of Alternatives to DDT” in 2015, as prompted by the Stockholm Convention on Persistent Organic Pollutants. The Road Map was soon adopted by both UNEP Member States and other agencies working on chemicals and waste issues.

Photo-illustration: Pixabay

Today UNEP’s projects under the DDT Road Map are helping to navigate a sustainable transition away from DDT use in agriculture, rather than imposing abrupt bans that have caused so many complications in the past.

“We need to consider the broader economic consequences for the countries – like India – that rely on the production, use and export of these chemicals,” Kevin Helps says.

By employing a range of approaches, from prevention of unauthorized use to ensure the environmentally sound management of obsolete stocks, promoting safe DDT alternatives to, and promoting public awareness about the risks of DDT use, UNEP and partners are slowly paving the way to a DDT-free future.

One such GEF-supported project is currently being implemented in Central Asia – including in Tajikistan. The USD 15-million Demonstration of Non-thermal Treatment of DDT Wastes in Central Asia project is testing an innovative new non-combustion technology for the destruction of DDT and is expected to be used to safely dispose of the obsolete stockpiles that continue to affect the populations living next to these sites.

Daria Babenkova, for one, is glad to see an end in sight for DDT’s toxic legacy in her home country. While awareness of the risks of DDT use is growing, even today in Tajikistan, stockpiled DDT and stores “mined” from often poorly-secured disposal facilities continue to circulate on the black market, adding to the already significant residues in the nation’s environment.

“My family knows better than most how the impacts of DDT have spread far and wide across Tajikistan,” Daria says. “Progress is being made, but it will take a combined effort from government, international agencies and non-profit initiatives to finally end DDT use and restore the health of our country’s ecosystems.”

Source: UNEP

 

 

Energy Pathway to Net Zero by 2050

Foto-ilustracija: Unsplash (Sungrow Emea)
Photo-illustration: Pixabay

The world has a viable pathway to building a global energy sector with net-zero emissions in 2050, but it is narrow and requires an unprecedented transformation of how energy is produced, transported and used globally, the International Energy Agency said in a new landmark special report.

Climate pledges by governments to date – even if fully achieved – would fall well short of what is required to bring global energy-related carbon dioxide (CO2) emissions to net zero by 2050 and give the world an even chance of limiting the global temperature rise to 1.5 °C, according to the new report, Net Zero by 2050: a Roadmap for the Global Energy Sector.

The report is the world’s first comprehensive study of how to transition to a net zero energy system by 2050 while ensuring stable and affordable energy supplies, providing universal energy access, and enabling robust economic growth. It sets out a cost-effective and economically productive pathway, resulting in a clean, dynamic and resilient energy economy dominated by renewables like solar and wind instead of fossil fuels. The report also examines key uncertainties, such as the roles of bioenergy, carbon capture and behavioural changes in reaching net zero.

“Our Roadmap shows the priority actions that are needed today to ensure the opportunity of net-zero emissions by 2050 – narrow but still achievable – is not lost. The scale and speed of the efforts demanded by this critical and formidable goal – our best chance of tackling climate change and limiting global warming to 1.5 °C – make this perhaps the greatest challenge humankind has ever faced,” said Fatih Birol, the IEA Executive Director. “The IEA’s pathway to this brighter future brings a historic surge in clean energy investment that creates millions of new jobs and lifts global economic growth. Moving the world onto that pathway requires strong and credible policy actions from governments, underpinned by much greater international cooperation.” 

In line with this, the WMO community is accelerating efforts to support sustainable energy pathways through strengthened climate and integrated energy services.  

Renewable energy systems need to be optimized for their environments and be resilient to weather extremes, climate variability, and climate change. Energy sector planning and operation are markedly affected by meteorological events. It is therefore critical to assess what both past and future climate scenarios reveal about observed and expected changes in temperature, precipitation, wind speed, solar radiation, humidity, and mean sea level pressure – all factors which modulate the performance of generation and transmission assets and affect energy demand.

The implementation of the IEA Net-Zero by 2050 roadmap will require countries and sub-national entities to take actions to reduce emissions of greenhouse gases in an optimal way. To assist the energy sector in meeting the commitments. WMO and its partners have initiated the development of an Integrated Global Greenhouse Gas Information System (IG3IS). IG3IS looks to serve users (decision-makers), especially the energy sector, who are able and willing to take actions to reduce emissions of greenhouse gases and pollutants that reduce air quality.

Read the IEA Report here

Source: WMO

 

Each Program Makes a Small Contribution to the Decision to Stay in the Country

Foto-ilustracija: Unsplash (Chuttersnap)
Photo: Milica Đurić Jovičić

In less than two years since the foundation, the Science Fund of the Republic of Serbia has opened as many as five programs of support for scientific research papers. In 2021, additional programs are expected to be opened, offering new opportunities to scientists for research work funding. At the head of this Fund, in the position of acting Director, is Milica Đurić Jovićević, PhD in electrical engineering and computing. Given her extensive experience in implementing multidisciplinary projects which link science and economy, we asked about opportunities to support innovation in entrepreneurship. However, the main topic of our conversation was the plan for the development of projects of our young researchers under the auspices of the Fund managed by Milica.

EP: Various projects financed by the Fund included 809 researchers. How should this data be observed since this is less than 10 percent of the total of 12,000 researchers in Serbia? 

Milica Đurić Jovičić: The Science Fund was established to support scientific research work through competitive calls, to have high criteria for project selection and to help those who are best ranked according to criteria of scientific excellence, the impact of that research on the further development of science, economy or society, based on the competence of all team members, as well as research implementation plan. It is a completely different model in relation to how projects were selected or monitored their implementation in the past 10 years. The Fund is rapidly growing as well as the number of projects and researchers to be involved. By the end of 2021, we expect to involve more than 2,000 researchers through various programs. It is important to point out that the community has not been harmed in any way. The researchers have continued to receive financial support from the Ministry of Education, Science and Technological Development through institutional funding thanks to the reform and new law.

Photo-illustration: Unsplash (Louis Reed)

EP: Which ideas were selected within the Program for Excellent Project of Young Researchers (PROMIS) that the Fund will support for the next two years?

Milica Đurić Jovičić: Within the PROMIS program, projects of 59 research teams have been selected to implement the basic and applied research in all fields of science: natural and mathematical sciences, technical and technological, medical, biotechnical, and social sciences, and humanities. The research results will have the widest implementation in everyday life, from environmental protection, preservation of cultural monuments, improvement of health care and psychiatric treatment, creation of new energy materials, conservation of plant resources to the development of food products. Many researchers expect their projects to have a long-term effect on the economy, production, industry and society’s benefit from the research.

EP: The publication on the PROMIS Program is adorned with excellent illustrations that accompany project summaries. Is this a sign that we have started promoting the right content, ideas and role models in an interesting way to the audience?

Photo-illustration: Unsplash (Bee Naturalles)

Milica Đurić Jovičić: The work of our scientists has great potential, and everyone must be informed about it in an understandable way. The PROMIS edition, which we published in cooperation with the Centre for the Promotion of Science, presents projects in an original and creative way through 59 original illustrations by our best illustrators. The publication contains descriptions of all PROMIS projects and short texts on the main objectives, expected results and research methodology. The idea was to present these interesting projects to the public but also to inspire new research and new collaboration. 

EP: Last year, funding was approved for 14 projects in the framework of the COVID-19 research program. Among them were those engaged in mental health research at the national level after the pandemic and the immune responses of patients who had suffered from this viral infection. How should these results be used to contribute to the success of our fight against the pandemic? 

Milica Đurić Jovičić: Our scientists will look for answers to many questions caused by pandemic: from what the new more efficient methods for detecting the virus are, how to preserve the mental health of people, to how to economically deal with the consequences of the pandemic at the microeconomic and macroeconomic level. One of the projects that the Science Fund will finance is a project of researchers from the Institute of Economic Sciences, which will first identify most economically affected groups by this pandemic and then investigate how the crisis affected their position and propose most effective measures. Kapsido project is also very interesting, within which students from the Faculty of Chemistry at the Belgrade University will develop a method for detecting viruses based on specific antibodies in animals. Within another project, scientists will examine how the pandemic affected people’s mental health. The topics are different, and the expectations from our researchers are high because all these projects and their results are significant for our citizens. 

Interview by: Tamara Zjačić

Read the whole interview in the new issue of the Energy portal Magazine CIRCULAR ECONOMY, march 2021 – may 2021.

Rising Gas Prices Pushing People To Electric Vehicles, Tesla is #1 Brand They’re Considering

foto-ilustracija: Pixabay
Photo-illustration: Unsplash (Mahkeo)

The recent gas shortage inevitably led to an increase in decisions to buy an electric vehicle (EV), and the top brand people are looking at is Tesla, according to a survey from AAA. A Forbes article citing the survey noted that during the time the Colonial Pipeline was offline, the national gas price average increased by 7 cents; pushing it to an average of 3.02 dollars.

This made it the highest average since October 2014. The AAA also noted that the national average will probably see more fluctuation in the coming days.

The Forbes article also cited a survey that was taken back in March 2021 which showed that as gas prices rise, the percentage of those considering purchasing an EV also rises. The Electric Vehicle Sentiment Survey United States, conducted by CarGurus, stated, “Rising gas prices would be especially influential to those on the fence who ‘possibly’ would own an EV in the next decade.”

One key takeaway from the article and the survey is that Tesla is the winning brand of choice for EVs. And if gas prices increased to 4 dollars per gallon, 26 dollars of those surveyed would become more likely to purchase an EV. At 5 dollars per gallon, that number jumped to 57 percent.

“Tesla continues to be the most trusted brand to develop EVs (and that lead has grown),” CarGurus said while pointing out that 78 percent of those interested in EVs would be open to several brands when it’s time to make the purchase. CarGurus also noted that SUVs/crossovers are the most likely type to be considered as an EV although few are available today.

You can read the whole article HERE.

Source: Clean Technica