This year, Bogotá, the capital of Colombia, will begin deploying the first of 1,485 electric buses to replace the diesel vehicles that now dominate its public transit system. The move is expected to prevent the release of 16,000 metric tons of carbon dioxide, or its equivalents, every year.
But the lack of a robust air quality monitoring system is hampering more aggressive, evidence-based efforts to tackle air pollution.
To address that problem, the country launched the Biodivercities Alliance for a Better Air, in July this year. The programme will help 11 urban settlements identify sources of air pollution. It will also foster the development of nature-based solutions for improving air quality, with the aim of protecting human and ecosystem health.
“Decisions must be made based on data,” said Carlos Correa Escaf, Colombia’s Minister of Environment and Sustainable Development. “With the Biodivercities initiative, we are highlighting the importance of improving availability of information on air quality and emissions to strengthen actions for preventing and reducing air pollution.”
Pollution takes a heavy toll
Some 8 per cent of deaths in Colombia are connected to water and air pollution, and the environmental costs linked to atmospheric pollution nearly doubled between 2009 and 2015, according to the national Institute of Hydrology, Meteorology and Environmental Studies.
The $2.5 million dollar Biodivercities project, which is a play on the words ‘biodiversity’ and ‘cities’, is funded by a national carbon tax that came into force in 2017.
One of the urban enclaves that joined this alliance is Montería, which lies on the banks of the Sinú River and is known for its forests brimming with monkeys and sloths.
As part of the Biodivercities alliance, the city of 500,000 will deploy two new air quality monitoring units to its current system, which is struggling to gather the data required to inform more effective policies. One of these will allow officials for the first time to monitor emissions produced by vehicles. In Montería, an estimated 28 per cent of emissions come from the transport sector.
“These new additions will strengthen the existing air quality monitoring network in our city. That will allow us to take corrective, preventive, and mitigation measures,” said Mayor Carlos Ordosgoitia.
The city has already built 42 kilometers of bike lanes and has a public bike rental network with 11,000 users. It is also building the first public river transportation system in Colombia, which will connect the city north to south, link to the public bus system and be powered partly by solar energy.
Also part of the clean air alliance are Barranquilla, on the Caribbean coast, Leticia, deep in the Amazon Forest, Armenia, one of the biggest cities in Colombia’s coffee belt, and Barrancabermeja, Manizales, Villavicencio, Yopal, Quibdó, Pasto and the Caribbean Island of San Andrés. Nearly 12 per cent of Colombia’s population live in these cities.
Greener cities, cleaner cities
These cities are closely linked to nature geographically, economically and culturally. They are aiming to sustainably capitalize on the forests, mangroves, or wetlands that surround them while reducing their environmental footprint.
“Urban biodiversity cannot be taken apart from urban development,” said Correa Escaf. “With the expansion of air monitoring networks, we will also identify areas to intervene with nature-based solutions, incorporating biodiversity in the urban landscape.”
In Montería, the municipality is preparing a 375-hectare restoration project that will include planting 416,000 indigenous trees.
The environment ministry expects that the Biodivercities alliance will contribute to the national goal of reducing greenhouse gas emissions by 51 per cent by 2030 and reaching carbon neutrality by 2050.
Tracking regional progress
A new assessment by the United Nations Environment Programme (UNEP), launched on the International Day of Clean Air for blue skies, shows that at least 17 of 33 countries in Latin America and the Caribbean have implemented air quality monitoring networks. But additional investment and regulations are required to produce more accurate data that will help improving air quality.
The report calls for more action in the transport sector and in the waste management industry, wherein the open burning of rubbish is common. Just over 50 per cent of regional countries don’t have vehicle emissions standards and 40 per cent don’t regulate or control open burning of waste.
“The links between a healthy air and a healthy planet are now clearer than ever,” said Piedad Martin, UNEP Deputy Regional Director in Latin America and the Caribbean. “In Latin America and the Caribbean, with over 100 million people living in areas susceptible to air pollution, countries need to keep up with innovative efforts to take care of human health while preserving and restoring the rich ecosystems they harbour.”
UNEP works with the Panamerican Health Organization to combat air pollution. It also hosts the Intergovernmental Network on Atmospheric Pollution, which promotes regional cooperation and helps build the capacity of governments. The network emerged from the Forum of Ministers of Environment of the region and is currently crafting an action plan scheduled to be completed by the end of this year.
Scientists turn underwater gardeners to save precious marine plant
Whoever said there’s nothing more boring than watching grass grow, wasn’t thinking about seagrass. Often confused with seaweeds and rarely receiving the attention they deserve, there’s nothing boring about seagrasses. In fact, they are one of the most productive ecosystems in the world.
Next time you are swimming and enjoying the sea’s cool embrace look down and try to spot the slender blades of seagrass, a remarkable marine plant that plays a vital role in the coastal environment but is now under threat.
Forming dense underwater meadows, seagrasses are vital to maintain fisheries, absorb carbon and protect coastlines from erosion – but their future is threatened by climate change, pollution and other impacts of human activities, scientists say.
The plants grow in shallow coastal waters in all regions except the Antarctic. They act as nurseries or feeding grounds for hundreds of species of seafood, including sea bream, octopus, cuttlefish and Alaska pollock – one of the most fished species in the world.
In the Mediterranean alone at least 30% of the value of commercial fisheries landings comes from fish that rely on seagrass for food and protection while they are young. They also provide important fishing grounds for recreational fishing.
‘Despite covering a very low proportion of our ocean floor, they make a significant contribution to fisheries and local economies,’ said Marija Sciberras, assistant professor of fisheries conservation at Scotland’s Heriot Watt University.
Dr Sciberras studied seagrass meadows in Mallorca as part of a project called PIONEER. She found that fish had higher body mass in areas with higher density of seagrass.
But the growth rate of juvenile fish was higher in areas with lower density of seagrass. This could be because they need to grow fast because they are more exposed to predators, she said.
Seagrass species globally are facing growing stress caused by human activities. The underwater meadows are sometimes ripped up to make way for new port infrastructure, dykes, or seawalls – even though the plants protect coastlines from storm erosion.
In regions where seagrasses are protected by law – including the European Union – they must be reforested if this happens. But attempts to do so often fail, said Francesca Rossi, senior researcher at France’s National Centre for Scientific Research (CNRS) at the University of Côte d’Azur.
‘They try to plant seagrasses in areas where they weren’t before’ – locations which are not their natural habitat – said Dr Rossi, who is coordinator of HEALSEA project.
Seagrasses can also be uprooted by boats which anchor over them or drag fishing equipment through them, leaving bare sediment behind. It can take years for them to recover.
HEALSEA researcher Laura Soissons studied the impact of yet another stressor that affects seagrass: pollution from fertilisers. This can reduce the amount of light reaching seagrass leaves and slow their growth.
Dr Soissons found that seagrasses often show no obvious signs of stress until they pass a tipping point after which they suddenly collapse.
Researchers want to find ways to spot signs of stress in the plants before they reach that tipping point. These could be used help to protect seagrasses – and other species, said Dr Rossi.
The impact of declining meadows on fish species, for example, is likely to be devastating, she said. ‘If we don’t have a habitat where the species can feed, hide or reproduce … this species is lost.’
‘Seagrass is fundamentally important for all coastal ecosystems and for humans, because they create life, they protect life and they protect from coastal erosion,’ she added.
Despite the crucial role they play, data on the existence and decline of seagrass meadows is limited. However, a picture is emerging of plants struggling to survive in many regions.
One study in the Mediterranean found that between 13% and 50% of the areal extent of one species – Posidonia oceanica – was lost between 1842 and 2009. The remaining meadows may have lost much of their shoot density and become more fragmented.
Globally, rates of seagrass decline average about 7% a year according to another study.
Any decline in seagrass could affect oceans’ ability to absorb carbon.
Seagrass meadows absorb carbon up to 35 times faster than tropical rainforests, according to WWF. And although they only cover 0.2% of the sea floor, they absorb 10% of the oceans’ carbon each year, the conservation organisation says.
Unlike many land plants, seagrasses store most of the carbon they absorb in their roots, so the carbon remains buried underground even after they die.
Species which grow faster or have denser structures are particularly good at absorbing carbon. So the ocean’s ability to absorb carbon is impacted both if seagrass meadows shrink in size, and if certain species are lost, said Nick Kamenos, Reader in Global Change at Britain’s University of Glasgow.
And that decline could worsen with climate change, which is already warming seawaters and increasing their acidification.
Dr Kamenos coordinated a project called SEAMET which studied the impact of climate change on seagrasses in the Atlantic, Pacific and Indian Oceans and the Mediterranean Sea. They also tested plants in the laboratory.
The researchers found that plants respond differently to temperature rises, depending on the species and their location. But many are at risk, especially those already living at the limits of their heat tolerance, said Dr Kamenos.
Meadows in the Arctic are also at high risk, he said. This region is projected to have the fastest rate of warming over the century, and rapid acidification.
Variable temperatures are another risk linked to climate change. Plants which have been used to stable conditions for millennia are unlikely to tolerate temperatures which change from year to year, said Dr Kamenos.
The combination of rapid warming and increased variability in temperatures ‘can push some of these systems over the edge’, he said.
Acidification is another threat. It damages plants and animals with calcium carbonate structures, including tiny marine plants called coralline algae which live in seagrass meadows. These algae are important in absorbing carbon.
‘How seagrasses will respond to climate change is still not well understood,’ said Dr Kamenos. ‘But the evidence is that it’s not fantastic,’ he added.
One important way to help seagrasses cope with its impacts is to protect them from other stressors including pollution and damage from construction and boats.
The EU has set targets to protect 30% of its sea area, restore marine ecosystems and curb pollution in its waters. Globally, more than 70 countries are pushing for the UN Convention on Biological Diversity to adopt a target of protecting 30% of marine waters by 2030.
Improving their habitat will give seagrasses ‘a very small amount of extra breathing space until we can get a grip on climate change’, said Dr Kamenos.
“But that is not an excuse to be to be lethargic about acting on climate change because there… we need to act fast,” he added.
The research in this article was funded by the EU. If you liked this article, please consider sharing it on social media.
The research in this article was funded by the EU. This article was originally published in Horizon, the EU Research and Innovation Magazine.
Introducing India’s first ever diving grant
Mumbai-based Vidhi Bubna, the founder of ‘Coral Warriors’, India’s first ever diving grant, is a keen humanitarian and is passionate about conserving marine life. ‘Coral Warriors’ focuses on making diving more accessible to Indian citizens and raising awareness about the impact of climate change and underwater pollution on corals.
Coral reefs are the basis for the formation of other organisms and are integral to marine ecosystems. They maintain levels of carbon dioxide in the atmosphere and purify by absorbing toxic elements in the water. However, they survive only in specific conditions. Climate change and growing industrialization are negatively impacting the corals at a large scale. Layers of toxic chemicals in the water prevent sunlight reaching the corals, which results in severe damage. Scientists from the University of Hawaii, Manoa predict that over 70% of all living coral will disappear in the next 20 years.
In this interview, Vidhi talks about her inspirations and what it means to be a Coral Warrior.
To start with, could you summarize what Coral Warriors does?
Coral Warriors is India’s first-ever diving grant. We essentially sponsor Indian citizens to go diving; they can choose the location they want to dive at. Our goal is to get more youth involved in diving so they can see the prevalent coral damage first-hand and do something about it. Many Indians don’t know what corals are, and we’d like to create awareness as well as save the corals.
What inspired you to start this organization? Why have you chosen to focus on corals?
I am an advanced scuba diver myself and have witnessed coral damage in Andamans, while learning to dive, as well as in the Maldives. I wanted to do something about this issue because most Indians aren’t aware about marine pollution, and simply aren’t doing enough.
What sort of change does Coral Warriors strive to bring about?
The first change we want to bring about is creating more awareness about corals, so people can help protect them. We also want to see more Indians involved in adventure activities like diving. In my experience, when a child wants to learn an adventure sport, most Indian parents aren’t supportive enough as they believe these sports are risky. I would love to see that change, and support people who are unable to access enough funds to go diving.
How does Coral Warriors select the most deserving candidates for the grant?
Out of the numerous grant applications we receive, we have an independent selection committee that chooses the candidates. Sponsoring all the applicants would be unrealistic because funds are limited. The committee selects the people that are passionate about climate change as well as deserving of the scholarship. Ideally, these people would be able to bring about a lot of change- and could even be the next Greta Thunberg!
What obstacles have you faced since the organization started?
One of the main obstacles has been acquiring funding. There are plenty of organisations focused on air pollution and road pollution. Both of these are visible; thus they get more funding. Most people are unable to observe the coral degradation underwater. Hence getting funding from the public, especially in India, is a challenging task.
Coral Warriors does accept donations, and also approaches universities abroad for funding. Universities abroad are generally more aware of marine damage, and therefore are more likely to help.
How is Coral Warriors looking to spread awareness on coral ecosystems?
As far as creating awareness goes, we host free online workshops where we talk about coral damage and environmental impact. Additionally, we offer an in-depth education about marine biodiversity- one cannot even imagine the abundancy of marine life. For instance, seeing a manta ray for the first time will change your life. You would never have seen something that beautiful before.
If there were three things you want the reader of this interview to take away, what would they be?
The first thing is that climate change is very real. We should not pay heed to people who tell us otherwise. The second thing is, just because we cannot see marine life and the ongoing underwater pollution, it doesn’t mean it doesn’t exist. It is happening as we speak right now. The third thing is that as we know these things are occurring, we should collectively be able to do something about it. These are the three main takeaways I would want readers to absorb.
The Meeting Point between Pandemic and Environmental
Humans in the Anthropocene
Humans are born from history, on the other hand, history is born from human life. Currently, humans have been in the Anthropocene, the era after the Holocene, a time when humans were more powerful in nature. This results in an imbalance of give and take activities between humans and the nature they inhabit. With rapid population growth, human needs will also increase. This increase in human needs will have an impact on the availability of existing natural resources. Exploitation of natural products such as coal, natural gas and others, this is accompanied by waste from production and human activities that produce waste in many sectors of life. What has been exploited by humans the impact is no longer comparable to what nature gives. Although nature has the ability to self-regenerate, but with human activities that are so aggressive in this era of globalization, it defeats the natural processes of nature. The presence of factories around the world after the steam engine and the industrial revolution occurred, weapons such as missiles, atomic bombs as a means of war for fellow humans, rockets and all kinds of vehicles of human ambition to export nature, all produce residual waste that is released, resulting in a large carbon footprint. affect the atmosphere which is as a protector and temperature regulator on earth. Not to mention the mining of many other crops.
The question that may often be asked but doesn’t need to be answered is “why should humans care about all that?”
In the last 100 years, the earth’s average temperature has increased between 0.4 to 0.8 C. The ambition of the countries in the world today is 1.5 degrees Celsius, whereas humans are facing the risk of an increase of 4 degrees, which means it will be the same with the temperatures that occurred between the Ice Age and the Holocene. In other words, humans are still far behind with the rate of destruction that exists. This warming will result in the emergence of many disasters in human life. Global warming is expected to cause the glaciers at both poles to melt and make the volume of sea water increase, most likely some islands on earth are at risk of sinking, especially the Indonesian archipelago which is a young land in geological history. Not only that, other impacts will be felt on climate change, a matter of months, days, seasons. Nature which is the main benchmark for farmers, fishermen and various sectors of work related to climate and seasons will feel a prediction crisis, several regions in Indonesia experience crop failures due to the calculations they do based on seasonal calculations are no longer accurate, even though these calculations have been passed down from generation to generation. inherited. But climate change and global warming have messed up astronomy. Maybe this is also what makes the Mayan calendar (piktun) only predict until 2012.
Not only the estimated harvest season, natural imbalances also cause the spread of disease vectors from animals to humans. Until now there has been no single plausible theory that definitely and accurately explains where COVID-19 came from and how it will disappear. Research is still being done, all theories put forward by scientists can be true. But scientists who study the environment, viruses, pandemics, health have found this conundrum, which all starts with “environmental imbalance”. If we describe briefly, in the food chain there is one missing which then results in advantages and disadvantages between predators and prey. If the rice field snakes are hunted by farmers, the rats will live more, and then they will eat the rice too, eventually the farmers will fail to harvest. Likewise, the case of COVID-19, with the large number of killings of wildlife, has shifted the pattern of the food chain.
Covid 19 and the balance of nature
There are many theories that explain the origin of the pandemic that humans are experiencing now, but until now there is no definite news about where the origin and cause of the catastrophe exists. US intelligence agencies say they may never be able to identify the origins of Covid-19, but they have concluded the virus was not created as a biological weapon. Apart from the specifics of covid 19 which is a virus, whose existence can never be seen with the naked eye, a number of scientists believe that the covid 19 pandemic occurs due to natural imbalances. The COVID-19 pandemic which was determined by the World Health Organization (WHO) or world health agency on March 11, 2020, could also occur due to the interruption of the food cycle which resulted in the explosion of a component of life without a predator in the same period of time.
The SARS-VoV-2 virus is a disease that originates from animals and is transmitted to humans. It is possible that the disease originated in bats, then spread through other mammals.
Even though it is not made in a laboratory, it does not mean that humans have no role in the ongoing pandemic. A recent study by scientists from Australia and the US found that human actions on natural habitats, loss of biodiversity and destruction of ecosystems contributed to the spread of the virus.
The number of infectious diseases has more than tripled every decade since the 1980s. More than two-thirds of these diseases come from animals, and about 70% of that number comes from wild animals. Infectious diseases that we know, for example: Ebola, HIV, swine flu and bird flu, are diseases that can be transmitted from animals to humans.
COVID-19 is also spreading rapidly as the world’s population is becoming more and more closely connected. This situation that surprised many people, had actually been warned by scientists for a long time. Joachim Spangenberg, Vice President of the European Institute for Sustainability Research, said that by destroying ecosystems, humans create conditions that cause animal viruses to spread to humans. “We created this situation, not the animals,” said Spangenberg. In 2016 UNEP Frontier has been warned that at least every four months a new zoonotic disease will emerge. This is due to human activities as follows:
Deforestation and habitat destruction
because humans are increasingly opening up areas inhabited by wild animals to graze livestock and take natural resources, humans are also increasingly susceptible to pathogens that have never previously left the area, and leave the bodies of the animals they inhabit.
“We’re getting closer to wild animals,” said Yan Xiang, a virologist at the University of Texas Center for Health Sciences. “And that puts us in touch with those viruses.” While David Hayman, professor of infectious disease ecology at Massey University, New Zealand said, the risk is also increasing not only through humans entering natural habitats, but also through animals. human pet
In addition, the destruction of ecosystems also has an impact on which types of viruses thrive in the wild and how they spread.
David Hayman emphasized, in the last few centuries, tropical forests have been reduced by 50%. This has a very bad impact on the ecosystem. In a number of cases, scientists have succeeded in revealing, if animals at the top of the food chain went extinct, animals at the bottom, such as mice that carried more pathogens, took their place at the top of the food chain.
“Each species has a special role in the ecosystem. If one species takes the place of another, this can have a major impact in terms of disease risk. And often we can’t predict the risk,” explains Alica Latinne of the Wildlife Conservation Society.
Evidence showing a link between the destruction of ecosystems and the increased risk of spreading new infections has led experts to emphasize the importance of the concept of “One Health”.
Wild animal trade
Markets selling wild animals and products from wild animals are another incubator for infectious diseases. Scientists consider it very likely that the SARS-CoV-2 virus that causes the disease COVID-19 emerged in a wild animal market in Wuhan, China.
Spangenberg explains that placing sick and stressed animals in cramped cages is an “ideal way” to create new pathogens, and spread disease from one species to another. Therefore, many scientists have urged the holding of stricter regulations for the wild animal market.
That is also the call of Elizabeth Maruma Mrema, Chief Executive of the Secretariat of the UN Convention on Biological Diversity. He has called for a worldwide ban on wild animal markets. But Mrema also reveals that for millions of people, especially in poorer regions of the world, these markets are a source of income.
Indonesia’s position in the eyes of the world
Indonesia is a country with a very large tropical forest, in COP 26 it was stated that Indonesia is the last bastion of planet earth along with the Amazon and the Congo forests. save a lot of germplasm, Indonesia’s forest area totals 128 million ha. Indonesia is a country with the third largest tropical rainforest in the world. That means, a lot of germplasm stored in it. This will also be a big scourge if the vast forest cannot be maintained properly. The expansion of residential areas, planting of oil palm, clearing land and roads will destroy some of the existing germplasm. Currently, humans have lost 8% of animal species and another 22%. If Indonesia participates in efforts to reduce and destroy the environment intentionally or unintentionally, we can estimate what will happen in the future.
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