How lending-based climate finance is pushing poor countries deeper into debt

After more than a decade of disappointment, the world’s wealthiest countries may have finally fulfilled their 2009 promise to mobilise $100 billion a year to help developing countries face the climate crisis. But the harsh truth is that developing nations are going to have to pay most of that money back – with interest.

When the world’s wealthiest economies pledged in 2009 to mobilise $100 billion a year towards climate action for developing countries by 2020, few present at the COP15 questioned the urgency of the task before them. Certainly not then-UK prime minister Gordon Brown, the first person to propose the figure in a speech delivered in the months leading up to that year’s climate summit in Copenhagen.

In his “manifesto”, the sombre Scot listed an almost Biblical litany of disaster sweeping across the developing world: 325 million people “seriously affected” by drought, dearth, deluge or disease; a further half a billion souls at extreme risk; and 300,000 lives lost, every year, to the effects of climate change.

“In the developing world, climate change is already devastating lives,” he said.

According to the best estimates of the OECD, 2022 may have finally marked the first year the wealthiest economies finally kept their promise in delivering the funds desperately needed by developing nations to adapt to a warming world and to mitigate the impacts on populations most vulnerable to the climate crisis. But behind the rhetoric of first-world reparations for the global harm caused by a century and a half of fossil-fuel-led industrial development squats an uglier reality: most of the money that makes its way to developing nations in public climate finance is going to have to be paid back – with interest.

Market-level interest rates

OECD data from 2016-2020, the most recent we have, shows that loans made up 72 percent of international climate finance. Of that number, three-quarters of the loans from multilateral development banks (MDBs) such as the World Bank were non-concessional, or loans issued with interest rates set at market levels. Just one quarter of international climate finance over the same period took the form of grants.

More worryingly, Oxfam estimates that the proportion of non-concessional finance is growing. In their Climate Finance Shadow Report released in June 2023, the organisation estimated that the annual average of non-concessional instruments in climate finance had reached $28 billion – 42 percent – in 2019-20, while concessional lending remained largely on the same level as the previous two years.

Although MDBs accounted for much of this market-rate lending, a small number of wealthy countries continue to use loans as their main form of climate finance. Of all the bilateral providers, France leads the pack in lending, with a massive 92 percent of its bilateral public climate finance taking the form of loans.

And while a large share of that lending is made up of concessional or “soft” loans, which are offered at more favourable interest rates or longer repayment schedules, an alarming 17 percent of its bilateral climate finance is non-concessional. For Spain, that number is a staggering 85 percent. More than half of Austria’s climate financing is non-concessional, according to Oxfam’s analysis, as is almost a third of the United States’ climate financing.

Paying back billions – with interest

Put together, this adds up to tens of billions of dollars every year that countries of the Global South will one day be forced to pay back to the world’s wealthiest nations and development banks – with interest. And with global interest rates rising steeply, the cost of servicing those debts year after year will eat into the already-stretched budgets of countries buckling under the weight of debts that are getting harder to pay back.

Danielle Koh, policy analyst at the NGO Reclaim Finance, said that the problem partly arises from the sheer magnitude of the challenge of raising funds to tackle the climate crisis.

“The scale of climate funding required is enormous,” she said. “To rely only on public financing would not be sufficient to meet 1.5°C pathway-aligned targets, and loans at market rates could attract and mobilise private capital.”

By including loans at their full face value, Koh said, wealthy countries are also able to claim credit for meeting their climate pledges far beyond what they are actually giving away. Of the more than $83 billion that was claimed to have been raised in 2020, Oxfam estimates the actual value for developing countries to be between just $21 and $24 billion. And while non-concessional finance is not counted towards countries’ official development assistance spending more broadly, this distinction has yet to be made when it comes to funding climate action.

“In providing financing to developing countries, loans at market rates could be favoured because developed countries can count such loans towards being able to fulfil climate financing commitments while at the same time avoiding giving direct grants or other concessional types of financing, which would be more costly,” said Koh.

Counting non-concessional loans as climate finance may not just be disingenuous, but dangerous. Sixty percent of low-income countries are already either in or on the verge of debt distress, forced to spend five times more every year on servicing their debts than they do on climate adaptation.

Counterproductive debt burden

Safa’ Al Jayoussi, climate justice adviser at Oxfam Middle East and North Africa, said that adding to low-income countries’ debt burden would make them more vulnerable, rather than more resilient, to the ravages of the climate crisis. 

“It’s a big risk, because countries are already distressed,” she said. “Developing countries are dealing with a lot of loans from the World Bank and other institutions that are causing more austerity. Adding more pressure to the countries … will impact those most vulnerable to climate change. This kind of funding is making adaptation and mitigation to climate change more difficult.”

According to the United Nations Conference on Trade and Development (UNCTAD), public debt has been growing faster in developing nations than in their developed counterparts over the past decade. Faced with compounding crises of Covid-19, climate change and the cost-of-living crisis, the number of countries facing high levels of debt has increased dramatically, from just 22 countries in 2011 to 59 countries in 2022.

And debt is costing developing nations dearly. On average, African countries pay interest rates four times higher than those of the US, and eight times higher than Germany. To service those debts year after year, countries have little choice other than to redirect funds that may otherwise have gone to badly underfunded sectors such as health or education. In the ten years between 2010 and 2020, the number of countries where interest spending accounted for 10 percent or more of their public revenues rose from 29 to 55.

More debt, then, seems to be the last thing the developing world needs.

“There is a real danger that this could lead to high debt burdens in developing countries,” Koh said. “With global rising interest rates, the cost of servicing debt for developing nations will rise substantially. Loans in foreign currencies could expose developing countries to soaring costs over servicing their debt in the case of exchange rate fluctuations or depreciations over time. In the long term, repaying climate debt not only diverts financial resources away from developing other sectors, but could lead to economic and fiscal instability.”

Hans Peter Dejgaard, senior consultant at INKA Consult and a specialist in climate finance, said that while it made sense to finance some renewable energy infrastructure in middle-income developing countries through loans as commercially viable projects, too much reliance on loan-based financing would put poor countries in an impossible position if interest rates continued to rise.

He cited a World Bank loan of $400 million to the Philippines in early 2022 aimed at accelerating climate-related objectives. After the US Federal Reserve raised interest rates to just under 6 percent in April 2023 to fight rising inflation, he said, the total repayments that the Philippine government would have to make over a period of 20 years had potentially risen from $482 million to $686 million – a 42 percent increase.

“This will affect their social and education budget,” he said.

Reclaim Finance’s Koh said that the cost for financing climate action should not be borne by the countries least able to afford it.

“There is no ‘one model fits all’ when it comes to funding climate finance, but there are certain principles that we can rely on to guide our approach,” she said. “For example, that concessional financing and grants should be favoured over market-rate loans, whether through initiatives like the Loss and Damage Fund or others, to help developing countries build resources for climate adaptation and mitigation while avoiding increasing their debt burden.”

For Al Jayoussi, that very burden should instead be borne by the countries most responsible for fuelling the worsening climate crisis. 

“Developing countries didn’t even cause climate change,” she said. “We need to revamp and change the finance structure that caused climate change in the first place. We need grants and grant mechanisms for the most vulnerable countries, developing countries, to overcome climate change.”

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Biodiversity: ‘A victim of global warming and one of the major tools to fight against it’

After the COP27 climate conference, representatives from around the world gathered in Montreal this week for the COP15 meeting dedicated to biodiversity. Scientists say leaders face a crucial challenge: agreeing on a common way forward to safeguard biodiversity by 2030 in order to preserve plant and animal life and help combat climate imbalance. 

Wildlife populations have fallen by 69 percent globally in the past 50 years, the World Wildlife Fund (WWF) said in an October 2022 report. At the same time, land degradation – including deforestation, soil erosion and loss of natural areas – now affects up to 40 percent of the Earth’s land and half of humanity, according to the UN. These alarming figures are the backdrop for the COP15 conference on biodiversity that began on December 7 in Montreal with an ambitious objective: to agree a new global framework for safeguarding the natural world. 

“The stakes are crucially high: we are currently living through a biodiversity crisis,” says Philippe Grandcolas, entomologist and research director at France’s National Centre for Scientific Research (CNRS). “Biodiversity is essential to human survival. It ensures that we can feed ourselves, have access to drinking water, and it plays a major role in our health. But, above all, biodiversity plays an indispensable role in the stability of the planet.” 

At present, 70 percent of ecosystems around the world are in a state of degradation, largely due to human activity – a rate of decline described as “unprecedented and dangerous” by the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES). 

In addition, more than 1 million species are threatened with extinction. Vertebrates, which include mammals, fish, birds, reptiles and amphibians and make up five percent of all animal species, are especially under threat. “Our previous report found that there had been a 68 percent fall among the total [vertebrate] population [over 50 years],” says Pierre Cannet, director of advocacy and campaigns at WWF France. In 2022 that figure has risen to 69 percent. “Losing one percent in two years is massive. For species that already have small populations, it could mean extinction.”

Climate imbalance: A growing threat 

According to the IPBES, the most significant driving factor of the ”biodiversity crisis” is change in how land is used and fragmentation of natural space, most often due to agriculture. This is followed by overfishing, hunting and poaching. There is a tie for third place between climate imbalance, pollution and invasive species. 

“In the majority of cases there are multiple factors at play,” says Grandcolas. “But climate imbalance is becoming the most significant threat. The more it escalates, the more it disturbs ecosystems and has an impact on flora and fauna.” 

There are plenty of examples of this impact. In the past 30 years elephant populations in African forests have fallen by 86 percent. The main causes are poaching and black market trade, causing the death of 20,000 to 30,000 elephants per year, according to the WWF. But repeated cycles of drought and flood are also having an impact on access to fresh water – a vital resource for the species as each animal consumes around 150 to 200 litres per day. Without it their survival is at risk. 

Similarly, leatherback sea turtles in Suriname have seen their populations fall by 95 percent in 20 years. This is due in part to destruction of their habitat caused by human intervention and illegal fishing. But climate instability is also disrupting their reproduction rates as sea level rise has destroyed and disrupted turtle nesting beaches. 

A leatherback turtle (Dermochelys coriacea) digging a nest on the beach in Trinidad. © Konrad Wothe, WWF

Mass deaths 

“Currently there are a few species that are classed having climate change as the reason for their extinction,” says Camille Parmesan, research director at CNRS and author of the first report of its kind on the links between climate change and biodiversity, produced by IPBES and the UN’s Intergovernmental Panel on Climate Change (IPCC) in 2021. Yet this is the reason for the demise of the Bramble Cay melomys: “a species of little rodent that lived on the small islands between Australia and Papua New Guinea. Scientists proved that their disappearance was due to their habitat being submerged [by the sea],” Parmesan says.

“We have also noted the disappearance of 92 amphibian species, killed by the growth of a type of fungus. We have proof that it developed due to climate instability which modified ecosystems and created the right conditions for it to thrive.” 

The number of species that are officially classed as having died out due to climate instability may be low, but increasing extreme weather events are causing mass deaths among mammals, birds, fish and trees. “In Australia, we counted 45,000 flying fox deaths [a type of bat] in a single day during a heatwave”, Parmesan says. In France, record summer heat in 2022 caused temperatures in the Mediterranean Sea to rise to levels that killed thousands of fish and shellfish. 

>> Biodiversity: Ocean ‘dead zones’ are proliferating due to global warming

Yet, disappearing species is not the only consequence of climate change. “We can also add behaviour changes, notably migrations induced by climate modifications,” Parmesan adds. “Certain species try to move to [new] habitats that are more favourable but this can cause even more disruption in ecosystems.” 

Biodiverse carbon storage 

Shrinking biodiversity also has multiple consequences on human life. In some parts of the world it can disrupt economies reliant on fishing or hunting and negatively impact the tourism industry. 

“It’s a vicious circle. Biodiversity is a victim of global warming, but it is also one of the major tools to fight against it”, says Sébastien Barot, researcher at French public research institution Institut de recherche pour le développement (IRD).  

From plant life to animal species, individual elements of the natural world all contribute to regulating and supporting the environment as a whole. Bardot says, “water and earth play a role in filtering pollution, and bumblebees are essential for plant reproduction”.

But when one element is compromised the rest can suffer too. “The survival of the planet depends on a fine balance,” says Grandcolas. “Imagine a group of frogs suddenly die in a habitat. As insignificant as that may seem, it will have an impact: by disappearing they modify the conditions of the environment. This could allow other species to develop, damage plant life and lead to progressive destruction of the ecosystem, which will then no longer be able to play its role as a climate regulator.” 

Nowhere is this more evident that with carbon storage. Scientists estimate that the earth and sea currently absorb almost 50 percent of C02 created by human activity.  “Forests, wetlands, mangrove swamps and even deep water are real C02 sinks. When they disappear, emissions are released into the atmosphere,” Barot says.  

Consequently, “when we see a forest burn, we are watching a carbon sink disappear”, says Grandcolas. In this way, “[the presence of] plant life has an obvious impact on the climate.” 

Two crises, one solution? 

Experts agree on the need to tackle both the climate crisis and the biodiversity crisis at the same time. “We tend to treat them as separate entities, but they go hand in hand,” says Grandcolas. “They should be seen as a joint struggle with equal importance. For this to happen, we need to give nature the space it deserves.” 

Scientists and the WWF have called for more nature-based solutions for both issues. One of the most prominent is increasing protected habitats, which currently make up 17 percent of land and eight percent of ocean globally. “We need to increase that to 30-50 percent of the planet,” says Grandcolas. A significant step towards this goal, he adds, would be better global policies for fighting deforestation as preserving forests has the potential to both protect biodiversity and reduce greenhouse gas emissions. 

“There are also many things to consider in terms of agriculture,” says Barot. “We need agriculture systems that are more durable such as developing agroecology and agroforestry. We can improve how cultivated land is managed and limit use of fertilizer … which would help both biodiversity and the climate.”

“Protection alone is no longer enough; 70 percent of land is now in a degraded state,” Parmesan adds. “It is essential to put stronger policies in place for restoring ecosystems. That would enable us to recreate habitats for animals and plants, and the climate benefits would follow.” For this to be successful a holistic approach is needed. “There’s no point planting trees purely to compensate for carbon emissions,” Parmesan says. “It needs to be done with respect for balance in the ecosystem. Big plantations filled with monocultures are not good for biodiversity or for the climate because they are more vulnerable to climate risks.” 

The three scientists estimate that nature-based solutions could provide around a third of necessary climate mitigation measures even if other steps, such as reducing greenhouse gas emissions, must come from changes in human behaviour. 

Many such solutions are up for discussion at the COP15 biodiversity conference. Even so, other issues – namely money – may dominate. Supported by 22 other countries, Brazil has requested that rich nations provide “at least $100 billion per year until 2030” to developing countries in order to finance nature protection initiatives. The request is yet to receive a response.  

This article was adapted from the original in French

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