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For every $1 spent protecting nature, $30 goes to destroying it; UN Urges Financial Overhaul To Protect Nature

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The United Nations has called for sweeping reforms in global financial systems, warning that current investment patterns are accelerating environmental destruction instead of supporting efforts to protect the planet.

A new report, State of Finance for Nature 2026, highlights a stark imbalance in global spending, showing that for every dollar invested in protecting nature, about thirty dollars are directed toward activities that damage ecosystems.

UN officials say reversing this trend will require governments and financial institutions to redirect investments toward sustainable projects that support both environmental protection and economic growth.

Investments Driving Environmental Damage

The report identifies several sectors responsible for a significant share of environmentally harmful investments.

Industries such as utilities, industrial manufacturing, energy production and basic materials are among those linked to major ecological pressures.

In addition, certain sectors benefit from large government subsidies that encourage environmentally damaging practices. These include fossil fuels, agriculture, water management, transport and construction.

According to the report’s authors, these financial incentives often accelerate deforestation, pollution and the degradation of natural habitats.

“If you follow the money, you see the size of the challenge ahead of us,” said Inger Andersen, Executive Director of the United Nations Environment Programme (UNEP).

She warned that investments that harm the environment are growing far more rapidly than funding for nature-based solutions.

“We can either invest in nature’s destruction or power its recovery – there is no middle ground,” Andersen said.

Nature-Based Solutions Offer Economic Benefits

Despite the current imbalance, the report argues that viable solutions already exist to reverse environmental damage while supporting economic development.

Researchers describe the possibility of a “big nature turnaround,” where investments in sustainable infrastructure and environmental restoration could create economic opportunities while protecting ecosystems.

Examples highlighted in the report include expanding green spaces in cities to reduce extreme heat and improve living conditions for urban populations.

Urban greening projects, such as parks and tree planting initiatives, can help counter the “heat island” effect that causes cities to become significantly hotter than surrounding rural areas.

Integrating Nature Into Infrastructure

Another strategy involves incorporating nature into infrastructure projects.

Road networks, energy facilities and other large-scale infrastructure developments can be designed to minimise environmental impact and preserve biodiversity.

The report also points to the development of new building materials capable of capturing more carbon than they emit during production. Such innovations could help reduce emissions in the construction sector, which remains one of the largest contributors to global greenhouse gas output.

Phasing Out Harmful Subsidies

To achieve meaningful progress, the report calls for governments to gradually eliminate subsidies that support environmentally destructive industries.

At the same time, policymakers are encouraged to increase funding for projects that restore ecosystems, protect biodiversity and reduce pollution.

Redirecting financial flows toward “nature-positive” investments, the report argues, could significantly reduce environmental damage while helping economies transition toward more sustainable models of growth.

UN officials say aligning financial systems with environmental goals will be essential if the world hopes to address climate change, biodiversity loss and other major ecological crises.

The report concludes that transforming the way global markets allocate resources could become one of the most powerful tools available to protect the planet while ensuring long-term prosperity for people and communities worldwide.

Trichomonosis disease discovered among myna birds in Pakistan: Report

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A strain of the disease responsible for killing off nearly two thirds of the UK’s greenfinches has been discovered in myna bird populations in Pakistan.

Mynas are native to the Indian subcontinent and are one of the world’s most invasive species. Although the disease is not generally fatal to them, experts from the University of East Anglia studying the birds say there is a risk they might pass it on to other species.

Avian trichomonosis, more commonly called canker or frounce, is carried by a parasite that primarily infects pigeons in the UK and the larger birds of prey which feed on them.

But in 2005 scientists found the disease had jumped into Britain’s garden songbird populations, predominantly affecting greenfinches and chaffinches.

Since then, the greenfinch population in the UK has fallen from around 4.3 million breeding pairs to fewer than 1.5 million in 2016.

In 2011, the disease was discovered to have reached European finch populations. Now researchers at the University of East Anglia (UEA) have found it in an entirely separate songbird species – the common myna.

Working in partnership with the University of Agriculture in Pakistan, researchers captured and screened 167 myna birds from eight different sites around the Faisalabad region of Pakistan. They discovered that around 20 per cent of the birds were infected with the disease and that there were infected birds at all of the sites surveyed.

The study, published in the journal Parasitology, also identified that the disease affecting the mynas was a different strain from the one found in the UK songbirds. Few of the infected birds had signs of poor health, suggesting that they can carry the disease without it being fatal.

Because myna birds are so invasive, however, there is a significant risk that they can spread the disease to other species that might not otherwise come into contact with it.

Dr Kevin Tyler, from UEA and a senior author of the study, said: “Mynas are able to roost almost anywhere in warm climates, which is one reason they are so successful, but it could also mean they are likely to spread the disease further.

“Mynas have already been implicated in the spread of bird flu through contact with poultry, so this could be of concern to poultry farmers. However, further research and testing is needed to see whether the disease has yet spread from mynas to other species.”

He added: “In the UK, pigeons carry this disease without serious symptoms and it looks like myna birds are able to do the same. This could be due to a natural resilience to the disease, or it could be that this is a less virulent strain – again, we need to carry out further research to investigate.”

Although mynas are thought to be native to the Indian subcontinent, populations of the birds have spread around the world, so the team is also keen to test for the disease in other countries.