By Fernanda Lagoeiro
SAO PAULO, Brazil, Mar 23 2026 – The 70th session of the Commission on the Status of Women (CSW70) (March 9-19), held at the United Nations headquarters, brought together governments, decision makers, civil society, and international organizations to address a central issue: access to justice for women and girls.

Taking place in a complex global context, the session reflected both the continued relevance of multilateral cooperation and the evolving nature of discussions on gender equality. As noted in UN remarks during the session, “this year’s theme cuts to the heart of the struggle for equality: access to justice,” giving emphasis on the importance of strengthening legal systems and ensuring that rights are effectively realized.

Sustaining momentum on Gender Equality

One of the key outcomes of CSW70 was the adoption of the Agreed Conclusions, which reaffirm the international community’s commitment to advancing gender equality and improving access to justice worldwide.

While the conclusions were adopted through a recorded vote (an approach less common in CSW processes) the result demonstrated broad support among member states for maintaining and advancing existing frameworks.

Observers noted that the outcome reflects a continued global commitment to the principles first established at the Fourth World Conference on Women and articulated in the Beijing Declaration and Platform for Action.

Civil society organizations also welcomed the outcome, highlighting that the adoption of the conclusions signals that cooperation remains possible, even in a changing geopolitical landscape.

Focusing on access to justice

Discussions throughout the session emphasized that access to justice extends beyond legal frameworks. It includes the ability of women and girls to navigate institutions, obtain remedies, and be protected under the law.

Globally, women have achieved significant legal advancements over the past decades, yet disparities persist in many regions.

As emphasized by UN officials, “no country in the world has achieved full legal equality,” reinforcing the importance of continued efforts at national and international levels.

This shared recognition helped anchor discussions in practical solutions, including strengthening judicial systems, expanding legal aid, and addressing barriers faced by marginalized groups.

Evolving discussions and diverse perspectives

CSW70 also reflected the diversity of perspectives among Member States on how best to advance gender equality.

A number of proposals were introduced during negotiations addressing definitions, policy language, and implementation approaches. These included discussions on how to frame gender, how to address sexual and reproductive health and rights, and how to reflect different national contexts in global agreements.

While not all proposals were incorporated into the final text, the process itself illustrated the dynamic nature of multilateral dialogue. It also highlighted the importance of balancing shared global commitments with national priorities and legal frameworks.

Observers noted that such discussions, while sometimes complex, are part of the ongoing evolution of international cooperation.

The use of a recorded vote, rather than consensus, marked a notable procedural development at CSW70. The session also included discussions around procedural options, such as potential amendments or motions that could influence the negotiation process.

While these mechanisms are part of standard UN practice, their consideration reflects the range of tools available to Member States in shaping outcomes.

The role of civil society

Civil society organizations played an active and visible role throughout the session, while still with a limited space, but contributing expertise, advocacy, and on-the-ground perspectives.

While formal negotiations are led by Member States, civil society contributions helped inform discussions and maintain focus on implementation and accountability. Participants widely recognized that continued collaboration between governments and civil society will be essential for translating commitments into tangible outcomes.

Global South perspectives and contributions

Delegations from regions including Latin America, Africa, and Asia worked to ensure that the outcomes reflected diverse realities and development contexts. In particular, coordination among Latin American countries (including Brazil and Chile) supported regional dialogue and helped maintain constructive engagement throughout the session. Brazilian organizations brought new projects and perspectives around climate resilience to high-level representatives.

These contributions highlight the growing influence of Global South actors in multilateral spaces, not only as participants but as key contributors to consensus-building and policy development. At the same time, the diversity within the Global South itself underscores the importance of inclusive dialogue that reflects a wide range of experiences and priorities.

Areas for continued attention

Alongside its achievements, CSW70 also pointed to areas where further work may be needed.

Differences in perspectives on certain issues (such as specific policy language or implementation approaches) indicate that continued dialogue will be important in future sessions. These discussions reflect the complexity of advancing global agreements in a diverse international community.

Additionally, the evolving nature of negotiations suggests an opportunity to further strengthen mechanisms for collaboration and consensus-building.

Looking ahead

CSW70 reaffirmed the importance of sustained international cooperation in advancing gender equality and access to justice. While the session did not resolve all differences, it demonstrated that progress remains possible through dialogue, engagement, and shared commitment.

As the global community continues to build on the foundations established by the Beijing Platform for Action, the focus will remain on translating commitments into concrete improvements in the lives of women and girls.

In this context, CSW70 stands as a reminder that multilateral processes are not only about outcomes, but also about the continued willingness of countries to come together, exchange perspectives, and move forward collectively (for real).

Fernanda Lagoeiro is a Brazilian journalist specializing in gender, climate and health issues. She has been covering issues relating to social impact, nonprofit sector, and environmental agendas, with a focus on underreported perspectives and human-centered storytelling. She has also contributed to national and international media outlets (such as Der Tagesspiegel, Deutsche Welle etc) and to institutional projects, focusing on accessible and impactful narratives.

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By Umar Manzoor Shah
GENEVA, Switzerland & SRINAGAR, India, Mar 23 2026 – The global climate system continued its alarming trajectory in 2025, with multiple indicators reaching record or near-record extremes, underscoring the accelerating pace of climate change and its cascading impacts on ecosystems and human societies, according to the latest State of the Global Climate 2025 report released by the World Metereological Organisation (WMO).

The report presents a stark assessment. Greenhouse gas concentrations, global temperatures, ocean heat, and sea levels all continued to rise, while glaciers and sea ice declined at unprecedented rates. Scientists warn that these changes are not isolated. They are interconnected signals of a rapidly warming planet.

“The Earth’s energy imbalance has become increasingly positive,” the report notes, referring to the growing gap between incoming solar radiation and outgoing heat. “This leads to an accumulation of excess energy” within the climate system.

Ko Barrett, Deputy Secretary-General, World Meteorological Organization, during the report launch, told reporters  that  WMO has been issuing state of the global climate reports for more than 30 years to share the annual evidence basis for our key global indicators.

2025 was the third warmest year in recorded history. Credit: WMO

“Our report confirms that 2025 was among the hottest years ever recorded, about 1.43 degrees Celsius above the pre-industrial baseline, and part of an unprecedented streak where the past eleven years have all ranked as the warmest on record. What is particularly concerning is that this warming is not just reflected in temperatures but across the entire climate system. We are seeing glaciers continue to retreat, oceans warming at record levels, and sea levels rising as a result of both thermal expansion and melting ice. At the same time, extreme events such as heatwaves, heavy rainfall, and tropical cyclones are affecting virtually every continent, showing how societies are already experiencing the impacts of climate change in real time.”

She added that these findings identify why monitoring the climate system is so critical. “The data we collect is not abstract. It helps us improve forecasts, strengthen early warning systems, and ultimately protect lives and livelihoods. The science is clear and it is becoming more urgent. Our focus now is to ensure that this information reaches decision-makers and communities so that it can inform planning and response in a rapidly changing climate.”

Earth’s climate is out of balance. Credit: WMO

As per the report, the concentration of carbon dioxide in the atmosphere reached 423.9 parts per million in 2024, the highest level in at least two million years. Methane and nitrous oxide also hit record levels, marking the highest concentrations in 800,000 years.

Scientists attribute this surge to continued fossil fuel use, increased wildfire emissions, and weakening natural carbon sinks. The report highlights that nearly half of all human-emitted carbon dioxide remains in the atmosphere, intensifying the greenhouse effect.

“The increase in the annual carbon dioxide concentration in 2024 was the largest since modern measurements began in 1957,” the report reads, adding that this persistent rise in greenhouse gases remains the primary driver of global warming, accounting for a significant share of radiative forcing since the industrial era.

The World Meteorological Society report shows the state of the Earth’s climate. Credit: WMO

Global temperatures in 2025 remained exceptionally high. The planet was about 1.43°C warmer than pre-industrial levels, making it the second or third warmest year on record.

The report notes that the past eleven years, from 2015 to 2025, have all ranked among the warmest years ever recorded.

Although 2025 was slightly cooler than the record-breaking 2024, largely due to a shift from El Niño to La Niña conditions, the overall warming trend remains clear.

“Despite La Niña conditions, around 90 percent of the ocean surface experienced at least one marine heatwave during 2025,” the report observes, adding that such widespread marine heatwaves disrupt ecosystems, damage fisheries, and intensify extreme weather events.

Carbon dioxide, methane and nitrous oxide concentrations are at an all-time high. Credit: WMO

Karina von Schuckmann, lead author, said that one of the most important messages from this report is that the Earth is no longer in energy balance.

“We are now seeing more energy entering the climate system than leaving it, and this excess energy is accumulating at an accelerating rate. What is striking is where this heat is going. Around 91 percent of it is being absorbed by the oceans, with the rest distributed across land, ice, and the atmosphere. This makes the ocean central to understanding climate change, not just as a buffer, but as a key driver of long-term impacts.”

She added that the world is also observing that this heat is increasingly being transferred into deeper layers of the ocean. According to Schuckmann, the finding is significant because once heat moves below the surface, it becomes part of long-term climate change that can persist for hundreds to thousands of years.

“In that sense, what we are seeing today is not just a short-term fluctuation. It represents a long-term commitment of the climate system. At the same time, greenhouse gas concentrations continue to rise, and indicators like sea level are showing clear signs of acceleration, reinforcing the scale and persistence of the changes underway,” Schuckmann said.

“The rate of ocean warming over the past two decades is more than twice that observed between 1960 and 2005,” the report states.

It says that this rapid warming has far-reaching consequences. It fuels stronger storms, accelerates ice melt, and contributes to rising sea levels. It also threatens marine biodiversity and disrupts food chains.

The report has stated that global mean sea level remained near record highs in 2025, continuing a long-term upward trend. Since satellite measurements began in 1993, sea levels have risen by about 11 cm.

The rate of rise has also accelerated. Between 2012 and 2025, sea levels increased at nearly double the rate observed between 1993 and 2011. “Sea level has risen in all oceanic regions,” the report states, warning of increasing risks for coastal communities.

Rising seas threaten infrastructure, freshwater supplies, and livelihoods, particularly in low-lying regions and small island states.

The cryosphere, which includes glaciers and polar ice, continues to shrink at an alarming pace. The 2024–2025 hydrological year recorded one of the five most negative glacier mass balances since 1950. Notably, eight of the ten worst years for glacier loss have occurred since 2016.

Sea ice trends are equally concerning. Arctic sea ice extent in 2025 was among the lowest on record, while Antarctic sea ice reached its third lowest level since satellite monitoring began in 1979.

“The maximum daily extent of Arctic sea ice in 2025 was the lowest annual maximum in the observed record. “Shrinking ice reduces the Earth’s ability to reflect sunlight, further accelerating warming,” the report notes.

It has been claimed that the oceans, in addition to warming, are becoming more acidic due to the absorption of carbon dioxide. Surface ocean pH has declined steadily over the past four decades.

“Present-day surface pH values are unprecedented for at least 26,000 years,” the report states, citing high-confidence findings.

This chemical shift, as per the report, threatens coral reefs, shellfish, and marine ecosystems that support millions of livelihoods worldwide.

One of the most significant additions to this year’s report is the focus on Earth’s energy imbalance, a measure of how much excess heat the planet is retaining.

In 2025, this imbalance reached its highest level since records began in 1960. Scientists say this metric provides a comprehensive picture of global warming. “The total amount of heat stored on Earth is not just increasing but accelerating. This imbalance drives changes across the climate system, from rising temperatures to melting ice and shifting weather patterns,” the report warns.

The report has claimed that climate change is already affecting human lives and that extreme weather events, including floods, droughts, and heatwaves, are becoming more frequent and intense.

According to the report, these changes are associated with food insecurity, displacement, and economic losses, especially in vulnerable regions.

“Rapid large-scale changes in the Earth system have cascading impacts on human and natural systems. Health risks are also rising. Heatwaves, in particular, pose serious threats, especially in urban areas and regions with limited adaptive capacity,” the report states.

John Kennedy, Climate Scientist told reporters during the report launch that the past eleven years are the warmest on record, glaciers are losing mass at an accelerating rate, and sea ice is declining in both polar regions.  He said that, in fact, eight of the ten most negative glacier mass balance years have occurred since 2016, and the past four years have seen the lowest Antarctic sea ice minima on record.

“We are also seeing the impacts of this warming in the frequency and scale of extreme events. Heatwaves are becoming so widespread that it is increasingly difficult to document them individually. At the same time, ocean heat content continues to rise dramatically, with the energy being absorbed by the oceans equivalent to many times total human energy use each year. When we assess these changes against climate model projections, they remain within expected ranges, but the key question now is how these trends will evolve and whether the rate of warming could accelerate further in the coming years,” Kennedy said.

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Excerpt:

Global temperature reaches 1.43°C above pre-industrial levels as CO₂ climbs to 423.9 ppm, oceans absorb 91 percent of excess heat and warm at over twice the historical rate, sea levels rise 11 cm since 1993 with accelerating trends, marine heatwaves impact 90 percent of the ocean surface, glaciers record 8 of 10 worst loss years since 2016, Arctic sea ice hits near-record lows, ocean acidity increases with 29 percent CO₂ uptake, and Earth’s energy imbalance grows at 0.3 W/m² per decade.

By Joseph Chamie
PORTLAND, USA, Mar 23 2026 – On planet Earth, world population in 2026 is 8.3 billion people, which is four times larger than it was a hundred years ago.

Despite this record number of humans living on the planet, world population is expected to continue increasing throughout the 21st century, significantly impacting planetary sustainability.

Over the past two hundred years, the human population on the planet has experienced unprecedented growth rates. For example, it took thousands of years for world population to reach the one billion mark at the beginning of the 19th century, in 1804.

In the subsequent centuries, the growth of world population accelerated with record high rates of demographic growth. It took approximately 123 years for the world’s population to increase from one billion to two billion and 47 years for the world population to double again, reaching four billion in 1974.

The time required for the subsequent billion additions to the world population was relatively short, approximately twelve years. In summary, the human population on planet Earth has increased five-fold since the beginning of the 20th century (Figure 1).

Source: United Nations.

United Nations population projections anticipate that world population will continue to grow throughout the 21st century. By around 2060, world population is expected to reach 10 billion, which is ten times the size it was in 1804. Furthermore, world population is projected to peak at 10.3 billion in 2084 and then slightly decrease to 10.2 billion by the end of the century.

As the world population has grown rapidly, the geographic distribution of billions of people across the planet has also significantly changed since the beginning of the 20th century.

Particularly notable are the changing proportions of the world’s population living in Africa and Europe. At the start of the 20th century, the proportions of the world’s population living in Africa and Europe were 8% and 25%, respectively. By the end of the 21st century, those proportions are projected to be 37% for Africa and 6% for Europe (Table 1).

Source: United Nations.

Another significant change involves the proportion of the world’s population living in Asia. At the beginning of the 20th century, around 60% of the world’s population lived in Asia. However, by the close of the 21st century, that proportion is expected to decrease significantly to 45%.

The proportions of the world’s population living in the other three major regions have been relatively stable, remaining in single digits. The proportions for Latin America and the Caribbean, Northern America and Oceania are approximately 8%, 5% and 1%, respectively.

The shifts in the global distribution of world population have led to significant economic, political, social, and environmental implications. Despite these important consequences, much attention in the media, business boardrooms, and government offices is focused on low fertility rates and the resulting population decline in many countries.

It is the case that more than half of the countries worldwide have fertility rates below replacement levels, leading to population decline and demographic ageing. However, the media often portrays a stable or smaller population in a negative light.

The consequences of the ongoing population growth, projected to reach 10.3 billion people by 2084, will lead to a complex mixture of global problems that many governments, unfortunately, typically ignore, dismiss, or minimize

In such reporting, terms like “weak” or “anemic” are used to describe moderate population growth, while “flat” or “stalled” are used for stable population. Additionally, those who warn of depopulation often predict a future crisis instead of discussing any positive relief from current environmental and climate concerns or the benefits for women and working families.

Many people, especially traditional economists and right-wing politicians, assume that population growth is essential for a flourishing economy. These individuals advocate for population growth because they believe it drives economic growth, increases the labor supply, and stimulates consumption.

The concern about the birthrate crisis is often fueled by those who benefit from a growing population. These individuals often provide information or central messages, such as population collapse, failing economies, demographic crisis, and human extinction, which are then picked up by the media and lead to misleading headlines.

Moreover, many government officials are calling for increased population growth through higher fertility rates and implementing policies and actions to support such outcomes. These calls, policies, and actions are primarily driven by concerns over demographic ageing, declining workforces, and economic sustainability.

In essence, their message is that a growing population leads to a larger economy, more entrepreneurs, market expansion, and innovation. Additionally, some government officials choose to focus on women and blame them for their country’s low birth rates.

In contrast, a stable population is often viewed as stagnant. The demographic ageing of populations and increased human longevity are seen as problematic, leading to a “demographic winter” with significant financial stresses on government budgets for pensions and health care for older individuals.

While the world’s population of 8.3 billion is projected to continue growing throughout most of the 21st century, low fertility rates and demographic ageing are seen as challenges rather than accomplishments.

Additionally, as the planet’s environmental and climate crises accelerate, large portions of society continue to ignore the fact that a world with more than 8 billion people is a critical factor driving them. These groups typically dismiss research findings indicating that a world population of 8 billion, which is continuing to increase, drives climate change, ecological disruption, rising sea levels, biodiversity loss, habitat destruction, resource scarcity, and food insecurity.

For example, global wildlife is currently facing a worsening crisis. The most recent United Nations assessment warns that nearly half of the world’s migratory animal species are declining due to human activity, habitat destruction, and climate change.

Moreover, melting glaciers in Antarctica are hastening sea-level rise in coastal cities. The Thwaites Glacier, in particular, is melting at an alarming pace. If it were to break apart completely and collapse today, it could raise global sea levels by 2 feet in the next few decades, affecting tens of millions of people worldwide.

In summary, the world’s population is currently at a record high of 8.3 billion and is expected to continue growing throughout the 21st century, significantly impacting planetary sustainability.

The consequences of the ongoing population growth, projected to reach 10.3 billion people by 2084, will lead to a complex mixture of global problems that many governments, unfortunately, typically ignore, dismiss, or minimize. These problems include resource strains, increased conflict, environmental damage, climate change, sea level rise, habitat destruction, biodiversity loss, food insecurity, increased unauthorized migration, and greater societal vulnerabilities.

Joseph Chamie is a consulting demographer, a former director of the United Nations Population Division, and author of many publications on population issues.

By Zofeen Ebrahim
KARACHI, Pakistan, Mar 20 2026 – Energy expert Vaqar Zakaria believes solar power makes “excellent economic sense” – and he lives by it. For over five years, his rooftop panels have slashed his bills, sometimes to zero, even allowing him to sell surplus electricity back through net metering.

Last month, he took it further. After buying two electric vehicles, he has almost “declared independence” from the national grid. With more panels and doubled batteries, even his cars run on sunshine. “I am moving away from their fuel, and I don’t need their power,” said the CEO of Hagler Bailly, Pakistan, an Islamabad-based environmental consultancy firm, over the phone from Islamabad.

“I call it the hand of God driving my car,” Zakaria said.

He is already seeing economic gains from his investment. “The electricity I generate, including battery costs, comes to about Rs 12 (USD 0.043) per unit, while it can be sold to the Islamabad Electric Supply Company at around Rs 26 (USD 0.092) per unit.” However, he adds that he does not currently claim this benefit, as it requires considerable follow-up.

Doing some quick back-of-the-envelope calculations, he compared the petrol-run vehicles he used until a few months back to the EV he purchased a month ago. “The total cost of operating the EV comes to about Rs 2 (USD 0.0071) per km using power generated at home, compared to the Rs 27 (USD 0.096) per km I was paying earlier for running vehicles on the fossil fuel.”

This figure does not include the regular maintenance costs his earlier cars required—lubricating oils, oil and air filters, and brakes.

“An EV requires near-zero maintenance,” he added.

Vaqar Zakaria’s white EV charges under rooftop solar panels at his home — powered by the sun. Credit: Vaqar Zakaria

While Zakaria can afford a full shift off the grid, most households cannot.

“The solar landscape will remain unchanged unless power companies introduce profit-sharing models that turn consumers into ‘prosumers’ – both producers and users of energy – supported by microfinance to help cover upfront costs,” he said. Achieving this would require the privatisation of utilities.”

For now, with or without batteries, solar energy has become a popular alternative for many households. “What’s happening in Pakistan is quite significant, as electricity consumers’ dependence on the national grid is falling,” explained Rabia Babar, data manager at Renewables First, an Islamabad-based think-and-do tank for energy and environment.

Grid-based electricity demand, she pointed out, dropped 11 percent in FY25 compared to FY22 levels, largely because more people and businesses are switching to solar.

“During the day, far less electricity is being drawn from the grid, which means gas-fired power plants are being used much less than before.”

More than 100 young Pakistani women from across the country have been trained in and certified in solar roof installation by LADIESFUND Energy Pvt Ltd through Dawood Global Foundation’s Educate a Girl programme. They have solarised a women’s shelter, a church and an orphanage. Credit: LADIESFUND Energy (Pvt.) Ltd

The Turning Point

Haneea Isaad, an energy finance specialist at the Institute for Energy Economics and Financial Analysis, recalled the time in 2022, as the turning point when people realised they needed a cheaper alternative. “The prices of liquefied natural gas shot up after Russian forces entered Ukraine and the country faced a gas shortage, resulting in widespread power outages. Electricity prices almost tripled in just a couple of years.”

Those who could afford to, Isaad said, opted for a one-time investment in installing solar panels instead of paying for expensive and unreliable electricity.

According to EMBER,  an independent clean energy think tank, solar’s share in the energy mix has risen from 2.9 percent in 2020 to 32.3 percent by the end of 2025.

It is this quiet solar revolution that may help ride out the current energy crisis triggered by the United States-Israel war on Iran, which led to the shutting of the Strait of Hormuz, according to a report by Renewables First and the Centre for Research on Energy and Clean Air, published earlier this week.

“Pakistan’s solar revolution is quietly redrawing the country’s energy map, cutting grid dependence, reducing LNG exposure, and building a buffer against global market shocks that most of its neighbours are yet to find,” said Babar, one of the co-authors of the report.

A house in rural Gilgit with solar panels. Credit: SHAMA Solar.

In fact, the report says that Pakistan has avoided over USD 12 billion in oil and gas imports since 2020 due to its rapid solar growth – and could save another USD 6.3 billion in 2026 alone at current prices.

Lead analyst Lauri Myllyvirta, co-founder of CREA, said the solar boom has cut import bills and now acts “like an insurance policy” against oil and LNG shocks from the Gulf.

Industries are also turning to solar, significantly reducing their need for LNG significantly.

“This shift has had a direct impact on government policy. Pakistan has gone back to its LNG suppliers to renegotiate long-term contracts for the diversion of surplus cargoes to international markets, which are now oversupplied due to the sharp reduction in gas consumption,” said Babar.

Pakistan has been importing LNG since 2015, after domestic reserves declined. It has been mainly used in the power sector – accounting for nearly a quarter of Pakistan’s electricity supply – followed by the industrial sector.

Supplied from Qatar via the Strait of Hormuz, LNG has become less attractive due to high prices for industry and the growing shift to solar in homes. With some LNG landing in Pakistan before the conflict began and domestic gas filling the gap from affected cargoes, supplies may be enough to last until mid-April.

“Pakistan has historically been vulnerable to volatile global LNG prices, which strain on foreign exchange reserves when prices spike,” Babar said.

Isaad agreed. “Solar has provided a buffer. With the power sector also relying on coal imports from Indonesia and South Africa, supply pressures are unlikely to pose a problem in the near term. Seasonal hydropower and mild weather are also likely to prevent an immediate spike in LNG based power demand. For now, Pakistan has been spared – unlike Bangladesh and India, which have been hit the hardest in South Asia.”

Not Out of the Woods Yet

But the solar panels have not shielded Pakistanis from the rising oil prices. The country saw a 20 percent jump – the highest in its history – with petrol and diesel costing USD 1.15 and USD 1.20 per litre, respectively. As transport drives the economy, higher oil prices quickly pushed up fares and the cost of groceries.

In response, Zakaria said the crisis highlights a clear path forward: embrace EVs, reduce diesel dependence, and expand renewables. “Begin with two-wheelers,” he suggested, though a full EV mass transit system would be ideal for Pakistan. He added that shifting freight from trucks to rail could significantly cut fuel costs.

He said he supports the oil rationing and austerity measures taken by the government.

Last week, addressing the nation, Prime Minister Shehbaz Sharif announced these measures on television.

“The entire region is currently in a state of war,” he said, outlining steps, including a four-day workweek for government employees and spring holidays for schools from March 16 to the end of the month. He also said 50 percent of government staff would work from home on a rotating basis and recommended similar arrangements for the private sector.

Higher education institutions have shifted to online classes to save fuel, as have meetings across federal and provincial governments. Fuel allowances for government offices have also been reduced.

Under the government’s austerity measures, federal and provincial cabinet members will forgo two months’ salaries and allowances, while lawmakers’ pay will be reduced by 25 percent. Ministers, parliamentarians, and officials may travel abroad only when essential — and must fly economy. Weddings will be capped at 200 guests, served with a single-dish meal.

The Human Cost

But these measures have brought little relief to Saba Nasreen’s household finances. The 52-year-old mother of two, who works as a domestic help, said, “Rising fuel prices have literally crippled us; when fuel costs go up, food prices follow. We hardly buy fruit or meat; now even milk and vegetables are beyond our range,” she said.

With Eid ul-Fitr—the Muslim festival marking the end of Ramadan—just days away, she said, “This will be the first Eid in as long as I can remember that I won’t be making sheer khurma for my daughters,” referring to the traditional sweet vermicelli dish prepared in many Muslim households across the subcontinent. “The price of a box of vermicelli has doubled this year, from Rs 150 (USD 0.53) to Rs 300 (USD 1.07),” she said, adding, “In any case, the attack on Iran has already dimmed our festivities; I’m not happy inside, my heart feels heavy.”

For many, the solar revolution offers hope — but for households like Nasreen’s, the struggle continues.

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By Bharath Thampi
THIRUVANANTHAPURAM, India, Mar 20 2026 – Sudhi Kumar animatedly moves his hands, resembling a graceful dance performance, as he demonstrates how a fishing harpoon is used. He has been on a brief hiatus from harpooning, owing to the recent rough nature of the sea, and doesn’t have the tool with him as we speak. But more than three decades of experience using harpoons is apparent in how vividly he uses his body to mimic the process.

Sudhi, 51, is a fisher belonging to the globally sought-after tourist beach village, Kovalam, in Thiruvananthapuram – the southernmost district of Kerala, India. Sudhi has a unique distinction among the fishing communities of Thiruvananthapuram, which has a significant coastal population. He was the first one among the natives to learn and employ the method of ‘harpoon fishing’. Moreover, Sudhi belongs to a minuscule section of fishers in the whole of Kerala itself, who practise this uncommon, albeit highly sustainable and ecologically friendly, method of fishing.

“Harpooning and spear fishing may look very similar to an outsider but are vastly different,” Sudhi says. “Our ancestors have been known to have used spears built of tough wood or other materials. But a harpoon was a totally foreign object to the fishers here.”

Kovalam was a thriving beach tourism spot by the 1990s. Sudhi, barely out of his teens but an expert swimmer and diver by then, used to accompany his father for fishing, as well as act as a snorkelling guide for foreign tourists.

“One time, a Frenchman came to me with a harpoon, and he told me he needed my help in fishing with it in the sea. I was seeing the equipment for the first time in my life,” Sudhi recollects the event from nearly 35 years ago.

After the man was done fishing, Sudhi requested him to let him try the harpoon once. The foreigner was quite impressed by Sudhi’s deep-sea skills and handling of the harpoon despite being a debutant. Sudhi even caught a large Vela Paara (Silver Mooney fish) that day.

“Before he left Kovalam, he handed me the harpoon as a gift, to my pleasant surprise. I was so thrilled – I was the only one here who owned it,” says Sudhi.

Sudhi Kumar catching fish using harpooning. Credit: PC || FML/Robert Panipilla

He started harpooning quite frequently since then, an amusing sight for the other fishers in Kovalam. “I also realised that I could earn a lot more through harpooning than accompanying my father in his boat.”

But Sudhi was also aware that a harpoon was still a rare commodity to procure, not just in Kerala, but across the country, at the time. For one, it was costly, and most fishers couldn’t afford it. He held himself back from using it on significantly large fish because he was afraid of damaging or losing the harpoon.

Dr Shobha Joe Kizhakudan, head of the Finfish Fisheries Division at ICAR-CMFRI (Central Marine Fisheries Research Institute), agrees that harpooning is considered one of the most sustainable fishing methods by scientific experts as well. But there had been a bit of stigma attached to it in earlier years, she says, because of how “cruel” the method of killing could be.

“For example, harpooning was once a main technique used to catch whale sharks and other shark species, before the ban came into effect. Once harpooned, the fish would be dragged alive, fighting for its life, until the shore,” Kizhakudan says.

Sustainable Development Goal 14 (SDG 14: Life Below Water) aims to conserve oceans and sustainably use marine resources, with a core target of ending overfishing and illegal and destructive fishing practices by 2020. The way Sudhi uses it could fit with this definition.

However, Sudhi also acknowledges that he avoids shooting larger fish, which may survive a single harpoon shot, because it’s a merciless and amoral act. But he hadn’t always been so conscientious, he reminisces.

“Many years ago, as a young man, I once accompanied a tourist called Paul to the sea, who was capturing on video underwater marine habitat as well as my harpooning. Paul had been fixated on a pair of Bluefin Trevally, which clearly seemed to be doing a mating ritual. After waiting for a while, I grew impatient and killed one with a harpoon shot. Paul looked back at me with a heartbroken expression and nodded his head sadly. I felt awfully guilty. That feeling has stayed with me since.”

Harpooning is no easy feat, Sudhi points out, a key reason why there are very few practising it. For one, it’s a waiting game: you need to hold your breath and stay underwater for minutes at a time before a fish comes close enough, and you have the measure of its movements to harpoon it.

Friends of Marine Life (FML), a coastal indigenous civil society organisation based in Thiruvananthapuram, has been video-documenting the marine biodiversity of the region, especially the natural reef ecosystems, for quite some time now. Robert Panippilla, the founder of FML and a certified scuba diver, had extensively documented the harpooning method with Sudhi.

“Harpooning can only be practised in regions with rocky habitats. Hence, Kovalam is an ideal location for that,” Panippilla says. Having covered diverse fishing practices as part of his documentation, he says that harpooning is one of the most unique and toughest skills.

“Not only do they have remarkable underwater stamina and manoeuvrability, but it’s also imperative that they possess adequate geomorphological understanding of the sea and the behaviour of the fish. Just because someone comes to possess a harpoon, they may not be able to use it effectively.”

To Robert’s knowledge, barring the harpooners in Kovalam and a scattered few in Vizhinjam, there’s nowhere else in Kerala that harpooning is practised. He considers harpooning a great sustainable fishing method because it’s very selective in practice. “There’s no risk of overfishing, juvenile fish being caught alongside others, or the ecological issue of ghost nets being abandoned at the bottom of the ocean, like in net-fishing.”

Unlike the early years, when Sudhi was the only one who sported a harpoon, others have now gotten into the trade in the region. Most of them got the harpoons from abroad, particularly through those returning from the Middle East. Many of them were trained by Sudhi himself before they started doing it independently. At present, in and around Kovalam, there must be around 25 fishers engaged in harpoon fishing, he reckons. As far as Sudhi knows, harpooning is a rarity across India itself, most likely practised in islands.

The Southwest monsoon phase in Kerala, especially in the month of August, is the best time for harpoon fishing, in Sudhi’s experience. Groupers (fish) are aplenty on the Thiruvananthapuram coast, and some seasons have earned him catches worth lakhs of rupees. Rays and Barracudas are a couple of other common harpooning targets for him. Besides harpoon fishing, Sudhi frequently goes diving for mussels and cage fishing for lobsters.

This article is brought to you by IPS Noram in collaboration with INPS Japan and Soka Gakkai International in consultative status with ECOSOC.

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By Bharath Thampi
THIRUVANANTHAPURAM, India, Mar 20 2026 – Sudhi Kumar animatedly moves his hands, resembling a graceful dance performance, as he demonstrates how a fishing harpoon is used. He has been on a brief hiatus from harpooning, owing to the recent rough nature of the sea, and doesn’t have the tool with him as we speak. But more than three decades of experience using harpoons is apparent in how vividly he uses his body to mimic the process.

Sudhi, 51, is a fisher belonging to the globally sought-after tourist beach village, Kovalam, in Thiruvananthapuram – the southernmost district of Kerala, India. Sudhi has a unique distinction among the fishing communities of Thiruvananthapuram, which has a significant coastal population. He was the first one among the natives to learn and employ the method of ‘harpoon fishing’. Moreover, Sudhi belongs to a minuscule section of fishers in the whole of Kerala itself, who practise this uncommon, albeit highly sustainable and ecologically friendly, method of fishing.

“Harpooning and spear fishing may look very similar to an outsider but are vastly different,” Sudhi says. “Our ancestors have been known to have used spears built of tough wood or other materials. But a harpoon was a totally foreign object to the fishers here.”

Kovalam was a thriving beach tourism spot by the 1990s. Sudhi, barely out of his teens but an expert swimmer and diver by then, used to accompany his father for fishing, as well as act as a snorkelling guide for foreign tourists.

“One time, a Frenchman came to me with a harpoon, and he told me he needed my help in fishing with it in the sea. I was seeing the equipment for the first time in my life,” Sudhi recollects the event from nearly 35 years ago.

After the man was done fishing, Sudhi requested him to let him try the harpoon once. The foreigner was quite impressed by Sudhi’s deep-sea skills and handling of the harpoon despite being a debutant. Sudhi even caught a large Vela Paara (Silver Mooney fish) that day.

“Before he left Kovalam, he handed me the harpoon as a gift, to my pleasant surprise. I was so thrilled – I was the only one here who owned it,” says Sudhi.

Sudhi Kumar catching fish using harpooning. Credit: PC || FML/Robert Panipilla

He started harpooning quite frequently since then, an amusing sight for the other fishers in Kovalam. “I also realised that I could earn a lot more through harpooning than accompanying my father in his boat.”

But Sudhi was also aware that a harpoon was still a rare commodity to procure, not just in Kerala, but across the country, at the time. For one, it was costly, and most fishers couldn’t afford it. He held himself back from using it on significantly large fish because he was afraid of damaging or losing the harpoon.

Dr Shobha Joe Kizhakudan, head of the Finfish Fisheries Division at ICAR-CMFRI (Central Marine Fisheries Research Institute), agrees that harpooning is considered one of the most sustainable fishing methods by scientific experts as well. But there had been a bit of stigma attached to it in earlier years, she says, because of how “cruel” the method of killing could be.

“For example, harpooning was once a main technique used to catch whale sharks and other shark species, before the ban came into effect. Once harpooned, the fish would be dragged alive, fighting for its life, until the shore,” Kizhakudan says.

Sustainable Development Goal 14 (SDG 14: Life Below Water) aims to conserve oceans and sustainably use marine resources, with a core target of ending overfishing and illegal and destructive fishing practices by 2020. The way Sudhi uses it could fit with this definition.

However, Sudhi also acknowledges that he avoids shooting larger fish, which may survive a single harpoon shot, because it’s a merciless and amoral act. But he hadn’t always been so conscientious, he reminisces.

“Many years ago, as a young man, I once accompanied a tourist called Paul to the sea, who was capturing on video underwater marine habitat as well as my harpooning. Paul had been fixated on a pair of Bluefin Trevally, which clearly seemed to be doing a mating ritual. After waiting for a while, I grew impatient and killed one with a harpoon shot. Paul looked back at me with a heartbroken expression and nodded his head sadly. I felt awfully guilty. That feeling has stayed with me since.”

Harpooning is no easy feat, Sudhi points out, a key reason why there are very few practising it. For one, it’s a waiting game: you need to hold your breath and stay underwater for minutes at a time before a fish comes close enough, and you have the measure of its movements to harpoon it.

Friends of Marine Life (FML), a coastal indigenous civil society organisation based in Thiruvananthapuram, has been video-documenting the marine biodiversity of the region, especially the natural reef ecosystems, for quite some time now. Robert Panippilla, the founder of FML and a certified scuba diver, had extensively documented the harpooning method with Sudhi.

“Harpooning can only be practised in regions with rocky habitats. Hence, Kovalam is an ideal location for that,” Panippilla says. Having covered diverse fishing practices as part of his documentation, he says that harpooning is one of the most unique and toughest skills.

“Not only do they have remarkable underwater stamina and manoeuvrability, but it’s also imperative that they possess adequate geomorphological understanding of the sea and the behaviour of the fish. Just because someone comes to possess a harpoon, they may not be able to use it effectively.”

To Robert’s knowledge, barring the harpooners in Kovalam and a scattered few in Vizhinjam, there’s nowhere else in Kerala that harpooning is practised. He considers harpooning a great sustainable fishing method because it’s very selective in practice. “There’s no risk of overfishing, juvenile fish being caught alongside others, or the ecological issue of ghost nets being abandoned at the bottom of the ocean, like in net-fishing.”

Unlike the early years, when Sudhi was the only one who sported a harpoon, others have now gotten into the trade in the region. Most of them got the harpoons from abroad, particularly through those returning from the Middle East. Many of them were trained by Sudhi himself before they started doing it independently. At present, in and around Kovalam, there must be around 25 fishers engaged in harpoon fishing, he reckons. As far as Sudhi knows, harpooning is a rarity across India itself, most likely practised in islands.

The Southwest monsoon phase in Kerala, especially in the month of August, is the best time for harpoon fishing, in Sudhi’s experience. Groupers (fish) are aplenty on the Thiruvananthapuram coast, and some seasons have earned him catches worth lakhs of rupees. Rays and Barracudas are a couple of other common harpooning targets for him. Besides harpoon fishing, Sudhi frequently goes diving for mussels and cage fishing for lobsters.

This article is brought to you by IPS Noram in collaboration with INPS Japan and Soka Gakkai International in consultative status with ECOSOC.

IPS UN Bureau Report

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By Mohammad Rakibul Hasan
DHAKA, Bangladesh, Mar 20 2026 (IPS-Partners)

My Name is Dhaka is a one-minute experimental film portraying Dhaka as a living, breathing entity with a 400-year history. Through a reflective voice, the city recounts its transformations, crises, and resilience. It captures contrasts between pollution and celebration, hardship and hope, revealing a megacity shaped by climate change, migration, and human survival.

——————————————————————–My name is Dhaka. I am more than 400 years old. I have witnessed empires rise and fall, from Mughal glory to colonial rule, from independence to the present day. Now I carry nearly 36 million people within me. I have grown into a megacity.

I am also one of the world’s climate hotspots. My rivers swell, my heat rises, and my air grows heavier each year. I often rank among the most polluted cities in the world.

I remember the silence of the coronavirus pandemic when my streets suddenly emptied. I remember the fear and chaos of bus bombings during the political unrest of 2013 – 14. And I remember the fall of a fascist regime in 2024.

But I am not only a city of crisis. I am a city of contrasts. I hold stories of child labor and deep social injustice, where many struggle just to survive. At the same time, I celebrate life my streets burst into color during Holi, and my people find joy even in hardship.

Credit: Mohammad Rakibul Hasan

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By Manuel Manonelles
BARCELONA, Spain, Mar 20 2026 – “Europe can no longer be a custodian for the old-world order, for a world that has gone and will not return (…) we need a more realistic and interest-driven foreign policy.” These were some of the words pronounced one week ago by the President of the European Commission, Ursula von der Leyen, at the EU Ambassadors’ Conference in Brussels. A speech that sparked considerable controversy: an almost immediate rebuttal from the President of the Council, Antonio Costa; rumours of a motion of censure against Von der Leyen in the European Parliament; more or less public reproaches from several European leaders; and a swift and complete retraction by the President herself.

The question, however, remains: was this a miscalculation by a President known for always trying to swim with the current? Or do her words reflect a deeper alignment with the mindset of a new (dis)order defined by Trumpian chaos and the authoritarian impulses emanating from Beijing and Moscow, among others?

Multilateralism is not only a matter of principles; it is also a matter of responsibility, and indeed of efficiency and effectiveness. Or does Europe truly believe it can tackle the major challenges it faces—from climate change and migration flows to global public health and the impact of AI—on its own?

In the former case, despite its seriousness, the mistake would still be forgivable. In the latter, we would be facing a far more significant—and particularly dangerous—problem.

In Brussels, some interpret it as a clearly failed attempt by Von der Leyen to steer the Union’s position towards the theses defended at that time by the German Chancellor Merz—her compatriot and party colleague—on the need to adopt policies more aligned with Trump.

Position that Merz himself has changed in the last few years, taking into account his particularly weak position, with approval ratings plummeting to just 26% less than a year after taking office—figures as low as Trump’s.

Returning to the President of the Commission, it was indeed troubling to observe that -in a Europe already deeply divided over the major geopolitical challenges of our time (the war in Iran and across the Middle East, the war in Ukraine, the situation in Venezuela)- it was precisely the individual recognised globally as the face of the European Union who delivered a speech so starkly at odds with the Union’s founding principles.

For the European project, with all its strengths—and its shortcomings—was built precisely on the ashes of the Second World War, on the traumatic experience of the totalitarian regimes of the 1920s and 1930s, and in opposition to the Stalinist totalitarianism that developed beyond the Iron Curtain.

It was founded on the principles of humanism, on respect for and the promotion of human rights, and on the idea of shared social rights and values. It was also grounded in the need for a rules-based international order which, despite its many imperfections, remains the only real mechanism capable of steering us away from the chaos and the law of the jungle to which some of the world’s major powers seek to drag us.

Are the United Nations in crisis? Undoubtedly, and no one seriously disputes it. Is multilateralism in retreat, and is respect for international law at a low point? Another undeniable tragedy. However, does this mean that the response to such a bleak context should be—as I have suggested—to adopt the very mindset of those responsible for this deterioration? Put differently: have we lost all sense of reason?

We are living in turbulent times. Europe must indeed strive for greater strategic autonomy—but this autonomy cannot be confined solely to defence. It must also—and urgently—extend to genuine autonomy in the realm of technological goods and services, where dependence on the United States places Europe in a position bordering on vassalage.

Moreover, at a time when the traditional transatlantic relationship is more strained than ever—largely due to the almost compulsive stance of the current occupant of the White House and his circle—it is imperative for Europe to establish or strengthen strategic alliances in all domains, including in trade. This is already happening with India, and should be finalised as soon as possible with Mercosur.

However, to suggest that Europe’s future—or, in other words, the future of the Europe that truly matters—could lie in a further weakening of the international order and the system of international organisations is, I say this unequivocally, simply irresponsible.

For multilateralism is not only a matter of principles; it is also a matter of responsibility, and indeed of efficiency and effectiveness. Or does Europe truly believe it can tackle the major challenges it faces—from climate change and migration flows to global public health and the impact of AI—on its own?

Europe needs multilateralism, among other reasons, to remain being Europe. And for that reason, it must commit to it now more than ever—without naïveté, with realism, but fully aware of the interdependence between the future of the European project and the existence of a minimum level of order and cooperation among nations, including the major powers.

This requires defending and promoting—against the alternative of chaos—the very spaces and institutions that make such cooperation possible, rather than ignoring or sidelining them.

Manuel Manonelles is Associate Professor of International Relations at Blanquerna-Ramon Llull University in Spain

By Samuel King
BRUSSELS, Belgium, Mar 20 2026 – When German Chancellor Friedrich Merz opened the 62nd Munich Security Conference by declaring that the post-war rules-based order ‘no longer exists’, there was plenty of evidence to back his claim. Israel is committing genocide in Gaza in defiance of international law, Russia is four years into its illegal invasion of Ukraine, the last nuclear arms control treaty between Russia and the USA has just expired and the USA has withdrawn from 66 international bodies and commitments. Since the conference, Israel and the USA have launched another war on Iran, threatening to spark a broader regional conflict. Meanwhile the UN is undergoing a funding crisis, cutting staff and programmes, and civil society organisations that relied on US Agency for International Development funding are facing closure.

Inaugurated in 1963 as a transatlantic defence meeting, the Munich Security Conference has grown into the most significant annual global security meeting, with heads of state, foreign ministers, civil society, think tanks and the media taking part. The 2026 edition focused on the theme ‘Under Destruction’ and convened over 1,000 participants from more than 115 countries, including over 60 national leaders, alongside China’s Foreign Minister Wang Yi, US Secretary of State Marco Rubio and the directors of multiple UN agencies.

The conference’s Munich Security Report 2026 provided the analytical backdrop. It argued that the world has entered a period of ‘wrecking-ball politics’, with the post-1945 order being demolished by political forces that prefer disruption to reform. The report’s Munich Security Index showed the scale of the crisis. In France, Germany and the UK, absolute majorities of respondents said their government’s policies would leave future generations worse off. Across most BRICS and G7 countries, the USA is now rated as a growing risk.

In the build-up the conference, the world had been bracing for Rubio’s keynote address. Last year, US Vice President JD Vance’s aggressive speech accused European governments of suppressing free speech and aligning with political extremism, with no apparent acknowledgement of irony. Rubio took a more conciliatory tone, calling Europe America’s ‘cherished allies and oldest friends’. European Commission President Ursula von der Leyen said she was ‘very much reassured’. Half the hall rose to applaud.

The substance of the speech, however, followed every position Vance advanced the year before. Rubio defined the transatlantic relationship not around shared democratic institutions or international law, but around ‘Christian faith, culture, heritage, language, and ancestry’. This framing drew anger from global south delegates, who understood its explicit claim of global north cultural and racial superiority, excluding the majority of humanity.

The Trump administration was making a strategic calculation, having evidently concluded that Vance’s confrontational tone had backfired, bringing Europe closer to China and making it more reluctant to endorse US-led initiatives. So it switched to a softer messenger without changing the message.

Rubio’s post-conference itinerary made the USA’s current priorities clear. He flew directly from Munich to Budapest and Bratislava to meet two nationalist leaders, Hungarian Prime Minister Viktor Orbán and Slovak Prime Minister Robert Fico. Both are pro-Trump and friendly towards Vladimir Putin. These are the European politicians the Trump administration considers its true allies. Now the USA is planning to fund right-wing think tanks and charities across Europe in a blatant attempt to influence the continent’s politics.

Friedrich Merz’s diagnosis led to a historic and disturbing move: he and French President Emmanuel Macron announced they’d begun talks on extending France’s nuclear umbrella to cover other European countries. This is a development it would have been hard to imagine just a year ago. For decades European countries have based their security policies on NATO and its article 5, the collective defence commitment. But the Trump administration has threatened not to respect article 5, driving European states to embark on the long and expensive process of detaching themselves from relying on NATO. Now this evidently includes the exploration of nuclear alternatives.

Von der Leyen described the move as a ‘European awakening’ and called for a ‘mutual defence clause’ to be brought to life. UK Prime Minister Keir Starmer called for ‘hard power’ and readiness to fight if necessary. Poland’s nationalist President Karol Nawrocki said his country should get nuclear weapons. By responding in this way to the unravelling of the multilateral order, European states are further weakening the norms of non-proliferation and arms control that the post-war order sought to sustain. Responding to crisis with a second nuclear arms race could bring still further instability. Spain’s Prime Minister Pedro Sánchez was the only European leader at the conference to warn against this.

The conference’s conclusion was that those who care about the international order must build new institutions, coalitions and frameworks that are fit for purpose and accountable to the people they are supposed to serve. This reasonable framing sidesteps crucial questions: whose interests institutions will serve, and who’s excluded as the blueprints are drawn.

Instead of a new nuclear arms race, European states’ reaction to the fraying of their old alliances with the USA must be anchored in human rights, genuine multilateralism and a commitment to international law. This will only happen if civil society is present as a partner at the table.

It’s clear the old order is broken, and those committed to human rights and opposed to militarisation and naked power politics can’t afford to be bystanders. Their responses need to be more assertive and inclusive. A new international architecture that continues to exclude civil society and sideline the global south will simply reproduce the structures that have failed to address today’s crises.

Samuel King is a researcher with the Horizon Europe-funded research project ENSURED: Shaping Cooperation for a World in Transition at CIVICUS: World Alliance for Citizen Participation.

For interviews or more information, please contact [email protected]

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By Kareff Rafisura, Orbita Roswintiarti and Huang Qi
BANGKOK, Thailand, Mar 20 2026 – Across Asia, new initiatives are showing how satellite Earth observation data and AI-powered technologies can turn fragmented water-related data into actionable insights for managers and policymakers in line ministries and local governments.

Only about 3% of global water quality measurements (around 60,000 out of 2 million) come from the world’s poorest regions, according to the United Nations, highlighting a persistent water data gap. Even where data exist, they are often scattered across agencies, with monitoring stations sparse and datasets rarely analysed together.

Integrating satellite observations with cognitive digital technologies, including artificial intelligence, can bring these fragmented sources into a single data and analytical pipeline, turning environmental data into timely insights that strengthen water governance and accelerate progress toward SDG 6.

Guiding smarter water infrastructure investments

One example is from Cimanuk–Cisanggarung River Basin in West Java, Indonesia. Rapid urban growth, land-use change and climate variability are increasing flood risks during the rainy season and water shortages during the dry season.

Retention ponds or small reservoirs designed to capture and store excess rainwater are widely recognized as effective solutions because they can hold excess runoff during heavy rains and provide water for irrigation and communities during dry periods.

The main policy challenge, however, is optimizing investments in retention ponds: quickly identifying the best locations and making site selection more systematic and less subjective. Conventionally, planning relies heavily on field surveys and fragmented datasets, making the process slow, costly and hard to scale.

An AI-powered tool developed by Indonesia’s National Research and Innovation Agency (BRIN) and the West Java Department of Water Resources demonstrates how a single data and analytical pipeline can guide infrastructure investment decisions.

The tool combines satellite Earth observation data, including digital elevation maps, land cover maps and rainfall data, with georeferenced drainage networks and soil type information to identify locations where retention ponds can provide the most benefits for flood control and drought resilience. Socio-environmental filters exclude protected areas or sites that might cause social or legal conflicts.

To ensure the tool supports operational decision-making, the results were validated through field assessments and consultations with local stakeholders. Additionally, a mobile-based application is being developed to enable field technicians to access the outputs directly on site, improving the speed and practicality of retention pond planning.

Applying this tool shifts infrastructure planning from subjective judgment to transparent and evidence-based prioritization. Supported by capacity-building activities for local institutions, this approach enables governments to allocate resources more efficiently while enhancing the long-term resilience of water systems.

Monitoring lake ecosystems from space

While the Indonesia example shows how digital technologies can guide infrastructure investments, similar approaches are also transforming how water ecosystems are monitored and protected.

Water quality monitoring in Songkhla Lake, Thailand’s largest lagoon system and a critical resource for fisheries and aquaculture, has traditionally relied on periodic sampling at fixed stations. Expanding the coverage and frequency of monitoring data could improve early warning for ecosystem management and aquaculture.

A project, implemented by Prince of Songkla University in collaboration with local authorities, is exploring this potential on Ko Yor Island in Songkhla Lake. The initiative combines multi-source satellite remote sensing data, historical monitoring records and machine learning models to estimate key water quality parameters, such as turbidity and biochemical oxygen demand.

Satellite-based remote sensing expands the coverage and frequency of water-quality monitoring, enabling near-monthly maps rather than quarterly point measurements.

This effort draws on more than a decade of operational experience from Poyang Lake, the largest freshwater lake in China. There, Jiangxi Normal University developed a comprehensive monitoring and early warning platform integrating satellite Earth observation, drone, ground and lake-surface sources, combined with ecological data simulated by models to track the lake’s dynamic ecological security issues and overall health.

The system supports water management and the conservation of flagship species and their habitats, including migratory birds and the Yangtze finless porpoise.

From pilots to regional transformation

These pilots highlight an important trend: many of the innovative technologies needed to address water data gaps are already available. Earth observation satellite-derived data can complement ground-based observations by expanding environmental monitoring, while cognitive technologies integrate datasets into decision-ready insights.

Scaling these innovations is not only a technological challenge. As emphasized in ESCAP’s report Seizing the Opportunity: Digital Innovation for a Sustainable Future, digital innovation is a socio-technical transformation that requires the skills, institutions and partnerships to integrate technology into governance systems.

Experiences from Indonesia and Thailand illustrate how integrating satellite-derived data, geospatial analysis and artificial intelligence can simultaneously strengthen climate resilience, livelihoods and water governance. With supportive policies, stronger digital capacities and sustained regional cooperation, such approaches could be adapted and replicated in suitable contexts.

These pilots, along with exchanges of technical experience, including lessons from the Poyang Lake monitoring system, are supported through the Asia-Pacific Plan of Action on Space Applications for Sustainable Development (2018–2030).

The Asia-Pacific SDG Progress Report 2026 warns that progress across many Sustainable Development Goals remains off track, while data gaps continue to constrain effective policymaking. Strengthening water governance will depend not only on building infrastructure, but also on building the data systems and analytical capacities that guide where and how those investments are made.

Scaling proven digital innovations could therefore help turn fragmented water data into the actionable intelligence needed to accelerate progress toward SDG 6 and the broader 2030 Agenda for Sustainable Development.

Kareff Rafisura is Economic Affairs Officer (Space Applications), ESCAP; Orbita Roswintiarti is Senior Scientist, BRIN; Huang Qi is Associate Research Fellow, School of Geography and Environment, Key Laboratory of Poyang Lake Wetland and Watershed Research (Ministry of Education), Jiangxi Normal University, and Director of Nanji Wetland Field Research Station, Poyang Lake

Chaoyang Fang, Distinguished Professor, School of Geography and Environment and Chief Engineer, Key Laboratory of Poyang Lake Wetland and Watershed Research (Ministry of Education) of Jiangxi Normal University, also contributed insights to this piece.

IPS UN Bureau

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