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  • Microsoft Copilot 3D turns your 2D images into 3D models for free – how to try

    Microsoft Copilot 3D turns your 2D images into 3D models for free – how to try

    Screenshot by Lance Whitney/ZDNET

    ZDNET’s key takeaways

    • Copilot 3D will turn your 2D images into 3D models.
    • The tool is freely available to anyone, though you do need a Microsoft account.
    • Microsoft suggests using an image with a single subject, even lighting, and a plain background.

    Need a quick way to devise a cool 3D image but don’t have the right software? Microsoft Copilot can help. Unveiled on Monday, a new tool known as Copilot 3D will turn a regular 2D image into a full 3D model, no experience or separate 3D software required.

    Available globally through Copilot Labs, Copilot 3D is free to anyone. No paid subscription is needed, though you will have to sign in with a personal Microsoft account to use the feature. The tool will work on any major mobile browser, but Microsoft advises you to use the website on a desktop PC.

    Also: Microsoft rolls out GPT-5 across its Copilot suite – here’s where you’ll find it

    “Copilot 3D is an AI-powered tool exclusive to Copilot Labs that lets users turn a single image into a fully rendered 3D model — no prior experience needed,” Microsoft said in its announcement. “It’s designed to make 3D creation fast, accessible, and intuitive. Whether you’re exploring ideas, testing a concept, or guiding hands-on learning, Copilot 3D supports imaginative experimentation without the complexity of traditional 3D software.”

    The 2D images you use must be ones that you own or have the rights to use. Copilot 3D supports PNG and JPG files less than 10MB. The resulting 3D model is created in a GLB format, which is compatible with most 3D viewers, design tools, and game engines. Of course, you can view the image in Copilot 3D. You can also open it in Microsoft Paint 3D, which still works even though it was deprecated in 2024.

    How to try Copilot 3D

    To take Copilot 3D for a spin, browse to the Copilot 3D website and sign in with your Microsoft account. To get some inspiration, you can view the existing 3D models generated by other people. Otherwise, click the Upload image button to use one of your own images. Choose your image and then click Create.

    Microsoft advises you to choose an image with a single subject, even lighting, and a plain background. Your results will probably work best with a drawing or other type of artwork, but you can use a photo. I selected a photo of a turtle, which Copilot 3D turned into a 3D model. If the source image doesn’t work, you’ll be told that the content cannot be generated. In that case, you’ll have to try a different image.

    Also: Microsoft gives Copilot a face – here’s how to try your new Appearance chat buddy

    After the 3D rendering is created, you can view it from different angles by manipulating it with your mouse. If you like the result, download it to your computer in GLB format. If not, you can always recreate it.

    Any generated models are saved to your My Creations page. Just click on an image to view it. From the My Creations page, you’re able to manually delete an image. Otherwise, it will automatically be removed after 28 days.


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  • Fetal procedure dramatically reduces mortality in high-risk Vein of Galen Malformation cases

    Fetal procedure dramatically reduces mortality in high-risk Vein of Galen Malformation cases

    Building upon the success of the first in utero brain surgery for Vein of Galen Malformation (VOGM) reported in 2023, new data published today in JAMA provides further evidence for the potential use of fetal embolization for this condition.

    VOGM is the most common type of congenital blood vessel abnormality, in which the earliest arteries that develop in the brain connect directly with the dominant vein in the young brain, rather than nourishing the brain tissue. This causes a tremendous rush of high-pressure, high-flow blood into the veins, putting the fetus at high risk for mortality, heart failure, brain injury, and neurodevelopmental delay. To improve outcomes for patients, a team at Boston Children’s Hospital designed a fetal embolization procedure that results in markedly diminished blood flow through the malformation, without blockage, and launched a clinical trial. Outcomes from their first successful procedure were reported in Stroke in 2023.

    In this new report in JAMA, the team describes outcomes from the first 7 patients enrolled in the trial; the fetal procedure was successfully completed in 5 of the 7. With standard postnatal care, even at expert referral centers, this high-risk fetal cohort had an expected 90% mortality, with only 9% likelihood of reaching developmental milestones at age 6 months. Notably, the enrolled patients had a dramatic reduction in mortality to 43%, and 3 of the 5 successfully treated patients survived past the neonatal period; all are thriving, without sign of neurodevelopmental delay. The investigators point out that five of the seven enrolled patients had unscheduled deliveries, including three preterm, at a mean of approximately 3 days post-intervention.

    These early results build on the success of our first case, demonstrating the feasibility of fetal embolization for VOGM and strongly suggesting that the procedure is safe and effective, though a full trial needs to be completed in order to draw solid conclusions.”


    Darren Orbach, MD, PhD, Co-Director of the Cerebrovascular Surgery and Interventions Center at Boston Children’s Hospital and PI of the study

    The research team plans to complete a full trial of this approach, weighing potential reduction in mortality, brain injury, and neurodevelopmental delays against an increased risk of unscheduled, preterm delivery.

    Source:

    Boston Children’s Hospital

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  • Japanese boxers’ deaths due to brain injuries prompt emergency meeting

    Japanese boxers’ deaths due to brain injuries prompt emergency meeting

    Japanese boxing officials will hold an emergency meeting on Tuesday as the sport in the country faces intense scrutiny following the deaths of two fighters in separate bouts at the same event.

    Super featherweight Shigetoshi Kotari and lightweight Hiromasa Urakawa, both 28, fought on the same card at Tokyo’s Korakuen Hall on August 2 and died days later following brain surgery.

    The Japan Boxing Commission (JBC), gym owners and other boxing officials are under pressure to act and will hold an emergency meeting on Tuesday, AFP reports.

    They are also expected to have talks about safety next month, local media said. “We are acutely aware of our responsibility as the manager of the sport,” Tsuyoshi Yasukochi, secretary-general of the JBC, told reporters on Sunday.

    Risks from dehydration

    Japanese media highlighted the risks of fighters dehydrating to lose weight rapidly before weigh-ins, and that it is one of the issues the JBC plans to discuss with trainers.

    In one immediate measure, the commission has decided to reduce all Oriental and Pacific Boxing Federation title bouts to 10 rounds from 12.

    “The offensive power of Japanese boxing today is tremendous,” Yasukochi was quoted by local media as telling reporters.

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  • NASA Creates Incredible Visualization Of One Of The Largest Solar Storm Observed In Space

    NASA Creates Incredible Visualization Of One Of The Largest Solar Storm Observed In Space

    Across September 1 and 2, 1859, the Earth experienced the most intense geomagnetic storm in recorded history. It is known as the Carrington Event and caused aurorae visible almost to the equator and damage to electrical systems, which at the time mostly consisted of telegraphs. None comparable have hit Earth since, but we came really close in 2012, as a new NASA visualization shows.

    The rest of this article is behind a paywall. Please sign in or subscribe to access the full content.

    Geomagnetic storms are caused by extremely fast releases of plasma from the Sun known as Coronal Mass Ejections (CMEs). Their speed depends on many factors, and they are usually associated with solar flares, which can cause radio blackouts independently of the CMEs. The Carrington Event is believed to have been powered by an extremely powerful flare, one of the earliest records of one, and possibly previous smaller CMEs cleared the way for the big one to arrive and cause the geomagnetic storm.

    Back then, we did not have the technology we have today, so it is difficult to know exactly how that happened. But we do know that in 2012, the planet risked experiencing a similar event when a Carrington Class CME was released and hit one of the solar monitor satellites, STEREO-A.

    Across July and August 2012, the Sun released several CMEs. Scientists considered four CMEs to be the prelude to an absolutely epic one, which was released from the Sun at 2:08 am UT of July 23. The flare was an X2.5, which is powerful but not as extreme as we have experienced, even in the last few years. But the CME was certainly something incredible, traveling at 2,000 kilometers (1,200 miles) per second. The trick, scientists believe, was having the previous CMEs pushing interplanetary plasma away, making it smooth sailing for the CME.

    NASA has released a detailed visualization of the coronal mass ejections that took place in July and August 2012 and how they spanned the Solar System, reaching the inner planets and the STEREO-A spacecraft.

    The event has concerned scientists since it happened. Solar Cycle 24, when the storm happened, was a weak solar cycle, so the fact that such an event was possible suggests that maybe they are not as infrequent as they were thought to be in the past. If the Earth had been nine days ahead in its orbit, the CME would have hit us, with damage to infrastructure globally that would easily be in the hundreds of billions of dollars.

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  • Azerbaijan, Armenia publish text of US-brokered peace deal – Reuters

    1. Azerbaijan, Armenia publish text of US-brokered peace deal  Reuters
    2. Iran rejects planned transit corridor outlined in Armenia-Azerbaijan pact  Al Jazeera
    3. Azerbaijani president phones PM Shehbaz, appreciates Pakistan’s support on Karabakh issue  Dawn
    4. President Trump Brokers Another Historic Peace Deal  The White House (.gov)
    5. America’s New South Caucasus Corridor: Stakes for China, Russia, and Beyond  The Diplomat – Asia-Pacific Current Affairs Magazine

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  • President vows to work for protection of minorities' rights – RADIO PAKISTAN

    1. President vows to work for protection of minorities’ rights  RADIO PAKISTAN
    2. ‘Mazhab nahi, soch badlo’: Religious minorities seek end to forced conversions, intolerance  Dawn
    3. President Zardari Reaffirms Protection of Minorities’ Rights in Pakistan  ptv.com.pk
    4. MPAs close ranks to champion minorities  The Express Tribune
    5. Govt to protect rights of minorities: PM  nation.com.pk

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  • Global Migration Of Aerosol Particles Across Earth Shown In NASA Visualization

    Global Migration Of Aerosol Particles Across Earth Shown In NASA Visualization

    High above the oceans and landmasses, an unseen migration is constantly unfolding. These travelers are aerosols: millions upon millions of microscopic particles so small they can drift for days or even weeks, riding the planet’s invisible superhighways.

    The rest of this article is behind a paywall. Please sign in or subscribe to access the full content.

    Created by NASA’s Scientific Visualization Studio, the video shows the journey of aerosols swirling through Earth’s atmosphere within a brief window from August 1 to September 14, 2024.

    It was made using NASA’s Goddard Earth Observing System, a sophisticated model that uses data from satellite observations, on-the-ground measurements, and weather stations to better understand the dynamic movement of the planet’s system. 

    Each type of aerosol is painted in its own color: deep blue for sea salt whipped up by storms, magenta for desert dust, fiery orange and red for smoke from wildfires, and bright green for sulfate particles from pollution or volcanic eruptions. 

    By looking at the way different aerosols ebb, flow, and twirl around Earth, it’s possible to gain all kinds of insights into different weather systems and the environment.

    For instance, that vast plume of pink heading westwards out of Africa is a cloud of desert dust from the Sahara. A significant plume of Saharan sand drifted across the Atlantic during the summer of 2024, impacting air quality across the Caribbean, Florida, and Texas. 

    You can also see a narrow stream of sulfate particles (in green) emitted from volcanic eruptions from Hawaii’s Kilauea volcano and Italy’s Mount Etna.

    Worrying amounts of wildfire smoke can be seen gushing out of southern Africa, created by seasonal agricultural burning, as well as South America, generated by the intense wildfires and deforestation. 

    The movement of the aerosols also picks up on the violent swirling of tropical storms. A spiraling cloud of sea salt, sulphates, and dust can be seen in the western Atlantic Ocean, representing Hurricane Ernesto. Meanwhile, Typhoons Shanshan and Ampil can be seen near Japan, drawing in pollution from mainland Asia.

    Human-made air pollution makes up much of the other green data points on the map. While it tends to emerge from industry and urban centers, it eventually spreads far and away, affecting people beyond the cities. However, just a small amount of the planet’s total aerosols are human-made, and the vast majority have natural origins. 

    By mapping these airborne journeys, NASA aims to equip communities and researchers with the insight to anticipate shifts in air quality and visibility, while advancing our understanding of the atmosphere’s ever-changing nature. Beyond its scientific value, the visualization offers a striking reminder that our planet is deeply interconnected.

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  • Leaf it out! Chemical engineers develop bioplastic that breaks down in soil – News

    Leaf it out! Chemical engineers develop bioplastic that breaks down in soil – News

    US CHEMICAL engineers inspired by leaves have created a form of bioplastic packaging that degrades in the environment in ambient conditions.

    Plastic packaging is a staple of modern life – it helps keep food fresh for longer and is lighter than many alternatives, reducing transport costs. Yet, too much of this single-use packaging is lost as litter to the environment, where plastic bottles and wrappers fragment into microplastics that end up polluting the environment and our bodies.

    There are alternatives that can biodegrade without producing persistent microplastics such as the bioplastic polylactic acid (PLA). However, it won’t break down in the soil or the sea where packaging pollution is prevalent, requiring industrial composting conditions instead.

    Now researchers at Washington University in St Louis, US, inspired by the cellulose-rich cell walls of plants, have added cellulose nanofibres to create a form of PLA that breaks down in soil in five weeks.

    “We created this multilayer structure where cellulose is in the middle and the bioplastics are on two sides,” said Joshua Yuan, professor of energy, environmental and chemical engineering at the university.

    Publishing their results in Nature Communications, the team said the technique makes the resulting film highly transparent and water stable, and achieves high gas barrier properties to improve food shelf life and reduce waste.

    “On top of all of this, the [composite’s] underlying cellulose structure gives it a higher tensile strength than even petrochemical plastics like polyethylene and polypropylene,” says study author Puneet Dhatt.

    The team is now looking for funding to help develop the technology for industrial use. While concerned the US lags behind European and Asian research institutions working on similar technologies, they believe they can compete by tapping into the country’s vast farming sector to supply the corn and starch feedstocks needed for bioplastic building blocks like lactic acid.

    “The US is particularly strong in agriculture,” Yuan said. “We can provide the feedstock for bioplastic production at a lower price compared to other parts of the world.

    “The United States has a waste problem, and circular reuse could go a long way to turning that waste into useful materials. If we can ramp up our bioplastic supply chain, it would create jobs and new markets.”

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  • Implant treats Type 1 diabetes by oxygenating insulin-producing cells

    Implant treats Type 1 diabetes by oxygenating insulin-producing cells

    Cornell researchers have developed an implant system that can treat Type 1 diabetes by supplying extra oxygen to densely packed insulin-secreting cells, without the need for immunosuppression. The system could also potentially provide long-term treatment for a range of chronic diseases.

    The findings were published Aug. 11 in Nature Communications. The co-first authors were former postdoctoral researcher Tung Pham and doctoral candidate Lora (Phuong) Tran.

    The technology builds off previous implantable encapsulation devices developed in the lab of Minglin Ma, professor of biological and environmental engineering in the College of Agriculture and Life Sciences (CALS) and the paper’s senior author.

    Ma has explored a variety of ways to address Type 1 diabetes, in which the body’s immune system turns hostile and destroys insulin-producing pancreatic cell clusters, known as islets. Without insulin, the body has no way to deliver glucose – sugar – into muscle and tissue cells to generate energy. People with Type 1 diabetes typically manage the disease through daily insulin injections or insulin pumps, but even with that treatment, patients still suffer devastating effects of the disease.

    Ma’s previous implantable devices have proved effective in controlling blood sugar in diabetic mice, but they can only last so long.

    “One of the major challenges is the implant itself often dies due to the lack of oxygen after implantation,” Tran said. “In our lab, they had success in mice that lived over one year, and they controlled the diabetes very effectively with some small capsules without oxygen generation. However, when we scale up, we need more cells, we need more density, especially. We need a higher dose. If we implant without generating oxygen, the cells often die within two weeks.”

    Ma’s team developed the new system in collaboration with electrochemical researchers from Giner Inc., including co-author Linda Tempelman, Ph.D. ’93.

    The key components of the system are a cylindrical capsule with a ring-shaped cross-section that contains transplanted insulin-secreting cells, and an electrochemical oxygen generator that is roughly the size of a dime and removeable. A nanofibrous membrane outside the capsule protects the cells from the host body’s immune system; a permeable membrane in the core of the capsule allows the central supply of oxygen to reach the ring of cells.

    “We have to meet two requirements,” Tran said. “The first is immune protection. And second, you have to maintain mass transfer, like the glucose and other nutrients and molecules that can go in and out.”

    Working with Dr. James Flanders, associate professor emeritus in the College of Veterinary Medicine, the researchers successfully tested the system in rat models.

    “It’s the proof of concept. We really proved that oxygenation is important, and oxygenation will support high cell-density capsules,” Tempelman said. “The capsules are immune protective and last for a long time without having some kind of fouling of the membrane. The body never likes when you put a foreign substance in. So that’s the engineering in the Ma Lab, to look for materials and coatings for the materials that are immune protective, but also don’t invoke excess response from the body because of the material.”

    The new system would enable a much greater number of the 2 million people who suffer from Type 1 diabetes in the U.S. to now have an islet transplant or cell therapy without requiring immune suppression, which is considered too dangerous for routine use. Also, the new system can provide much tighter sugar control, effectively curing the disease and enabling the person to eat, drink and exercise like everyone else. 

    The next step will be to implant the system in a pig model, and also test it with human stem cells. The researchers are interested in eventually trying to use the system for implanting different cell types in humans for long-term treatment of chronic diseases, according to Tempelman, who is CEO of Persista Bio Inc., a new startup she founded with Ma and Flanders that is licensing these technologies.

    “We see an age where people will be getting implants with allogeneic cells from other human beings, from stem cell lines, and using it long term to treat things that your body is missing,” Tempelman said. “Here we’re missing insulin. In pain control, maybe you need more endorphins or some other molecule. In enzyme replacement therapy, you need more enzymes. We’re interested in things like other autoimmune diseases where there’s inflammation that’s out of control.

    “So maybe you could put a small molecule in that would treat inflammation, and then someone, like a Lupus patient, wouldn’t have to take an oral medication. They could just have a low-level implant that provides a low amount of it.”

    Co-authors include Flanders; Christopher Piccirillo ’24 and Alan Li ’23; and Simon Stone of Giner Inc.

    The research was supported, in part, by the National Institutes of Health, the Hartwell Foundation, Breakthrough T1D and Novo Nordisk.

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  • Govt hails Hague court’s award saying India must ‘let flow’ waters of western rivers for Pakistan’s ‘unrestricted use’ – Pakistan

    Govt hails Hague court’s award saying India must ‘let flow’ waters of western rivers for Pakistan’s ‘unrestricted use’ – Pakistan

    The federal government on Monday welcomed the decision by the Permanent Court of Arbitration (PCA) in The Hague to issue an “Award on Issues of General Interpretation of the Indus Waters Treaty (IWT)” in the Indus Waters case, stating that India must generally “let flow” the waters of the western rivers for Pakistan’s “unrestricted use”.

    India in April held the IWT in abeyance following the attack in occupied Kashmir’s Pahalgam that killed 26 — an incident New Delhi blamed on Islamabad without evidence. Pakistan termed any attempt to suspend its water share an “act of war”, noting the IWT had no provision for unilateral suspension. It later said it was considering court action, citing a violation of the 1969 Vienna Convention on the Law of Treaties.

    A supplemental award by the PCA in June held that India could not unilaterally hold the treaty in abeyance. India, in response, said it did not recognise the court or its decisions.

    A press release issued today by the PCA said it rendered an award on Friday in an arbitration initiated by Pakistan against India on August 19, 2016, pursuant to Article IX and Annexure G to the IWT.

    “This arbitration concerns the interpretation and application of the IWT to certain design elements of the run-of-river hydro-electric plants that India is permitted by the treaty to construct on the tributaries of the Indus, Jhelum and Chenab Rivers.”

    Regarding the overall approach to Article 3 (provisions regarding western rivers) of the IWT, the award said: “The general rule is that India shall ‘let flow’ the waters of the western rivers for Pakistan’s unrestricted use.

    “There are certain specified exceptions to this rule, including in relation to the generation of hydroelectric power, but these exceptions must be strictly construed: the design and operation of run-of-river hydroelectric plants must hew strictly to the requirements in the treaty, rather than to
    what India might consider an ‘ideal’ or ‘best practices’ approach.”

    It further noted that questions relating to the balance between the parties’ respective rights and obligations in this regard were to be identified and addressed through the treaty’s procedures for notification, objection and dispute resolution in furtherance of the treaty’s objective and its obligations of mutual cooperation.

    The PCA said that to date, India had not participated in the arbitration proceedings and had repeatedly objected to the court’s competence of the court, adding that it had addressed the issue on various counts before.

    “Throughout these proceedings, the court has ensured that India is fully informed in respect of the
    proceedings and that the opportunity to participate remains open to it. Notwithstanding this, the court
    has endeavoured to ascertain, understand, and consider India’s views, drawing on available materials,
    including the records of the commission, correspondence between the parties, and/or submissions by
    India in previous dispute resolution proceedings under the treaty,” the PCA said.

    It added that it had also taken steps to test the accuracy of Pakistan’s claims, including by requesting further written submissions from Pakistan, by questioning Pakistan both before and during the hearing on the merits, by requesting that Pakistan produce historical evidence concerning the operation of the IWT and the Permanent Indus Commission, and by considering publicly available materials and jurisprudence not presented by Pakistan.

    The PCA explained that the Aug 8 award addressed questions concerning the treaty’s overall interpretation and application, including in relation to Article 3 and Paragraph 8 of Annexure D (which concerns new run-of-river hydro-electric plants that India may construct on the western rivers).

    “The award also addresses a related question on the legal effect of decisions issued by dispute resolution bodies under the treaty (namely, courts of arbitration and neutral experts),” the PCA press release said.

    “The award is binding on the parties and without appeal,” the press release stated.

    A statement from the Foreign Office (FO) said Pakistan welcomed the award.

    “The award carries special significance in the wake of India’s recent announcement to hold the IWT in abeyance, and its earlier decision to boycott the proceedings of the Court of Arbitration. It is an endorsement of Pakistan’s historical stance on the afore-stated issues.

    “Pakistan remains committed to full implementation of the IWT. It also expects India to immediately resume the normal functioning of the treaty and faithfully implement the award announced by the Court of Arbitration.”

    Award’s details

    Among its 10 findings, the court said the awards of a court of arbitration were final, binding on the parties and had a controlling legal effect on subsequent neutral experts, subsequent courts of arbitration and the court that issued the award.

    Further, it pointed out that to the extent that a court of arbitration and a neutral expert were operating at the same time on related matters, it was incumbent on both to pay attention to decisions of the other that had a binding or otherwise controlling effect.

    The court said that the decisions of a neutral expert on matters within their competence were “final and binding” on the parties and any court of arbitration, in respect of the particular matter on which the decision was made.

    “Due to the vulnerability of Pakistan as the downstream riparian of a critical but shared nature resource, and the potential for serious conflict between India and Pakistan in this regard, the object and purpose of the treaty, as it relates to the western rivers, is to delimit the two states’ respective rights and obligations, in conjunction with mutual cooperation and effective dispute resolution procedures for whenever questions as to the interpretation and application of these rights and obligations arise,” the court reiterated about the treaty’s objectives and aims.

    The award said Paragraphs 8(d), 8(e), and 8(f) of Annexure D, on low-level outlets, gated spillways, and intakes for the turbines respectively, contained specific directions about their existence, size and/or location (addressed below), which might depart from engineering best practices that sought to maximise efficiency or power output.

    “These limitations were of central significance in the treaty negotiations for addressing Pakistan’s
    concerns as to India’s ability to release virtually all the water in dam reservoirs, along with
    sediment, and to withhold a large volume of water when refilling the reservoirs,” the court said.

    On maximum pondage, the award said that the pondage required for firm power was
    to be calculated based on the water accumulated over a seven-day period at the minimum mean
    discharge (a historically low flow rate), taking into account the daily and weekly downstream
    release requirements set out in Paragraph 15 of Annexure D and a “realistic, well-founded, and
    defensible projection of the plant’s installed capacity and anticipated load”.

    It noted that maximum pondage should not be “more than twice this amount”.

    The court further said that when designing a run-of-river plant, India was only entitled to freeboard the vertical distance in the dam wall from the full supply level to the top of the dam of a height necessary to address the safety of the dam as a whole from overtopping, with reference to internationally recognised standards.

    “For each of the components of dam design indicated above, the parties must cooperate from an early stage of planning by India for a new hydro-electric plant on the western rivers, such that India’s designs can be modified as necessary in light of valid concerns raised by Pakistan in relation to these components. Ultimately, India bears the burden of establishing that its designs are treaty-compliant,” the award’s findings concluded.

    However, the award clarified that the court did not address the application of its findings to the specific circumstances of the Kishenganga Hydro-Electric Plant or Ratle Hydro-Electric Plant — the two Indian
    projects presented in Pakistan’s arbitration request.

    “The court remains seized of issues raised in the request for arbitration and not yet decided, and will determine the next steps in the proceedings after seeking the views of the parties,” it said.

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