{
    "success": true,
    "data": {
        "id": 1771251,
        "msgid": "chinese-scientists-warn-of-doomsday-sign-as-himalayan-rivers-shift-course-1780020746",
        "date": "2026-05-29 06:30:00",
        "title": "Chinese Scientists Warn of 'Doomsday' Sign as Himalayan Rivers Shift Course",
        "author": "",
        "source": "CNBC",
        "tags": "",
        "topic": "Infrastructure",
        "summary": "The study reveals Himalayan rivers are shifting rapidly due to climate change, increasing flood and erosion risks, threatening infrastructure and communities. Researchers found temperatures in the region have risen twice as fast as the global average since the 1980s, with melting glaciers and permafrost accelerating river movement. Unlike the Arctic, where vegetation stabilises banks, the Himalayas' sparse vegetation exacerbates erosion, heightening vulnerability to climate impacts.",
        "content": "<p>Jakarta, CNBC Indonesia \u2013 Global warming is increasingly affecting\nHimalayan river systems. A study has found that this massive frozen\nwater storage system is becoming unstable due to rising temperatures\ncaused by climate change, raising \u2018apocalyptic\u2019 concerns. Temperatures\nin the Himalayas have reportedly risen twice as fast as the global\naverage since the 1980s. Researchers in the study published in the\njournal Science used satellite imagery and field observations from\n1980-2020 to examine changes in Himalayan rivers. They investigated\nwhether melting glaciers and frozen ground due to climate change could\naccelerate river movement and form new channels. \u2018The upper Himalayan\nmountain regions stand out as areas where climate warming and channel\nmigration interact strongly, offering an opportunity to study the\neffects of climate warming on river dynamics such as meanders and\nfluvial morphodynamics,\u2019 said researcher Zhongpeng Han from China\nUniversity of Geosciences in Beijing, cited from Scitechdaily on\nTuesday, 26 May 2026. Researchers observed 1,079 river bends along 1,582\nkm of channels flowing over frozen ground. Their observations revealed\nthat Himalayan rivers are shifting faster due to this phenomenon, making\nthem much harder to predict. Furthermore, the impacts are significant,\nincreasing flood and erosion risks, as well as potential damage to\nroads, bridges, agricultural land, and riverside communities. The\nchanges are attributed to warmer conditions sending more water and\nsediment into rivers, which also weakens frozen riverbanks. These\neffects appear to make rivers less stable and more prone to shifting.\nResearchers also found differing responses to global warming between\nHimalayan and Arctic rivers. In the Arctic, vegetation helps stabilise\nriverbanks and slow channel movement. However, sparse vegetation in the\nHimalayas makes thawing riverbanks prone to erosion and collapse,\nleaving the region vulnerable to climate-driven river changes.<\/p>",
        "url": "https:\/\/jawawa.id\/newsitem\/chinese-scientists-warn-of-doomsday-sign-as-himalayan-rivers-shift-course-1780020746",
        "image": ""
    },
    "sponsor": "Okusi Associates",
    "sponsor_url": "https:\/\/okusiassociates.com"
}