
Chandigarh: SAPCC 2.0 aims to strengthen climate resilience, reduce emissions by 2030
The meeting was held under the chairmanship of Rajeev Verma, chief secretary, at the UT Secretariat. Officials said that the meeting focused on outlining the roadmap for the effective implementation of SAPCC 2.0, following its recent approval by the Union ministry of environment, forest and climate change (MoEF&CC), during the National Steering Committee on Climate Change (NSCCC) meeting.
Developed by the department of environment, UT Chandigarh, SAPCC 2.0 aims to strengthen climate resilience, reduce emissions, and integrate sustainability into governance by 2030. The plan aligns with national priorities, including India's updated NDCs, the Long-Term Low Emission Development Strategy, and Mission LiFE.
Key initiatives under SAPCC 2.0 include: Achieving 100% renewable energy under the Model Solar City initiative, expanding electric mobility, promoting green buildings, enhancing rainwater harvesting, wetland restoration and strengthening public health systems.
To ensure accountability, the plan includes a robust monitoring, evaluation, and reporting (MER) framework. It also proposes the creation of a Climate Change Centre (CCC) to coordinate interdepartmental efforts, manage climate data, and facilitate knowledge sharing. A baseline study on carbon emissions and sequestration potential is also planned to support data-driven policy-making.
The meeting was attended by Mandip Singh Brar, secretary home-cum-environment and forest, Diprava Lakra, secretary finance and transport, Saurbh Kumar, CCF-cum-director environment, MC commissioner Amit Kumar (IAS), Ajay Chagti, secretary health, and additional director of environment Anup Kumar Soni, along with other officials from stakeholder departments.
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Hindustan Times
2 days ago
- Hindustan Times
Chandigarh: SAPCC 2.0 aims to strengthen climate resilience, reduce emissions by 2030
The second meeting of the State Level Steering Committee (SLSC) on the State Action Plan on Climate Change (SAPCC) 2.0 for Chandigarh was held on Friday. Based on detailed climate modelling and vulnerability assessments, SAPCC 2.0 warns of rising temperatures and increased frequency of heavy rainfall by 2050, which could intensify urban challenges such as heat stress and flooding. To ensure accountability, the plan includes a robust monitoring, evaluation, and reporting (MER) framework. (HT File) The meeting was held under the chairmanship of Rajeev Verma, chief secretary, at the UT Secretariat. Officials said that the meeting focused on outlining the roadmap for the effective implementation of SAPCC 2.0, following its recent approval by the Union ministry of environment, forest and climate change (MoEF&CC), during the National Steering Committee on Climate Change (NSCCC) meeting. Developed by the department of environment, UT Chandigarh, SAPCC 2.0 aims to strengthen climate resilience, reduce emissions, and integrate sustainability into governance by 2030. The plan aligns with national priorities, including India's updated NDCs, the Long-Term Low Emission Development Strategy, and Mission LiFE. Key initiatives under SAPCC 2.0 include: Achieving 100% renewable energy under the Model Solar City initiative, expanding electric mobility, promoting green buildings, enhancing rainwater harvesting, wetland restoration and strengthening public health systems. To ensure accountability, the plan includes a robust monitoring, evaluation, and reporting (MER) framework. It also proposes the creation of a Climate Change Centre (CCC) to coordinate interdepartmental efforts, manage climate data, and facilitate knowledge sharing. A baseline study on carbon emissions and sequestration potential is also planned to support data-driven policy-making. The meeting was attended by Mandip Singh Brar, secretary home-cum-environment and forest, Diprava Lakra, secretary finance and transport, Saurbh Kumar, CCF-cum-director environment, MC commissioner Amit Kumar (IAS), Ajay Chagti, secretary health, and additional director of environment Anup Kumar Soni, along with other officials from stakeholder departments.


Time of India
3 days ago
- Time of India
Over 50 Dragonfly, Damselfly Species Documented at Belvai Odonata Workshop
Mangaluru: A three-day Odonata workshop hosted by Sammilan Shetty's Butterfly Park in Belvai has documented over 50 species of dragonflies and damselflies, including several that are endemic and vulnerable in the Western Ghats. Tired of too many ads? go ad free now The residential workshop brought together 13 participants, five volunteers, two expert mentors and the host, Shetty. Field studies were conducted at Ayameri Lake in Marnad, the outskirts of forested regions near Durga and Mala, and the stream–pond ecosystems within the Butterfly Park. "At Ayameri Lake, participants recorded a variety of species associated with open freshwater bodies," Shetty said. These included the Scalloped Spreadwing (Lestes praemorsus), Black-tipped Forest Glory (Vestalis apicalis), Stream Ruby (Heliocypha bisignata), Malabar Torrent Dart (Euphaea fraseri) and Rapacious Flangetail (Ictinogomphus rapax). Larger dragonflies such as Epophthalmia vittata, Macromia irata and Duskhawkers were also seen actively foraging. The workshop was co-led by Dr Dattaprasad Avinash Sawant and Dr Vivek Chandran. Dr Sawant, a physician and odonatologist, has over 15 scientific publications to his credit and serves as an editor at Odonata of India. Dr Chandran, who was recently awarded a doctorate for his research on the Odonates of Kerala's Kole wetlands, is a council member of the Society for Odonate Studies (SOS) and a co-author of new species descriptions from the Western Ghats. Participants learnt how to identify Odonates using characteristics such as wing venation and abdominal patterns, and recorded behaviours such as territoriality, perching, hovering during mating, basking for thermoregulation, obelisk posture, and egg-laying, both endophytic (within plant tissue) and exophytic (on water or other surfaces). Key sightings across habitats included 27 species from the outskirts of the Durga region, including Brown Midget, Lesser Bluewing, Long-banded Bluetail, Coorg Bamboo-tail and Malabar Torrent Dart. Tired of too many ads? go ad free now The Mala buffer zone recorded many interesting species like Pied Shadowdamsel, Red-spot Shadowdamsel, Coorg Bambootail, Malabar Torrent Dart, Shadowdancer and the rare Montane Forest Glory. From the Butterfly Park, about 24 species were documented, including Long-banded Bluetail, Lesser Bluewing, Orange-tailed Marsh Dart and frequent sightings of Brown Midget. "This workshop helped expand the checklist of Odonates from the region while training the next generation of naturalists. Such programmes encourage keen observation and accurate documentation skills that are crucial for both ecological understanding and long-term conservation," Dr Sawant said. Volunteers Raghavendra, Narendra, Afran, Nithin, and Abhijith provided vital support with field coordination, note-taking, and guiding participants during fieldwork.


News18
09-06-2025
- News18
A Strange Signal Is Coming From Space Every 44 Minutes, Scientists Are Baffled
Last Updated: According to Professor Nanda Rea of Spain's Institute of Space Sciences, the discovery hints at the presence of many more such unknown objects hiding across the cosmos A strange celestial object, unlike anything ever observed before, has been discovered by astronomers in Australia. The detection of ASKAP J1832-0911, an object that emits radio and X-ray signals every 44 minutes, is being hailed as a breakthrough that could reshape how scientists understand the universe. The object sends out powerful pulses that last for about two minutes each. These signals were picked up simultaneously by two major observatories: Australia's ASKAP (Australian Square Kilometre Array Pathfinder) radio telescope and NASA's Chandra X-ray Observatory. The rare synchronicity of this observation has made the discovery all the more remarkable. Dr Andy Wang from Curtin University, who was part of the research team, described the find as 'like discovering a needle in a haystack". This object doesn't behave like anything we've ever seen before, he added. ASKAP J1832-0911 appears to belong to a relatively new class of celestial phenomena known as Long-Period Transients, or LPTs. These objects were first identified in 2022 and are known for emitting signals over unusually long intervals. However, this is the first time that any LPT has been observed sending out X-rays along with radio waves. What could it be? Scientists are still unsure. One theory suggests that the object could be a magnetar, a remnant core of a collapsed star with an extremely strong magnetic field. Another hypothesis proposes it may be part of a binary star system involving a highly magnetic white dwarf. But even these explanations do not fully account for its unusual behaviour. According to Professor Nanda Rea of Spain's Institute of Space Sciences, the discovery hints at the presence of many more such unknown objects hiding across the cosmos. 'This is just the beginning," she said, adding that the fact that they caught the signal in both radio and X-ray frequencies at the same time shows that they were on the verge of something bigger. The dual-frequency nature of the signals could help astronomers develop new tools and methods for identifying similar phenomena, potentially uncovering more hidden secrets of the universe. For now, ASKAP J1832-0911 remains an enigma, but one that may open new windows into the unknown chapters of space. First Published: June 09, 2025, 17:06 IST