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The Hindu Newspaper Analysis Today | 7 October 2026 | Current Affairs | Editorial Analysis | UPSC
#thehinduanalysis #7_October_2026 #Octobercurrentaffairs #dailycurrentaffairs #currentaffairtoday #currentaffairs #deepakyadav #deepaksircurrentaffairs #deepakyadaveducation #October2026
7th October 2026 | The Hindu & Indian Express Newspaper Analysis |β¦
7th October 2026 | The Hindu & Indian Express Newspaper Analysis |β¦
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The Hindu Newspaper Analysis Today | 11 October 2026 | Current Affairs | Editorial Analysis | UPSC
#thehinduanalysis #11_October_2026 #Octobercurrentaffairs #dailycurrentaffairs #currentaffairtoday #currentaffairs #deepakyadav #deepaksircurrentaffairs #deepakyadaveducation #October2026
11th October 2026 | The Hindu & Indian Express Newspaper Analysisβ¦
11th October 2026 | The Hindu & Indian Express Newspaper Analysisβ¦
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Indo-French TRISHNA Mission
π°οΈ 1. About the TRISHNA Mission
β‘οΈ TRISHNA is a collaborative Earth-observation satellite mission between the Indian Space Research Organisation (ISRO) and Franceβs National Centre for Space Studies (CNES).
β‘οΈ Its primary purpose is to use high-resolution thermal infrared imaging to assess natural resources and monitor the Earthβs surface.
β‘οΈ The mission has been under conceptualisation and formalisation for approximately a decade, and has now reached the realisation stage, according to the report.
π€ 2. IndiaβFrance Space Cooperation
β‘οΈ TRISHNA is described as the third satellite developed jointly by India and France, following:
β‘οΈ π°οΈ Megha-Tropiques: A joint mission focused on studying the water cycle and energy exchanges in the tropical atmosphere.
β‘οΈ π°οΈ SARAL (Satellite with ARgos and ALtika): A joint oceanographic mission that measures ocean-surface height and studies ocean circulation.
β‘οΈ TRISHNA reflects the continuing scientific and technological partnership between India and France in space research.
π‘οΈ 3. Significance of TRISHNA
β‘οΈ πΎ Agriculture: Thermal observations can help assess crop water stress and support irrigation planning.
β‘οΈ π§ Water management: Surface temperature and evapotranspiration measurements can help improve water-resource assessment.
β‘οΈ π³ Ecosystem monitoring: Satellite observations can help study vegetation health and environmental changes.
β‘οΈ π Climate research: High-resolution thermal data can support research on land-surface processes and climate-related impacts.
β‘οΈ π Natural-resource management: Better observations can support evidence-based planning for land, water and vegetation.
π°οΈ 1. About the TRISHNA Mission
β‘οΈ TRISHNA is a collaborative Earth-observation satellite mission between the Indian Space Research Organisation (ISRO) and Franceβs National Centre for Space Studies (CNES).
β‘οΈ Its primary purpose is to use high-resolution thermal infrared imaging to assess natural resources and monitor the Earthβs surface.
β‘οΈ The mission has been under conceptualisation and formalisation for approximately a decade, and has now reached the realisation stage, according to the report.
π€ 2. IndiaβFrance Space Cooperation
β‘οΈ TRISHNA is described as the third satellite developed jointly by India and France, following:
β‘οΈ π°οΈ Megha-Tropiques: A joint mission focused on studying the water cycle and energy exchanges in the tropical atmosphere.
β‘οΈ π°οΈ SARAL (Satellite with ARgos and ALtika): A joint oceanographic mission that measures ocean-surface height and studies ocean circulation.
β‘οΈ TRISHNA reflects the continuing scientific and technological partnership between India and France in space research.
π‘οΈ 3. Significance of TRISHNA
β‘οΈ πΎ Agriculture: Thermal observations can help assess crop water stress and support irrigation planning.
β‘οΈ π§ Water management: Surface temperature and evapotranspiration measurements can help improve water-resource assessment.
β‘οΈ π³ Ecosystem monitoring: Satellite observations can help study vegetation health and environmental changes.
β‘οΈ π Climate research: High-resolution thermal data can support research on land-surface processes and climate-related impacts.
β‘οΈ π Natural-resource management: Better observations can support evidence-based planning for land, water and vegetation.
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13_October_2026_Deepak_Yadav_Education_Class_Notes_in_English_.pdf
6.5 MB
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π World Food Day 2026: Innovate Today, Nourish Tomorrow
πΉ πΎ World Food Day 2026 is observed on 16 October with the theme βInnovate Today, Nourish Tomorrow.β
πΉ π The theme highlights the need for innovation in agriculture, food production, nutrition and food distribution to ensure future food security.
πΉ π½οΈ According to the article, 645 million people still face hunger, while one-third of the worldβs population cannot afford a healthy diet.
πΉ β οΈ Three major factors worsen global hunger: climate-related risks, economic shocks and conflicts.
πΉ πΎ World Food Day 2026 is observed on 16 October with the theme βInnovate Today, Nourish Tomorrow.β
πΉ π The theme highlights the need for innovation in agriculture, food production, nutrition and food distribution to ensure future food security.
πΉ π½οΈ According to the article, 645 million people still face hunger, while one-third of the worldβs population cannot afford a healthy diet.
πΉ β οΈ Three major factors worsen global hunger: climate-related risks, economic shocks and conflicts.
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Article 16 of Indian. Constitution
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United Nation Security Council - UNSC
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