National Tiger Conservation Authority (NTCA)
β What is NTCA: A statutory body under the Ministry of Environment, Forest, and Climate Change (MoEFCC), estd. in 2006 under the Wildlife (Protection) Act, 1972.
β Objectives:
- Provides statutory authority to Project Tiger, making compliance with its directives legally binding.
- Ensures accountability between the Center and States in managing Tiger Reserves through a federal structure.
β Members:
- Chairperson: Minister in charge of MoEFCC.
- Vice-Chairperson: Minister of State in MoEFCC.
- Other members include 3 members of Parliament, Secretary (MoEFCC), additional members.
Project Tiger
β A Centrally Sponsored Scheme (CSS) under MoEFCC launched on 1st April 1973 for the in-situ conservation of tigers.
β Purpose: Provides funding support to tiger range States for the conservation of tigers in designated reserves.
β Supervision: NTCA is the supervising agency for Project Tiger
β What is NTCA: A statutory body under the Ministry of Environment, Forest, and Climate Change (MoEFCC), estd. in 2006 under the Wildlife (Protection) Act, 1972.
β Objectives:
- Provides statutory authority to Project Tiger, making compliance with its directives legally binding.
- Ensures accountability between the Center and States in managing Tiger Reserves through a federal structure.
β Members:
- Chairperson: Minister in charge of MoEFCC.
- Vice-Chairperson: Minister of State in MoEFCC.
- Other members include 3 members of Parliament, Secretary (MoEFCC), additional members.
Project Tiger
β A Centrally Sponsored Scheme (CSS) under MoEFCC launched on 1st April 1973 for the in-situ conservation of tigers.
β Purpose: Provides funding support to tiger range States for the conservation of tigers in designated reserves.
β Supervision: NTCA is the supervising agency for Project Tiger
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In News: The Centre for Marine Living Resources and Ecology (CMLRE) has developed the Ocean Eyes mobile application to align with the Indian Ocean Biodiversity Information System (IndOBIS).
IndOBIS
β What is IndOBIS: The Indian node of the global Ocean Biodiversity Information System (OBIS), managed by CMLRE under the Ministry of Earth Sciences.
β Purpose: IndOBIS collects taxonomically resolved marine species occurrence data from the Indian Ocean.
β Data Types: Includes species occurrence, abundance records, and genomic profiles.
About OBIS
β What is OBIS: A global repository for marine species data, supporting marine science and conservation.
β Origin: Emerged from the Census of Marine Life (2000-2010).
β Agencies: Established by the IOC of UNESCO and part of the International Oceanographic Data and Information Exchange (IODE).
β Global Data: Provides species distribution, habitat, and environmental information across oceans.
IndOBIS
β What is IndOBIS: The Indian node of the global Ocean Biodiversity Information System (OBIS), managed by CMLRE under the Ministry of Earth Sciences.
β Purpose: IndOBIS collects taxonomically resolved marine species occurrence data from the Indian Ocean.
β Data Types: Includes species occurrence, abundance records, and genomic profiles.
About OBIS
β What is OBIS: A global repository for marine species data, supporting marine science and conservation.
β Origin: Emerged from the Census of Marine Life (2000-2010).
β Agencies: Established by the IOC of UNESCO and part of the International Oceanographic Data and Information Exchange (IODE).
β Global Data: Provides species distribution, habitat, and environmental information across oceans.
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Acid, Base and Salt
1. Acids:
- Sour taste
- Turn blue litmus paper red
- Donate protons (H+)
- Examples: Hydrochloric acid (HCl), Sulfuric acid (H2SO4)
2. Bases:
- Bitter taste
- Turn red litmus paper blue
- Accept protons
- Examples: Sodium hydroxide (NaOH), Potassium hydroxide (KOH)
3. Salts:
- Ionic compounds
- Formed by the reaction between an acid and a base
- Examples: Sodium chloride (NaCl), Calcium carbonate (CaCO3)
4. Neutralization Reaction:
- Acid + Base β Water + Salt
- pH of 7 is neutral
5. pH Scale:
- Measures acidity or basicity
- pH < 7 is acidic, pH > 7 is basic
6. Common Applications:
- Acids used in food preservation, cleaning agents
- Bases used in household cleaning products, medicine
- Salts used in soap, glass production
7. Environmental Impact:
- Acid rain from sulfur and nitrogen oxides
1. Acids:
- Sour taste
- Turn blue litmus paper red
- Donate protons (H+)
- Examples: Hydrochloric acid (HCl), Sulfuric acid (H2SO4)
2. Bases:
- Bitter taste
- Turn red litmus paper blue
- Accept protons
- Examples: Sodium hydroxide (NaOH), Potassium hydroxide (KOH)
3. Salts:
- Ionic compounds
- Formed by the reaction between an acid and a base
- Examples: Sodium chloride (NaCl), Calcium carbonate (CaCO3)
4. Neutralization Reaction:
- Acid + Base β Water + Salt
- pH of 7 is neutral
5. pH Scale:
- Measures acidity or basicity
- pH < 7 is acidic, pH > 7 is basic
6. Common Applications:
- Acids used in food preservation, cleaning agents
- Bases used in household cleaning products, medicine
- Salts used in soap, glass production
7. Environmental Impact:
- Acid rain from sulfur and nitrogen oxides
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Digital Agriculture Mission
β Launch: Approved by the Union Cabinet in September 2023, with a budget of Rs 2,817 crore.
βPurpose: To create Digital Public Infrastructure (DPI) in the agriculture sector, similar to the government's e-governance initiatives like Aadhaar and UPI.
β Key Components:
- AgriStack: A farmer-centric DPI consisting of:
- Farmersβ Registry: Digital identities (Farmer ID) linked to land records, crops sown, and benefits availed.
- Crop Sown Registry: Digital Crop Surveys for recording crops planted by farmers.
- Geo-Referenced Village Maps: Linking geographic information to land records.
- Krishi Decision Support System (DSS): A geospatial system unifying data on crops, soil, weather, and water resources for better decision-making and crop insurance claims.
- Soil Profile Maps: Detailed soil maps (1:10,000 scale) covering 142 million hectares of agricultural land.
β Launch: Approved by the Union Cabinet in September 2023, with a budget of Rs 2,817 crore.
βPurpose: To create Digital Public Infrastructure (DPI) in the agriculture sector, similar to the government's e-governance initiatives like Aadhaar and UPI.
β Key Components:
- AgriStack: A farmer-centric DPI consisting of:
- Farmersβ Registry: Digital identities (Farmer ID) linked to land records, crops sown, and benefits availed.
- Crop Sown Registry: Digital Crop Surveys for recording crops planted by farmers.
- Geo-Referenced Village Maps: Linking geographic information to land records.
- Krishi Decision Support System (DSS): A geospatial system unifying data on crops, soil, weather, and water resources for better decision-making and crop insurance claims.
- Soil Profile Maps: Detailed soil maps (1:10,000 scale) covering 142 million hectares of agricultural land.
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βοΈ Exercise VINBAX - India & Vietnam
βοΈ Exercise Vajra prahar - India & USA
βοΈ Exercise Mitra Shakti - India & Srilanka
βοΈ Exercise Kazind - India & Kazakhstan
βοΈ Exercise Sagar kavach - Indian coastal security exercise
βοΈ Exercise Ekatha - India & Maldives
βοΈ Exercise Ekuverin - India & Maldives
βοΈ Exercise Nomadic elephant - India & Mongolia
βοΈ Harimua Shakti - India & Malaysia
βοΈ Exercise Vajra prahar - India & USA
βοΈ Exercise Mitra Shakti - India & Srilanka
βοΈ Exercise Kazind - India & Kazakhstan
βοΈ Exercise Sagar kavach - Indian coastal security exercise
βοΈ Exercise Ekatha - India & Maldives
βοΈ Exercise Ekuverin - India & Maldives
βοΈ Exercise Nomadic elephant - India & Mongolia
βοΈ Harimua Shakti - India & Malaysia
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βοΈ Kashi Vishwanath temple - Varanasi
βοΈ Somnath temple - Gujarat
βοΈ Ramanatha Swami temple - Rameswaram, Tamilnadu
βοΈ Nataraja Temple - Tamilnadu
βοΈ Sabarimala Temple - Kerala
βοΈ Sanchi Stupa - Madhyapradesh
βοΈ Somnath temple - Gujarat
βοΈ Ramanatha Swami temple - Rameswaram, Tamilnadu
βοΈ Nataraja Temple - Tamilnadu
βοΈ Sabarimala Temple - Kerala
βοΈ Sanchi Stupa - Madhyapradesh
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βοΈ Phad Painting π¨π- Rajasthan
βοΈ Thangka Painting π- Sikkim/Ladakh
βοΈ Miniature Painting π- Himachal Pradesh
βοΈ Gond artπ - Madhyapradesh
βοΈ Tanjore Painting π- Tamilnadu
βοΈ Kalamkari artπ - Andhrapradesh
βοΈ Alpona artπ - West Bengal
βοΈ Cheriyal Painting π- Telangana
βοΈ Pichhwai Painting π- Rajasthan
βοΈ Lanjia Saura - Odisha
βοΈ Pattachitra painting π- West Bengal
βοΈ Bani Thani Painting π- Rajasthan
βοΈ Warli painting π- Maharashtra
βοΈ Pithora artπ - Gujarat
βοΈ Aipan art π - Uttarakhand
βοΈ Kerala murals - Kerala
βοΈ Alpana art π - Tripura
βοΈPattachitra painting - Odisha & West Bengal
βοΈ Warli painting - Maharashtra
βοΈ Kalamkari art form - Andhrapradesh
βοΈ Madhubani painting - Bihar
βοΈ Chikankari art form - Lucknow,UP
βοΈ Basholi painting - J&K
βοΈ Gond painting - MP
βοΈ Thangka Painting π- Sikkim/Ladakh
βοΈ Miniature Painting π- Himachal Pradesh
βοΈ Gond artπ - Madhyapradesh
βοΈ Tanjore Painting π- Tamilnadu
βοΈ Kalamkari artπ - Andhrapradesh
βοΈ Alpona artπ - West Bengal
βοΈ Cheriyal Painting π- Telangana
βοΈ Pichhwai Painting π- Rajasthan
βοΈ Lanjia Saura - Odisha
βοΈ Pattachitra painting π- West Bengal
βοΈ Bani Thani Painting π- Rajasthan
βοΈ Warli painting π- Maharashtra
βοΈ Pithora artπ - Gujarat
βοΈ Aipan art π - Uttarakhand
βοΈ Kerala murals - Kerala
βοΈ Alpana art π - Tripura
βοΈPattachitra painting - Odisha & West Bengal
βοΈ Warli painting - Maharashtra
βοΈ Kalamkari art form - Andhrapradesh
βοΈ Madhubani painting - Bihar
βοΈ Chikankari art form - Lucknow,UP
βοΈ Basholi painting - J&K
βοΈ Gond painting - MP
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βοΈ Laki laki volcanoπ - Indonesia
βοΈ Ibu volcano π- Indonesia
βοΈ Etna volcano π - Italy
βοΈ Starmboli volcano π - Italy
βοΈ Barren Volcano π - Andaman & Nicobar, India's only active volcano
βοΈ Ibu volcano π- Indonesia
βοΈ Etna volcano π - Italy
βοΈ Starmboli volcano π - Italy
βοΈ Barren Volcano π - Andaman & Nicobar, India's only active volcano
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π COP 27 - Egypt - 2022
βοΈ COP 28 - UAE - 2023
βοΈ COP 29 - Baku, Azerbaijan - 2024
βοΈ COP 30 - Brazil - 2025
βοΈ COP 28 - UAE - 2023
βοΈ COP 29 - Baku, Azerbaijan - 2024
βοΈ COP 30 - Brazil - 2025
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βοΈ Kokborok language - Tripura
βοΈ Bodo language - Assam
βοΈ Konkani language - Goa
βοΈ Khadi boli language - UP/Bihar/Haryana
βοΈ Bodo language - Assam
βοΈ Konkani language - Goa
βοΈ Khadi boli language - UP/Bihar/Haryana
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Hollongapar Gibbon Wildlife Sanctuary
β In News:
β Assam Govt recommended forest clearance for Vedantaβs oil and gas exploration project in the eco-sensitive zone of the Hollongapar Gibbon Wildlife Sanctuary
β About Hollongapar Gibbon Sanctuary:
β Location: Jorhat, Assam
β Established: 1997
β Flora:
- Upper canopy: hollong trees
- Middle canopy: nahar trees
β Fauna:
Home to Indiaβs only ape, the hoolock gibbons and Northeastern Indiaβs only nocturnal primate, Bengal slow loris.
βHoolock Gibbon
β Population: ~ 12,000,Northeast India, Bangladesh, Myanmar, and Southern China.
β Gibbon Species in India:
Two distinct species in Indiaβs northeast:
- Eastern Hoolock Gibbon (Hoolock leuconedys)
- Western Hoolock Gibbon (Hoolock hoolock).
β Conservation Status:
IUCN Red List:
- Western Hoolock Gibbon: Endangered
- Eastern Hoolock Gibbon: Vulnerable
Listed: Schedule 1 of the Indian (Wildlife) Protection Act 1972 (Both Species)
β In News:
β Assam Govt recommended forest clearance for Vedantaβs oil and gas exploration project in the eco-sensitive zone of the Hollongapar Gibbon Wildlife Sanctuary
β About Hollongapar Gibbon Sanctuary:
β Location: Jorhat, Assam
β Established: 1997
β Flora:
- Upper canopy: hollong trees
- Middle canopy: nahar trees
β Fauna:
Home to Indiaβs only ape, the hoolock gibbons and Northeastern Indiaβs only nocturnal primate, Bengal slow loris.
βHoolock Gibbon
β Population: ~ 12,000,Northeast India, Bangladesh, Myanmar, and Southern China.
β Gibbon Species in India:
Two distinct species in Indiaβs northeast:
- Eastern Hoolock Gibbon (Hoolock leuconedys)
- Western Hoolock Gibbon (Hoolock hoolock).
β Conservation Status:
IUCN Red List:
- Western Hoolock Gibbon: Endangered
- Eastern Hoolock Gibbon: Vulnerable
Listed: Schedule 1 of the Indian (Wildlife) Protection Act 1972 (Both Species)
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International Court of Justice (ICJ)
β Type: Principal judicial organ of the UN.
β Purpose: Resolves legal disputes between states and provides advisory opinions.
β Headquarters: Peace Palace, The Hague, Netherlands.
β Established: 1945, operational since 1946.
β Composition:
- Judges: 15 judges, elected for nine-year terms.
- Regional Representation: 3 from Africa, 2 from Latin America/Caribbean, 3 from Asia, 5 from Western Europe/others, 2 from Eastern Europe.
- President: Elected every three years from among the judges.
β Functions:
- Dispute Resolution: Includes territorial, maritime, diplomatic, and treaty issues.
- Advisory Opinions: For UN bodies.
β Indian Judges at ICJ:
- Dalveer Bhandari: Since 2012
- R.S. Pathak: 1989-1991
- Nagendra Singh: 1973-1988
- Sir Benegal Rau: 1952-1953
β Type: Principal judicial organ of the UN.
β Purpose: Resolves legal disputes between states and provides advisory opinions.
β Headquarters: Peace Palace, The Hague, Netherlands.
β Established: 1945, operational since 1946.
β Composition:
- Judges: 15 judges, elected for nine-year terms.
- Regional Representation: 3 from Africa, 2 from Latin America/Caribbean, 3 from Asia, 5 from Western Europe/others, 2 from Eastern Europe.
- President: Elected every three years from among the judges.
β Functions:
- Dispute Resolution: Includes territorial, maritime, diplomatic, and treaty issues.
- Advisory Opinions: For UN bodies.
β Indian Judges at ICJ:
- Dalveer Bhandari: Since 2012
- R.S. Pathak: 1989-1991
- Nagendra Singh: 1973-1988
- Sir Benegal Rau: 1952-1953
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