Books | Author |
A Bend in the river | V S Naipaul |
A Brush with Life | Satish Gujral |
A Conceptual Encyclopaedia of Guru Granth Sahib | S S Kohli |
A Foreign Policy for India | I K Gujral |
A Himalayan Love Story | Namita Gokhale |
A Nation Flawed-Lesson from Indian History | P N Chopra |
A Peep into the Past | Vasant Navrekar |
A Possible India | Partha Chatterjee |
A Psychoanalysis of the Prophets | Abdulla Kamal |
A Reveolutionary Life | Laxmi Sehgal |
A Secular Agenda | Arun Shourie |
A Suitable Boy | Vikram Seth |
Acoession to Extinction | D R Mankekar |
Across Borders, Fifty-years of India’s Foreign Policy | J N Dixit |
Adhe Adhure | Mohan Rakesh |
After the Dark Night | S M Ali |
Agni Pariksha | Acharya Tulsi |
Agni Veena | Kazi Nazrul Islam |
Ain-i-Akbari | Abul Fazal |
Ajatshatru | Jai Shankar Prasad |
Akbarnama | Abul Fazal |
Amar Kosh | Amar Singh |
An Autobiography | Jawaharlal Nehru |
An idealist View of Life | Dr S Radhakrishnan |
Anandmath | Bankim Chandra Chatterjee |
Anatomy of a Flawed inheritance | J N Dixit |
Anguish of Deprived | Lakshmidhar Mishra |
Answer to History | Mohammad Reza Pahlavi |
Area of Darkness | V S Naipaul |
Arion and the Dolphin | Vikram Seth |
Arthashastra | Kautilya |
Ashtadhyayi | Panini |
Asia and Western Dominance | K M Panikkar |
Assassination of a Prime Minister | S Anandram |
Assignment Colombo | J N Dixit |
Atoms of Hope | Mohan Sundara Rajan |
Autobiography of an Unknown Indian | Nirad C Chaudhuri |
Backward Place | Ruth Prawer Jhabwala |
Bandicoot Run | Manohar Malgonkar |
Bang-i-Dara | Mohammad lqbal |
Beginning of the Beginning | Acharya Rajneesh |
Bend in the Ganges | Manohar Malgonkar |
Between the Lines | Kuldip Nayar |
Bewildered India-Identity, Pluralism, Discord | Rasheedud-din Khan |
Beyond Boundaries: A Memoire | Swaraj Paul |
Beyond Modernisation, Beyond Self | Sisir Kumar Ghose |
Bhagwat Gita | Veda Vyas |
Bharal Aur Europe | Nirmal Verma |
Bharat Bharati | Maithili Sharan Gupta |
Bharaitya Parampara Ke Mool Swar | Govind Chandra Pande |
Bisarjan | R N Tagore |
Blind Men of Hindoostan-indo-Pak Nuclear War | Gen Krishnaswamy Sundarji |
Bliss was it in that Dawn | Minoo Masani |
Borders & Boundaries: Women in India’s Partition | Ritu Menon & Kamla Bhasin |
Bostaan | Sheikh Saadi |
Bread, Beauty and Revolution | Khwaja Ahmed Abbas |
Breaking the Silence | Anees Jung |
Breakthrough | Gen Moshe Dayan |
Bride for the Sahib and Other Stories | Khushwant Singh |
Bridge’s Book of Beauty | Mulk Raj Anand |
Brishbikkha | Bankim Chandra Chatterji |
Britain’s True History | Prem Bhatia |
Broken Wings | Sarojini Naidu |
Bubble | Mulk Raj Anand |
Buddha Charitam | Ashvaghosha |
Bunch of Old Letters | Jawaharlal Nehru |
By God’s Decree | Kapil Dev |
Canvass of Life | Sheila Gujral |
Chandalika | Rabindranath Tagore |
Chemmeen | Thakazhi Sivasankara Pillai |
Chidambara | Sumitranandan Pant |
Chikaveera Rajendra | Masti Venkatesh lyengar |
Chinese Betrayal | B N Mullick |
Chitra | Rabindranath Tagore |
Choma’s Drum | K Shivaram Karanath |
Chithirappaavai | P V Akilandam |
Confessions of a Lover | Mulk Raj Anand |
Confrontation with Pakistan | Gen B M Kaul |
Conquest of Self | Mahatma Gandhi |
Continent of Circle | Nirad C Chaudhuri |
Coolie | Mulk Raj Anand |
Court Dancer | Rabindranath Tagore |
Crescent Moon | Rabindranath Tagore |
Crescent Over Kashmir | Anil Maheshwari |
Crisis into Chaos | E M S Namboodiripad |
Crossing the Sacred Line-Women’s | Abhilasha Kumari, Sabina |
Search for Political Power | Abhilasha & Sabina Kidwai |
Crown and the Loincloth | Chaman Nahal |
Cuckold | Kiran Nagar Kar |
Culture in the Vanity Bag | Nirad C Chaudhuri |
Curtain Raisers | K Natwar Singh |
Dark Room | R K Narayan |
Dashkumar Charitam | Dandi |
Daughter of the East | Benazir Bhutto |
Day in Shadow | Nayantara Sehgal |
Days of My Yers | H P Nanda |
Death of a City | Amrita Pritam |
Death-The Supreme Friend | Kakasaheb Kalelkar |
Decline and Fall of Indira Gandhi | D R Mankekar and Kamala Mankekar |
Democracy Redeemed | V K Narsimhan |
Devadas | Sarat Chandra Chatterjee |
Dharmashastra | Manu |
Discovery of India | Jawaharlal Nehru |
Distant Drums | Manohar Malgonkar |
Distant Neighbours | Kuldip Nayar |
Divine Comedy | A Dante |
Divine Life | Swami Sivananda |
Don’t Laugh-We are Police | Bishan Lal Vohra |
Dream in Hawaii | Bhabani Bhattacharya |
Durgesh Nandini | Bankim Chandra Chatterjee |
Dynamics of Social Change | Chandra Shekhar |
Earth in the Balance: Forging a New | Albert Gore |
East of Eden | B N Mullick |
East West | Salman Rushdie |
Economic Planning of India | Ashok Mehta |
Economics of the Third World | S K Ray |
Eight Lives | Rajmohan Gandhi |
End of an Era | C S Pandit |
English August | Upamanyu Chatterjee |
Essays On Gita | Aurobindo Ghosh |
Eternal Himalayas | Major H P S Ahluwalia |
Eternal India | Indira Gandhi |
Eternity | Anwar Shaikh |
Faces to Everest | Maj H P S Ahluwalia |
Facts are Facts | Khan Abdul Wali Khan |
Faith & Fire: A Way Within | Madhu Tandon |
Fall of a Sparrow | Salim Ali |
Farewell to a Ghost | Manoj Das |
Fasana-i-Azad | Ratan Nath Sarkar |
Flames from the Ashes | P D Tandon |
Food, Nutrition and Poverty in India | V K R V Rao |
Forbidden Sea | Tara Ali Baig |
Fortynine Days | Amrita Pritam |
Freedom Behind Bars | Sheikh Mohd Abdullah |
Friends and Foes | Sheikh Mujibur Rehman |
Friends, Not Masters | Ayub Khan |
From india to America | S Chandrashekhar |
From Rajpath to Lokpath | Vijaya Raja Scindia |
Future of NPT | Savita Pande |
Ganadevata | Tara Shankar Bandopadhyaya |
Gardener | Rabindra Nath Tagore |
Geeta Govind | Jaya Dev |
Ghasiram Kotwal | Vijay Tendulkar |
Gita Rahasya | Bal Gangadhar Tilak |
Gitanjali | Rabindra Nath Tagore |
Glimpses of Indian Ocean | Z A Quasim |
Glimpses of World History | Jawaharlal Nehru |
Goa | Asif Currimbhoy |
Godan | Munshi Prem Chand |
Godrej: A Hundred Years | B K Karanjia |
Golden Gate | Vikram Seth |
Golden Threshold | Sarojini Naidu |
Gora | Rabindra Nath Tagore |
Great Depression of 1990 | Ravi Batra |
Guide | R K Narayan |
Gul-e-Naghma | Raghupati Sahai ‘Firaq’ Gorakhpuri |
Gulistan Boston | Sheikh Saadi |
Gulzari Lal Nanda: A Peep | Promilla Kalhan |
in the Service of the People | Promilla Kalhan |
Gurusagaram | O V Vijayan |
Harsha Charita | Bana Bhatt |
Harvest | Majula Padmanabhan |
Heat and Dust | Ruth Prawer Jhabwala |
Heavy Weather | P G Wodehouse |
Henry Esmond | Thackeray |
Heir Apparent | Dr Karan Singh |
Higher than Hope | Fatima Meer |
Himalayan Blunder | Brig J P Dalvi |
Hindu View of Life | Dr S Radhakrishnan |
History of Hindu Chemistry | Sir P C Ray |
Hitopadesh | R K Narayan |
Hindi Sahitya Aur Samvedna Ka Vikas | R S Chaturvedi |
Hind Swaraj | M K Gandhi |
Hindu Civilisation | J M Barrie |
Hinduism | Nirad C Chaudhary |
Hungry Stones | Rabindra Nath Tagore |
I am not an Island | K A Abbas |
I Dare | Parmesh Dangwal |
I follow the Mahatma | K M Munshi |
I Muse; Therefore I am | V N Narayanan |
Idols | Sunil Gavaskar |
In the Light of the Black Sun | Rohit Manchanda |
In the Shadow of Pines | Mandeep Rai |
India 2020: A Vision for the New Millennium | Dr A P J Abdul Kalam & Dr Y S Rajan |
India-A Wounded Civilisation | V S Naipaul |
India-From Curzon to Nehru and After | Durga Dass |
India-From Midnight to the Millennium | Shashi Tharoor |
India-Independence Festival (1947-1997) | Raghu Rai |
India in Transition | Prof Jagdish Bhagwati |
India is for Sale | Chitra Subramaniam |
India of Our Dreams | M V Kamath |
India Today | Rajni Palme Dutt |
Indian Home Rule | M K Gandhi |
Indian Philosophy | Dr S Radhakrishnan |
India’s Culture the State the Arts & Beyond | B P Singh |
India’s Economic Crisis | Dr Bimal Jalan |
Essay’s for Manmohan Singh | I J Ahluwalia & M D Little |
Indian Arms Bazaar | Maj-Gen, Pratap Narain |
India Divided | Rajendra Prasad |
India Wins Freedom | Maulana Abul Kalam Azad |
Indian Muslims | Prof Mohd Mujeeb |
India, the Critial Years | Kuldip Nayar |
Indira Gandhi’s Emergence and Style | Nayantara Sehgal |
Indira’s India | S Nihal Singh |
Inside the CBI | Joginder Singh |
Insider | P V Narsimha Rao |
Intelligence Services | Dr Bhashyam Kasturi |
It is Always Possible | Kiran Bedi |
Jai Somnath | K M Munshi |
Jaguar Smile | Salman Rushdie |
Jajar, Churashir Maa | Mahashweta Devi |
Jankijeevanam | Prof Rajendra Mishra |
Jawaharlal Nehru-A Communicator | Damodaran, A. K. |
& Democratic Leader | A K Damodran |
Jawaharlal Nehru, Rebel and Statesman | B R Nanda |
Junglee Girl | Ginu Kamani |
Kadambari | Bana Bhatt |
Kamadhenu | Kubernath Ray |
Kamasutra | Vatsyayan |
Kagaz Te Kanwas | Amrita Pritam |
Kamayani | Jai Shankar Pandit |
Kali Aandhi | Kamleshwar |
Kanthapura | Raja Rao |
Kanyadaan | Vijay Tendulkar |
Kapal Kundala | Bankim Chandra Chatterjee |
Kashmir-A Tale of Shame | Hari Jaisingh |
Kashmir-Behind the Vale | M J Akbar |
Kashmir Diary: Psychology of Militancy | Gen Arjun Ray |
Kashmir-The Wounded Valley | Ajit Bhattacharjee |
Kashmir in the Crossfire | Victoria Shaffield |
Kashmir A Tragedy of Errors | Tavleen Singh |
Katghare Main | Ram Sharan Joshi |
Kayakalp | Munshi Prem Chand |
Kayar | Thakazhi Sivasankara Pillai |
Keepers of the Keys | Milan Kundera |
King of Dark Chamber | Rabindra Nath Tagore |
Kiratarjuniya | Bharavi |
Kitni Navon Main Kitni Bar | S H Vatsyayan |
Koraner Nari | Taslima Nasreen |
Kore Kagaz | Amrita Pritam |
Kulliyat | Ghalib |
Kumar Sambhava | Kalidas |
Lajja | Taslima Nasreen |
Lal Bahadur Shastri | C P Srivastava |
Last Phase | Pyare Lal |
Law, Lawyers & Judges | H R Bhardwaj |
Laws Versus Justice | V R Krishna Iyer |
Legacy of a Divided Nation | Prof Mushirul Hasan |
Life Divine | Aurobindo Ghosh |
Life is Elsewhere | Milan Kundera |
Lipika | Rabindranath Tagore |
Lost Child | Mulk Raj Anand |
Love and Longing in Bombay | Vikram Chandra |
Love in A Blue Time | Hanif Khureshi |
Love, Truth and A Little Malice | Khushwant Singh |
Mahabharata | Vyasa |
Malati Madhav | Bhavabhuti |
Magnificent Maharaja | K Natwar Singh |
Mahatma Gandhi | Girija Kumar Mathur |
Malavikagnimitra | Kalidas |
Manviya Sanskriti Ke Rachnatmak Aayam | Prof Raghuvansh |
Many Worlds | K P S Menon |
Mati Matal | Gopinath Mohanty |
Meghdoot | Kalidas |
Memoris of a Bystander: Life in Diplomacy | lqbal Akhund |
Men Who Killed Gandhi | Manohar Malgonkar |
Meri Rehen Meri Manzil | Krishna Puri |
Midnight’s Children | Salman Rushdie |
Million Mutinies Now | V S Naipaul |
Missed Oppertunites: Indo-Pak War 1965 | Maj-Gen, Lakshman Singh |
Mistaken identity | Nayantara Sehgal |
Modern South Asia: History, Culture, | Sugata Bose, Ayesha Jalal |
Political Economy | Sugata Bose & Ayesha Jalal |
Modernity Morality And The Mahatma | Madhuri Santhanam Sondhi |
Mondays on Dark Night of Moon | Kirin Narayan |
Mookhajjiva Kanasugalu | K Shivram Karanth |
Moor’s Last Sigh | Salman Rushdie |
Mrinalini | Bankim Chandra Charrerjee |
Mritunjaya | Shivaji Sawant |
Mrs Gandhi’s Second Reign | Arun Shourie |
Mudra rakshasa | Vishakhadatta |
Mughal Maharajas And The Mahatma | K R N Swami |
Muslim Law and the Constitution | A M Bhattacharjea |
My Days | R K Narayan |
My Early Life | M K Gandhi |
My Experiment With Truth | M K Gandhi |
My Life and Times | V V Giri |
My Own Boswell | M Hidayatullah |
My India | S Nihal Singh |
My Music, My Love | Ravi Shankar |
My Presidential Years | Ramaswamy Venkataraman |
My Truth | Indira Gandhi |
My South Block Years | J N Dixit |
My Struggles | E K Nayanar |
My Prison Diary | J P Narayan |
Naari | Humayun Azad |
Naganandan | Harsha Vardhana |
Naku Thanthi | D R Bendre |
Nai Duniya Ko Salam & Pathor Ki Dewar | Ali Sardar Jafri |
Naivedyam (The Offering) | N Balamani Amma |
Naked Triangle | Balwant Gargi |
Nehru Family and Sikhs | Harbans Singh |
Netaji-Dead or Alive | Samar Guha |
New Dimensions of India’s Foreign Policy | Atal Behari Vajpayee |
Nice Guys Finish Second | B K Nehru |
Nisheeth | Uma Shankar Joshi |
Niti-Sataka | Bhartrihari |
Nirbashita Narir Kabita | Taslima Nasreen |
Non-Violence in Peace and War | M K Gandhi |
Nuclear India | G G Mirchandani and P K S |
Nurturing Development | Ismail Serageldin |
Odakkuzal | G Shankara Kurup |
One-eyed Uncle | Laxmikant Mahapatra |
One World to Share | Sridath Ramphal |
Operation Bluestar-the True Story | Lt-Gen K S Brar |
Our Films, Their Films | Satyajit Ray |
Our India | Minoo Masani |
Out of Dust | F D Karaka |
Padmavati | Malik Mohammed Jayasi |
Painter of Signs | R K Narayan |
Pakistan in the 20th Century | Lawrence Ziring |
Pakistan Papers | Mani Shankar Aiyer |
Panchagram | Tarashankar Bandopadhyaya |
Panchtantra | Vishnu Sharma |
Pakistan Cut to Size | D R Mankekar |
Passage to England | Nirad C Chaudhuri |
Past Forward | G R Narayanan |
Pather Panchali | Bibhuti Bhushan Bandyopadhyaya |
Pinjar | Amrita Pritam |
Plans for Departure | Nayantara Sehgal |
Portrait of India | Ved Mehta |
Post Office | Rabindranath Tagore |
Prathama Pratishruti | Ashapurna Devi |
Prem Pachisi | Prem Chand |
Premonitions | P N Haksar |
Price of Partition | Rafiq Zakaria |
Prison and Chocolate Cake | Nayantara Sehgal |
Prison Diary | Jayaprakash Narayan |
Prisoner’s Scrapbook | L K Advani |
Prithviraj Raso | Chand Bardai |
Profiles & Letters | K Natwar Singh |
Punjab, The Knights of Falsehood | K P S Gill |
Quest for Conscience | Madhu Dandavate |
Radharani | Bankim Chandra Chatterjee |
Raghuvamsa | Kalidas |
Rajtarangini | Kalhana |
Ram Charit Manas | Tulsidas |
Ramayana | Maharishi Valmiki (in Sanskrit) |
Ramayana Dharshanam | K V Puttappa |
Rangbhoomi | Prem Chand |
Rang-e-Shairi | Raghupati Sahai ‘Firaq’ Gorakhpuri |
Ratnavali | Harsha Vardhan |
Ravi Paar (Across the Ravi) | Gulzar |
Rediscovering Gandhi | Yogesh Chadha |
Reminiscences of the Nehru Age | M O Mathai |
Return of the Aryans | Bhagwan S Gidwani |
Returning to the Source | Acharya Rajneesh |
Revenue Stamp | Amrita Pritam |
Rich Like Us | Nayantara Sehgal |
Ritu Ka Pehla Phool | Vijendra |
Ritu Samhara | Kalidas |
River Sutra | Gita Mehta |
Road to Freedom | K K Khullar |
Rukh Te Rishi | Harbhajan Singh |
Sader-i-Riyasat | Karan Singh |
Sardar Patel and Indian Muslims | Rafiq Zakaria |
Sakharam Binder | Vijay Tendulkar |
Saket | Maithili Sharan Gupta |
Satyartha Prakash | Swami Dayanand |
Satanic Verses | Salman Rushdie |
Savitri | Aurobindo Ghosh |
Sceptred Flute | Sarojini Naidu |
Scholar Extraordinary | Nirad C Chaudhuri |
Scope of Happiness | Vijayalakshmi Pandit |
Search for Home | Sasthi Brata |
Sense of Time | S H Vatsyayan |
Seven Summers | Mulk Raj Anand |
Tamas | Bhisham Sahni |
Tarkash | Javed Akhtar |
Tehriq-e-Mujahideen | Dr Sadiq Hussain |
The Assassination | K Mohandas |
The Betrayal of East Pakistan | Lt Gen A A K |
The Calcutta Chromosome | Amitav Ghosh |
The Career & Legend of Vasco de Gama | Sanjay Subramanyam |
The Chinese Betrayal | B N Mullick |
The Congress Splits | R P Rao |
The Defeat or Distant Drumbeats | Bhaskar Roy |
Unhappy India | Lala Lajpat Rai |
Until Darkness | Parvin Ghaffari |
Utouchable | Mulk Raj Anand |
Urvashi | Ramdhari Singh ‘Dinkar’ |
Uttar Ramcharita | Bhava Bhuti |
Untold Story | Gen B M Kaul |
Vanity Fair | Thackeray |
Vendor of Sweets | R K Narayan |
Venisamhara | Narayana Bhatt |
Village by the Sea | Anita Desai |
Village | Mulk Raj Anand |
Vinay Patrika | Tulsidas |
Virangana | Maithili Sharan Gupta |
Vish Vriksha | Bankim Chandra Chatterjee |
Voice of Conscience | V V Giri |
Voice of Freedom | Nayantara Sehgal |
Waiting for the Mahatma | R K Narayan |
Walls of Glass | K A Abbas |
War and No Peace Over Kashmir | Maroof Raza |
War of Indian Independence | Vir Savarkar |
We, Indians | Khushwant Singh |
We, the People | N A Palkhivala |
Widening Divide | Rafiq Zakaria |
Wings of fire, an Autobiography | Dr A P J Abdul Kalam & A. Tiwari |
Witness to History | Prem Bhatia |
Without Fear or Favour | Neelam Sanjiva Reddy |
Women and Men in My Life | Khushwant Singh |
Worshipping False Gods | Arun Shourie |
Wreck | Rabindra Nath Tagore |
Yajnaseni | Dr Pratibha Roy |
Yama | Mahadevi Verma |
Yashodhara | Maithili Sharan Gupta |
Yayati | V S Khandekar |
Year of the Vulture | Amita Malik |
Years of Pilgrimage | Dr Raja Ramanna |
Yesterday and Today | K P S Menon |
Zulfikar Ali Bhutto & Pakistan | Rafi Raza |
Sunday, August 7, 2011
Famous Books by Indian Authors
Labels:
GENERAL KNOWLEDGE
Anglo Maratha wars
War with Marathas
1. First Anglo Maratha War (1775-82)2. Second Anglo- Maratha War (1803-1806)
3. Third Anglo-Maratha War (1817-1818)
Anglo-Maratha Treaties
1. Treaty of Surat (1775)2. Treaty of Purandhar (1776)
3. Treaty of Wadgaon (1779)
4. Treaty of Salbai (1782)
5. Treaty of Bassein (1802)
6. Treaty of Deogaon (1803)
7. Treaty of Surji Arjangaon (1803)
8. Treaty of Rajpurghat(1805)
9. Treaty of Poona (1817)
10. Treaty of Gwalior (1817)
11. Treaty of Mandasor (1818)
Labels:
HISTORY
Saturday, August 6, 2011
Inland Fisheries and Aquaculture in India
Inland fisheries resources of India are noted as much for their heterogeneity in composition as for their rich production potential. India is bestowed with vast and varied inland fisheries resources comprising rivers and canals, reservoirs, ponds and tanks, floodplain lakes and wetlands and brackish-waters. Besides, substantial area amenable for coldwater fisheries exists in the medium and higher-altitudes of the Himalayan belt. Inland fisheries including aquaculture have been a vital source of food, nutrition, employment and economic gain for humanity, since ancient times. However, the sector has assumed more significance in recent years, especially in developing countries like India, due to the large contributions to the overall fish production, nutritional security and gainful employment generation.
India is the second largest producer of fish in the world contributing to 5.5 per cent of global fish production. India is also a major producer of fish through aquaculture and ranks second in the world after China. The total fish production achieved during 2010-11 (provisional) is at 8.03 million metric tonnes and the contribution of fish from inland sector alone is at 5.07 million metric tonnes which is about 63% of overall fish production. As per the estimates of Central Statistical Organization (CSO), the values of output from fisheries sector at current price during 2009-10 was 67,913 crore which is 4.9 per cent of the total output of Agriculture and allied sectors. It is one of the major contributors to India’s exports. During 2010-11 (Provisional) the volume of fish and fish products exported was 7,52,791 tonnes worth 12,100 crore.
Aquaculture is the fastest growing food production sector with an annual growth of around 7 per cent. It has been estimated that by the end of XI Five Year Plan (2011-12) the demand for fish and fish products would be around 9.74 million tons, and this increase has to be mostly met from aquaculture and culture based captured fisheries in reservoirs. Taking into consideration the vast aquatic resources in the country, the target seems achievable.
Although, it has long been recognized that fish production from inland waters can play a definite role in mitigating the protein deficiency in India, this resource is not contributing to the nutrition requirement of Indian masses to the extent that it should have been .This has been mainly on account of more emphasis on marine fishery in the past and due to lack of awareness and proper training skills for fishing community.
Recognising the economic, social, nutritional, environmental and aesthetic importance of inland fisheries and aquaculture, the Government through several measures have aspired to introduce buoyancy in the inland fishery sector .Therefore, to draw the economic, social and nutritional benefits from inland fisheries and aquaculture in a sustainable manner, it has been perceived to adopt a judicious combination of implementation and effective regulatory framework, eco-friendly fishing and aquaculture practices with the larger involvement of the fisher communities and fish farmers.
With this objective in mind, the Government recently drafted model guidelines on Inland fisheries and aquaculture, which has been circulated to all State Governments for effective implementation. Through these guidelines, the Government intends to ensure sustainable fish productive to meet the needs of food and nutritional security, generation of gainful employment in rural sector and to improve the socio-economic condition of the target groups.
The Government recognizes the need for availability of quality seed and feed if the growth in inland fish production has to be sustained in the long run. Therefore, the Government circulated guidelines to all the State Governments for establishment of a seed certification and accreditation system in their respective States. These guidelines, inter-alia, provide procedures for accreditation of hatcheries and seed farms, quality benchmarks, seed certification process and the structure of the implementing agency.
It has been observed that inland fishery today is dominated mainly by the freshwater fishery. In order for enhanced production, there is a need for diversification of fish production in other areas like integrated fish farming, cold water fisheries, riverine fisheries, capture fisheries, brackish water fishery etc. The recent measures therefore have targeted Intensive Aquaculture in ponds and tanks through integrated fish farming, carp polyculture, freshwater prawn culture, running water fish culture and development of riverine fisheries. The reservoir fisheries is being promoted through cage culture and pen culture and by setting up fish rearing units on large scale.
The Centrally Sponsored Scheme –“Development of Inland Fisheries and Aquaculture” provide assistance to fish farmers through State Governments, with the objective of developing various components of inland fisheries and aquaculture that include development of freshwater, brackish water, cold water, reservoir fisheries and also to encourage integrated fish farming.
A new mission mode scheme called “National Mission for protein Supplements (NMPS)” was launched very recently with an outlay of Rs 100 crore for undertaking cage and pen culture in reservoirs and for intensive aquaculture in ponds and tanks in 12 identified States with an objective of enhancing the fish production and productivity of reservoirs and ponds and tanks.
All these measures are expected to improve the fisheries and aquaculture sector further and will consolidate the position of India in the Global fish production and aquaculture
India is the second largest producer of fish in the world contributing to 5.5 per cent of global fish production. India is also a major producer of fish through aquaculture and ranks second in the world after China. The total fish production achieved during 2010-11 (provisional) is at 8.03 million metric tonnes and the contribution of fish from inland sector alone is at 5.07 million metric tonnes which is about 63% of overall fish production. As per the estimates of Central Statistical Organization (CSO), the values of output from fisheries sector at current price during 2009-10 was 67,913 crore which is 4.9 per cent of the total output of Agriculture and allied sectors. It is one of the major contributors to India’s exports. During 2010-11 (Provisional) the volume of fish and fish products exported was 7,52,791 tonnes worth 12,100 crore.
Aquaculture is the fastest growing food production sector with an annual growth of around 7 per cent. It has been estimated that by the end of XI Five Year Plan (2011-12) the demand for fish and fish products would be around 9.74 million tons, and this increase has to be mostly met from aquaculture and culture based captured fisheries in reservoirs. Taking into consideration the vast aquatic resources in the country, the target seems achievable.
Although, it has long been recognized that fish production from inland waters can play a definite role in mitigating the protein deficiency in India, this resource is not contributing to the nutrition requirement of Indian masses to the extent that it should have been .This has been mainly on account of more emphasis on marine fishery in the past and due to lack of awareness and proper training skills for fishing community.
Recognising the economic, social, nutritional, environmental and aesthetic importance of inland fisheries and aquaculture, the Government through several measures have aspired to introduce buoyancy in the inland fishery sector .Therefore, to draw the economic, social and nutritional benefits from inland fisheries and aquaculture in a sustainable manner, it has been perceived to adopt a judicious combination of implementation and effective regulatory framework, eco-friendly fishing and aquaculture practices with the larger involvement of the fisher communities and fish farmers.
With this objective in mind, the Government recently drafted model guidelines on Inland fisheries and aquaculture, which has been circulated to all State Governments for effective implementation. Through these guidelines, the Government intends to ensure sustainable fish productive to meet the needs of food and nutritional security, generation of gainful employment in rural sector and to improve the socio-economic condition of the target groups.
The Government recognizes the need for availability of quality seed and feed if the growth in inland fish production has to be sustained in the long run. Therefore, the Government circulated guidelines to all the State Governments for establishment of a seed certification and accreditation system in their respective States. These guidelines, inter-alia, provide procedures for accreditation of hatcheries and seed farms, quality benchmarks, seed certification process and the structure of the implementing agency.
It has been observed that inland fishery today is dominated mainly by the freshwater fishery. In order for enhanced production, there is a need for diversification of fish production in other areas like integrated fish farming, cold water fisheries, riverine fisheries, capture fisheries, brackish water fishery etc. The recent measures therefore have targeted Intensive Aquaculture in ponds and tanks through integrated fish farming, carp polyculture, freshwater prawn culture, running water fish culture and development of riverine fisheries. The reservoir fisheries is being promoted through cage culture and pen culture and by setting up fish rearing units on large scale.
The Centrally Sponsored Scheme –“Development of Inland Fisheries and Aquaculture” provide assistance to fish farmers through State Governments, with the objective of developing various components of inland fisheries and aquaculture that include development of freshwater, brackish water, cold water, reservoir fisheries and also to encourage integrated fish farming.
A new mission mode scheme called “National Mission for protein Supplements (NMPS)” was launched very recently with an outlay of Rs 100 crore for undertaking cage and pen culture in reservoirs and for intensive aquaculture in ponds and tanks in 12 identified States with an objective of enhancing the fish production and productivity of reservoirs and ponds and tanks.
All these measures are expected to improve the fisheries and aquaculture sector further and will consolidate the position of India in the Global fish production and aquaculture
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CURRENT AFFAIRS,
ECONOMY
Juno leaves for Jupiter
NASA on August 05 launched the billion-dollar solar-powered spacecraft Juno on a five-year journey to Jupiter. The unmanned satellite observatory shot into space aboard a 197-foot-tall (60 metres) Atlas V rocket, blasting off from the Cape Canaveral Air Force Station in Florida at 12:25 p.m.
“Ignition and lift-off on the Atlas V with Juno on a trek to Jupiter, a planetary piece of the puzzle on the beginning of our solar system,” said a NASA television commentator.
Once it arrives in July 2016, the spacecraft will orbit the poles of the gas giant, which has more than twice the mass of all planets in the solar system combined and is believed to be the first planet that took shape around the Sun.
Named after the wife of the Roman god Jupiter, the $1.1 billion spacecraft is NASA's first mission to the planet since Galileo was launched in 1989. It aims for 30 orbits over a period of one year.
Juno will get closer to Jupiter than any other NASA spacecraft has and will be the first to undertake a polar orbit of the planet, said Scott Bolton, Juno principal investigator and scientist at the Southwest Research Institute in San Antonio, Texas.
“Juno is set up to learn about that early part of the solar system and learn how Jupiter formed and by measuring the ingredients. We are really looking for the recipe of planet formation.”
The orbiter Galileo entered the planet's orbit in 1995 and plunged into Jupiter in 2003, ending its life.
Other NASA spacecraft — including Voyager 1 and 2, Ulysses and New Horizons — have done flybys of the planet.
Juno will spend the first two years of its mission going around the Sun, then return for a flyby of the Earth, which will give a gravitational boost to accelerate the spacecraft on a three-year path toward Jupiter.
When it gets there, Juno — orbiting around 5,000 km (3,100 miles) above the gas giant — will make use of a series of instruments, some of which were provided by European space agency partners in Italy, Belgium, France and Denmark, to learn about the workings of the planet and what is inside.
Two key experiments will gauge how much water is in Jupiter and whether the planet “has a core of heavy elements at the centre, or whether it is just gas all the way down,” Mr. Bolton said at a press briefing last week.
Scientists also hope to learn more about Jupiter's magnetic fields and its Great Red Spot, a storm that has been raging for more than 300 years.
“One of the fundamental questions is how deep are the roots to that red spot? How does it maintain itself for so long?" said Mr. Bolton.
Juno is carrying a few toys as part of a campaign to raise awareness among young people about math and science.
Three 1.5 inch figurines made by LEGO toys are on board — a likeness of the Italian astronomer Galileo Galilei, who discovered four of Jupiter's moons, the Roman god Jupiter, and his wife Juno.
Back in 2003, when plans for Juno were being crafted, NASA briefly considered using some sort of nuclear fuel to power the spacecraft, but engineers decided it would be quicker and less risky to go with solar.
Juno is part of a series of new planetary science missions, to be followed by GRAIL (Gravity Recovery and Interior Laboratory), which is headed to the moon in September, and the Mars Science Laboratory set to take off in November
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CURRENT AFFAIRS,
SCIENCE AND TECHNOLOGY
Friday, August 5, 2011
National Rural Livelihoods Mission
Odisha has become the first state in the country to launch National Rural Livelihoods Mission (NRLM) in its bid to bring down rural poverty by promoting diversified and gainful self-employment to the rural poor. NRLM will replace the Swarnajayanti Gram Swrojgar Yojana (SGSY) aimed at poverty reduction. The main weaknesses of the SGSY were uneven spread in the formation of Self-Help Groups (SHGs), high attrition rate in the SHGs, lack of adequate access to banking facilities, lack of capacity building and training and inadequate risk mitigation. NRLM would provide greater focus and momentum for poverty reduction to achieve the various Millennium Development Goals by 2015.
In the first phase, NRLM has been launched in 38 backward poverty stricken blocks of 10 districts where the World Bank-funded Targeted Rural Initiatives for Poverty Termination and Infrastructure (TRIPTI) is being implemented. Though objectives of NRLM and TRIPTI are almost same, the former is now restructured to target the poorest of the poor who have been uncovered yet. In the second phase of the project, Schedule Areas, including four blocks from 11 districts covered under Western Orissa Rural Livelihoods Project (WORLP), JEEVIKA and The Orissa Tribal Empowerment and Livelihood Programme (OTELP) and five Left Wing Extremists- affected districts such as Gajapati, Malkangiri, Rayagada, Sambalpur and Deogarh will be covered. By the end of the 12th Five-Year Plan, all 30 districts would have come under NRLM. The programme is expected to adopt a multipronged strategy to reduce poverty by enabling the poor households to access gainful self-employment and skilled wage employment opportunities. This programme is designed in a way to be implemented by a dedicated support structure starting from bottom to top. Cluster-level forum and gram panchayat level forum will be constituted and through them, various activities for livelihood generation will be created, so that wastage of funds can be stopped and maximum dividend of the project is made available to the needy section of the society
India Water Forum 2011
The “India Water Forum” (IWF) 2011 was organized by The Energy and Resources Institute (TERI) in consonance with the Ministry of Water Resources and the Department of Drinking Water Supply in New Delhi. The forum gave a clarion call to bring water into the global and national agenda in order to meet the challenges of water security posed by the threat of climate change. Water management systems have traditionally reflected existing socio-economic structures and governance mechanisms. The key challenges to water management today stem from changing demographics, shifting geo-politics, wide-spread poverty and under-development, climate change phenomenon and shifting weather patterns, and the elements of globalization. All these issues make it mandatory that effective governance and responsive policies are crafted to define the course of sustainable water management. The India Water forum 2011 addressed the dynamics of water and climate change, and deliberated on significant issues specific to water security, means to resolve the same by investment in natural infrastructure, monitoring efficient usage, water treatment and leveraging eco-friendly technology for water usage that will help in ensuring sustainable development. But, more importantly it emphasized on the fact that water security is not a subject for the future – it is here with us today.
About TERI:
The Energy and Resources Institute (TERI) was established in 1974. It is a dynamic and flexible organization, activities in TERI ranges from microbiology to global climate change, from smoke-filled rural kitchens to plush corporate boardrooms. The organization works on formulating local and national level strategies to suggesting global solutions to critical energy and environment-related issues. Headed by world-renowned economist Dr R K Pachauri also the head of the Nobel Prize winning UN Climate panel, TERI is best described as an independent, not-for-profit research institute focused on energy, environment, and sustainable development and devoted to efficient and sustainable use of natural resources. TERI is headquartered in New Delhi.
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CURRENT AFFAIRS 2011
Committee on Zonal Cultural Centres
Committee on Zonal Cultural Centres headed by Mani Shankar Aiyar recently presented its Report to the Union Culture Ministry. The recommendations will be processed by Ministry of Culture and appropriate steps will be taken to revamp the functioning of the ZCCs to further enhance their outreach. With a view to preserve, promote and disseminate the plurality of India’s culture and traditional arts of all the States, Government of India had in 1985/1986 set up seven Zonal Cultural Centres (ZCCs) with their headquarters at Patiala, Udaipur, Nagpur, Thanjavur, Allahabad, Kolkata and Dimapur. The Central Advisory Board on Culture, in a meeting chaired by the Prime Minister in his capacity as the then Culture Minister had suggested a review of the functioning of the ZCCs over the last 25 years. To review the functioning and performance of the seven ZCCs, the Ministry of Culture, vide its Resolution dated 12 August 2010 had constituted a Committee on ZCCs. The committee included Mani Shankar Aiyar (Chairman), Dr. Sitakant Mahapatra and Amol Palekar. The Committee was initially formed for tenure of 4 months. However to enable the Committee to complete its task, its term was extended for a further period of 4 months, ending on 11 April 2011.
The committee was formed to serve the following objectives:
- The committee had to examine the action taken on the recommendations made by Prof. U. R. Ananthamurthy Committee that was constituted in 1994.
- It had to ascertain whether the ZCCs have fulfilled the objectives for which they were set up and reasons for the shortcomings.
- The committee had also to examine whether all/some of the ZCCs need to be wound up and/or merged with some other existing body/bodies.
- The committee was also expected to suggest whether any expansion of the ZCCs network is called for.
Functioning of the Committee:
The Committee held consultations and several meetings during its tenure. It held discussions with several eminent cultural personalities apart from the present and past Directors of the ZCCs. The Committee members also undertook visits of the ZCCs to understand for themselves the actual position on the ground.
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CURRENT AFFAIRS 2011
Nagpur to be Country’s Tiger capital
Nagpur in Vidarbha, (the second capital of Maharashtra) colloquially referred to as the ‘Orange City’, is actually the ‘Tiger Capital of the World’. The reason being that, out of the total 39 tiger reserves in the country, 13 are in Vidarbha alone. After the recent increase in the number of tigers across the country (From 1,411 to 1,706), the central government has decided to promote Nagpur as the tiger capital or “tiger getaway” of India. The recent tiger census shows that Maharashtra has done exceptionally well in the growth of tigers. Maharashtra has a tiger population of 169 as per the 2010 census, Nagpur being the highest scorer with 148 tigers. The Maharashtra Government is taking steps towards increasing the number of tigers in the state. Navegaon, Bhor and Nagzira are soon to be declared as new tiger reserves in the country. This will take the number of reserves in the state to 16.
Multidimensional Impacts of declaring Nagpur as Tiger Capital:
As Nagpur stands to be declared as the tiger capital of India, it gives ample opportunity to rediscover the brighter side of India. Round the year, tourists are visiting the vicinities of this city in large numbers. In fact, the number of tourists is doubling with every passing year. What’s more, the only attraction remains the wildest of species, the tiger. Hence, the move by the government to declare it as the “Tiger Capital” will definitely assist in attracting more tourists to the place, however it needs to be supported with better infrastructure. Secondly,in the wake of large number of tourists visiting the Nagpur city, one may feel that that the government must do something for conservation of tigers in order to retain the charm of tourists and converse the environment.
Therefore, the decision will help in augmenting the tiger conservation efforts of the government. Finally, there is another dimension to this decision, i.e. it will certainly generate the feeling of competition among other states like Madhya Pradesh, Karnataka etc. to augment their conservation efforts and other infrastructure in order to retain the number of tigers lovers visiting the state which might be lost to Nagpur as a result of being the tiger capital, hence overall the decision is definitely going to push forward the conservation efforts at national as well as state level. The decision seems to be good one for the tigers.
Besides that rehabilitation of the villages which are at present a part of the reserves was equally important. The Government has sanctioned Rs 50 crore for the shifting of the villages from Melghat and Tadoba tiger reserve. The Government also wants the adivasi community to participate in forest conservation. To facilitate their livelihood, the Government is planning to declare bamboo as minority forest product. At present the Minority Forest Act of 1926 does not include Bamboo.
However, the amendment is likely to come soon and the National Reserve Tiger Authority (NRTA) is now going to be decentalised. The first field office of the authority will also be in Nagpur.
However, the amendment is likely to come soon and the National Reserve Tiger Authority (NRTA) is now going to be decentalised. The first field office of the authority will also be in Nagpur.
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CURRENT AFFAIRS 2011
Changing Gears for Rainbow Revolution
In view of the emerging challenges and threats to agriculture sector, vis-Ã -vis national food security, the Indian Council of Agricultural Research (ICAR) has developed a strategic framework to improve food security, enhance opportunities for inclusive growth, augment competitiveness of Indian agriculture and create adequate and quality human resources to address the concerns. Some of the major concerns include, natural resources degradation, increasing biotic and abiotic pressures, declining input use efficiency, post-harvest losses, decreasing profitability in farming, quality human resource and farm extension. To deal with the challenges effectively, ICAR is coordinating, guiding and managing research, education and extension in agriculture, including horticulture, fisheries and animal sciences, in the country. It has a vast network with 97 ICAR institutes, 54 state agricultural universities; five deemed universities and one Central Agricultural University and 592 Krishi Vigyan Kendras (KVKs) spread across the country. The research programmes under umbrella of the ICAR are designed and undertaken for harnessing power of science that ensures food, nutrition and livelihood security for all.
The comprehensive initiatives taken by the Council have led to notable accomplishments in natural resource management, input use efficiency, climate resilience, secondary agriculture and economic transformation of farmers through technological interventions. The year 2010-11 has been agriculturally rewarding as we have observed record food grain production touching 242 million tonnes in farm season (July-June) according to the 4th advance estimates released recently. The food grains comprise rice, coarse-cereals and pulses. The record output was largely because of a sharp rise in production of wheat to 86 million tonnes against 81 million tonnes in the year before. The record high oilseed production of 31 million tonnes is another notable accomplishment to cheer. Further, a high production in horticulture, 234.4 million tonnes could also be achieved through policy and technological support.
The bygone year has thrown many challenges also. These include perceptible climate change, as seen by the dry spells in the Eastern India, despite normal rainfalls across the country; degrading land and water environment; need for quality inputs; emerging problem of agricultural labour; and post-harvest losses across the commodities. It was here that the ICAR provided, both directions and solutions, in terms of crop varieties suitable for both drought and submergence; defined elements of fertilizer application, based on the nutrient deficiencies; farm mechanization for both field and horticultural crops; and developed clear estimates of post-harvest losses of various crops and commodities, as the basis for formulating future approaches. The paradigm shift from ‘primary to secondary agriculture’ was focused in our discussions and research process, as was demonstrated through the projects in the value chain component of the National Agricultural Innovation Project (NAIP); that is planned to be further enlarged in the coming years. A parallel development has been the establishment of agri-incubators, a new concept in the Indian agriculture; expected to develop entrepreneurship in a big way. In our efforts at institutionalizing the research extension continuum, the ‘Farm Innovators’ meet held during the year, the second in the series, added a new dimension to our approach of innovative agriculture.
Among new projects, a National Initiative on Climate Resilient Agriculture is a noteworthy one launched with the objective to assess impact of climate change on the agriculture and allied sectors, and for evolving cost-effective adaptation and mitigation strategies. The Project has a budget outlay of Rs 350 crore for XI Plan; out of which Rs 200 crore is allocated for 2010-11, and Rs 150 crore for 2011-12 on the research infrastructure, capacity-building and on-farm demonstrations of available climate-resilient technologies.
During the year 2010-11, 60 varieties/hybrids of crops including major food crops of rice, wheat, maize, pearl millet and pulses were released/ recommended for cultivation in different agro-climatic regions of country. During the year, 629 tonnes of nucleus seed, 9,554 tonnes of breeder seed, 7,745 tonnes of foundation seed, 3,471 tonnes of certified seeds and 10,443 tonnes of truthfully labeled seed were produced for large scale multiplication to ensure timely supply of quality seeds to farmers.
To address the problem of decreasing soil and water productivity, the GIS based soil fertility maps, using soil-test data was prepared for 500 districts spread over 21 states of India. The data have revealed that soils of most of the districts have low to medium amount of nitrogen and phosphorus and medium to high amount of potassium. Existing ridge-and-furrow system of irrigation was modified for in-situ rain water harvesting (10% than the earlier 1% of rain), which increased castor yield by 30%. A decision support system was developed for facilitating location specific nutrient management.
With a view to enhance profitability and livelihood security, integrated farming is being promoted in all the ecological regions with the desired technological backstopping. An Integrated Farming System Component Selection Model is found useful for selection of the components of the integrated farming system based on the expected profit under the prevailing constraints, and also for suggesting beneficial components from profit as well as land and water productivity point of view.
To improve the quality and productivity of livestock population, artificial insemination is being standardized and adopted in field situations. Successful pregnancy from artificial insemination with extended semen is reported for the first time in Indian dromedary camels. The first mithun calf was born at farm-gate level through artificial insemination using cryo-preserved semen from genetically superior mithun bulls. Semen collection by ‘Gloved Hand Method’ and AI technique were standardized for pigs, and by using AI technology, highest litter size (15 piglets) at birth was recorded from a Ghungroo sow in the farm.
With repositioning of its approach towards entrepreneurship and livelihood security, the ICAR has made a strong commitment for socio-economic transformation of the Indian rural population. The research programmes, educational initiatives and extension activities have been reoriented to meet the objective. Efforts are being made to ensure free flow of knowledge, crossing all barriers on the way. The ICAR has adopted open-access policy for its highly-rated research journals and other literature of importance. The website (www.icar.org.in) has transformed into a treasure house of agricultural information and knowledge for various categories of stakeholders. On an average, more than 2, 00,000 visits are recorded per month from around 166 countries reflecting the global presence of Indian agriculture. Consortium for e-Resources in Agriculture (CeRA) is providing free online access to more than 2,900 international journals and 124 libraries of the National Agricultural Research System (NARS). During the year 2010-11, 64 patent applications were filed and 10 were granted making the total as 481 and 58 respectively.
As a special thrust to North-East region, Knowledge Information Repository in Agriculture for North-East has been launched by the ICAR with a mission to empower the agricultural production system of North-East region with right technology and methodology emphasizing innovative approach and solutions. It will act as a platform to foster linkages among partners and collaborate with public, private, state and regional organizations functioning in the region.
Partnerships grew at the national level and also across the globe with the projected Borlaug Institute for South Asia and enhanced Indo-African and India-Afghanistan Fellowships in Agricultural Universities. An ICAR–Industry meet was also convened in New Delhi in collaboration with Confederation of Indian Industry (CII) which received an overwhelming response from the private sector. Twenty-five new Units were added to the existing 220 Units in 49 universities to develop entrepreneurship skills among students. Niche Area of Excellence was also supported at 30 locations to achieve global competence in agricultural research and education.
Under the ICAR award scheme, two new prestigious awards have been instituted, namely ICAR Norman Borlaug Award and ICAR Challenge Award. The total numbers of awards to be given annually in specific categories have been increased from 13 to 22. Similarly the award money has also been enhanced in most of the categories.
The ICAR has repositioned its approach in the formulation of 12th five year plan to bring a demand driven and technology led revolution in the country. The Council will focus more on the commodities and the areas where private sector would be reluctant to venture. Secondary and specialty agriculture and the strength inter-departmental platforms will be harnessed to sustain the benefits of agricultural research and development. At national level, initiatives such as National Agricultural Education Project, National Agricultural Entrepreneurship Project, National Agricultural Science Foundation and National Agricultural Innovation Foundation have been envisaged to further strengthen and accelerate the process of transformation. However, in all these initiatives the Council is making a forward march with Farmers First approach.
The research and development programmes during the year have armed ICAR with preparedness to meet future challenges, especially of prospective global climate change vis-Ã -vis depleting and degrading natural resources. We envision that innovations in agriculture would transform existing slowdown in agriculture sector into a vibrant and competitive sector by harnessing untapped opportunities in domestic and global markets. The Council firmly believes that agricultural research and development would augment farmers’ income, generate employment opportunities, conserve natural resources, restrict imports, promote exports and increase value addition for higher and inclusive agricultural growth.
Appropriately backed by frontier sciences and techniques, a surge in production and productivity of major commodities is on the way to realize the dream of rainbow revolution.
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APPSC GROUP-1 GENERAL ESSAY
Thursday, August 4, 2011
Wednesday, August 3, 2011
Essential Interrogative Terms and Their Meanings in the APPSC Group - I Mains Exam
Analyze: To find out what something is made up of by identifying its components.
Critically Analyze: To find out critically what something is made up of by identifying its components.
Assess: To examine something, to determine something in order to judge or evaluate it.
Critically Assess: Assessment containing or involving comments and opinions that analyze or judge something, especially in a detailed way.
Bring out the Significance: Bring out the implied or intended meaning.
Capture the Movement: To seize or gain control over a fast changing.
Comment: An implied or indirect judgment.
Consider: To think carefully about something.
Debate: To talk about something at length and in detail, especially as part of a formal exchange of opinion.
Describe: To give an account of something by giving details of its characteristics.
Do you agree? Give examples: To have the same opinion about something as somebody else. Decorate with examples.
Discuss: To write or speak about the topic formally/officially.
Elaborate: To organize with thoroughness and careful attention to detail.
Elucidate: To explain and clarify something.
Evaluate: To consider or examine something in order to judge its value.
Examine: To study or investigate something.
Critically Examine: Critically study or investigate something.
Examine closely: To study or investigate something carefully or thoroughly.
Explain: To give reason for something that has happened, often as justification for it. To justify.
Formulate: To draw something up carefully and in detail.
Give Argument in favor of something: To give reason to support your argument.
Give your judgment in favor: To form sound opinions and make sensible decisions or reliable guesses.
Investigate: To take a look and see what has happened.
Justify: See Explain.
List out the Salient Features: Arrange the noticeable and striking distinctive features.
Highlight the Salient Features: Take out the best part.
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APPSC GROUP-1
Yojana August 2011 Magazine
Since the dawn of civilization, human societies have developed indigenous modes of entertainment which have evolved in various forms, and developed and transformed over the ages. Among the traditional forms of entertainment we have circus, art, theatre, puppetry, folk forms of music and dance, sports etc. In modern day parlance however, entertainment industry encompasses films, TV, radio, music and print industry. Other key players emerging in this sector are gaming, animation and advertising. Entertainment in India is one of the biggest revenue grossing industries. It is one of the fastest growing sectors in the economy and its segments have witnessed double digit growth in the last two years. The Indian entertainment and media industry is estimated to grow from Rs 58,080 crores in 2009 at a CAGR of 13 percent for the next five years.
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E-MAGAZINES
GENERAL SCIENCE MCQs
1. Jet engines are
(a) rotary engines
(b) turbine engines
(c) external combustion engines
(d) reaction engines
(a) rotary engines
(b) turbine engines
(c) external combustion engines
(d) reaction engines
2. In an engine run on diesel, ignition is caused through
(a)friction
(b) automatic starter
(c)spark plug
(d) compression
(a)friction
(b) automatic starter
(c)spark plug
(d) compression
3. In an electronic watch, the component corresponding to the pendulum of a pendulum clock is
(a)Transistor
(b) Balance Wheel
(c) Crystal Oscillator
(d) Diode
(a)Transistor
(b) Balance Wheel
(c) Crystal Oscillator
(d) Diode
4. The hydraulic brakes used in automobiles is a direct application of ?
(a) Archimedes’ Principle
(b) Toricellian law
(c) Bernoulli’s theorem
(d) Pascal’s law
(a) Archimedes’ Principle
(b) Toricellian law
(c) Bernoulli’s theorem
(d) Pascal’s law
5. Which of the following statements is correct?
(a) Dynamo converts electrical energy into heat energy and electric motor converts mechanical energy into electrical energy.
(b) Dynamo converts mechanical energy into electrical energy and electric motor converts electrical energy into mechanical energy.
(c) Both dynamo and electric motor convert electrical energy into mechanical energy.
(d) Both dynamo and electric motor convert mechanical energy into electrical energy.
(a) Dynamo converts electrical energy into heat energy and electric motor converts mechanical energy into electrical energy.
(b) Dynamo converts mechanical energy into electrical energy and electric motor converts electrical energy into mechanical energy.
(c) Both dynamo and electric motor convert electrical energy into mechanical energy.
(d) Both dynamo and electric motor convert mechanical energy into electrical energy.
6.. An electron microscope gives higher magnification than an optical microscope because
(a) it uses more powerful lenses.
(b) the velocity of electrons is smaller than that of visible light.
(c) the electrons have more energy than the light particles.
(d) the wavelength of electrons is smaller as compared to the wavelength of visible light.
(a) it uses more powerful lenses.
(b) the velocity of electrons is smaller than that of visible light.
(c) the electrons have more energy than the light particles.
(d) the wavelength of electrons is smaller as compared to the wavelength of visible light.
7. The conversion of electrical energy into chemical energy is observed in ?
(a) fan
(b) storage battery
(c) heater
(d) incandescent bulb
(a) fan
(b) storage battery
(c) heater
(d) incandescent bulb
8. The most efficient engine is ?
(a) Petrol
(b) Diesel
(c) Electric
(d) Steam
(a) Petrol
(b) Diesel
(c) Electric
(d) Steam
9. The tape of a tape recorder is coated with
(a) Zinc oxide
(b) Copper sulphate
(c) Mica
(d) Ferromagnetic powder
(a) Zinc oxide
(b) Copper sulphate
(c) Mica
(d) Ferromagnetic powder
10. When a coil is rotated in magnetic field, induced current is generated in the coil. This principle is used in making ?
(a) electromagnet
(b) electric motor
(c) electric generator
(d) electric watt meter
11. An ordinary tube light used for lighting purposes
contains
(a) fluorescent material and an inert gas
( b) one filament, reflective material and mercury vapour
(c) fluorescent material and mercury vapour
(d) two filaments, fluorescent material and mercury vapour
(a) electromagnet
(b) electric motor
(c) electric generator
(d) electric watt meter
11. An ordinary tube light used for lighting purposes
contains
(a) fluorescent material and an inert gas
( b) one filament, reflective material and mercury vapour
(c) fluorescent material and mercury vapour
(d) two filaments, fluorescent material and mercury vapour
12. The term ‘Black Box’ is more commonly used in relation to which of the following?
(a) It is a box in which high grade uranium is kept to prevent radiation.
(b) It is a time capsule in which records of important events are kept to be opened at a later date,
(c) It is a flight recorder in an aero plane.
(d)None of these
13. The lightning conductor used in building, protects the building by
(a) dissipating the electric charge away from the building
(b) conducting the lightning safely to the ground
(c) absorbing the electric charge
(d) None of these
(a) It is a box in which high grade uranium is kept to prevent radiation.
(b) It is a time capsule in which records of important events are kept to be opened at a later date,
(c) It is a flight recorder in an aero plane.
(d)None of these
13. The lightning conductor used in building, protects the building by
(a) dissipating the electric charge away from the building
(b) conducting the lightning safely to the ground
(c) absorbing the electric charge
(d) None of these
14. Sodium vapour lamps are preferred over incandescent lamp because of
(a) higher tolerance to voltage fluctuation
(b) higher intensity of illumination
(c) easy installation
(d) None of these
(a) higher tolerance to voltage fluctuation
(b) higher intensity of illumination
(c) easy installation
(d) None of these
15. The principle of working of periscope is based on
(a) reflection only
(b) refraction only
(c) reflection and refraction
(d) reflection and interference
(a) reflection only
(b) refraction only
(c) reflection and refraction
(d) reflection and interference
16. The working of the quartz crystal in the watch is based on
(a) Johnson effect
(b) Photoelectric effect
(c)Edison effect
(d) Piezo electric effect
17. A handwritten message can be instantly transmitted as such to any part of the world through
(a) Speed post
(b) Telex
(c)Electronic mail
(d) FAX
18. Which of the following combinations of aperture and shutter speed of a camera will allow the maximum exposure?
(a) F-5.6,1/l000
(b) F-8,l/250
(c) F-16,l/l25
(d) F-22,1/60
19. Hardware is related to?
(a) calculator
(b) computers
(c) acids
(d) heavy metals
(a) calculator
(b) computers
(c) acids
(d) heavy metals
20. Which of the following best explains the phenomenon ‘Simple Harmonic Motion’?
(a) Cylinder
(b) Disc
(c) Pendulum
(d) None of these
(a) Cylinder
(b) Disc
(c) Pendulum
(d) None of these
21. Distant objects can be seen with the help of
(a) chronometer
(b) microscope
(c)telescope
(d) spectroscope
(a) chronometer
(b) microscope
(c)telescope
(d) spectroscope
22. The safety fuse should have
(a) high resistance and high melting point
(b) high resistance and low melting point
(c) low resistance and high melting point
(d) low resistance and low melting point
(a) high resistance and high melting point
(b) high resistance and low melting point
(c) low resistance and high melting point
(d) low resistance and low melting point
23. Greenhouse is?
(a) a building chiefly of glass in which the temperature is very low.
(b) a building in which green plants are cultivated.
(c) a building chiefly of glass in which the temperature is maintained within the desired range.
(d) None of these
(a) a building chiefly of glass in which the temperature is very low.
(b) a building in which green plants are cultivated.
(c) a building chiefly of glass in which the temperature is maintained within the desired range.
(d) None of these
23. Given below are some of the home appliances:
1. 1/8 H.P. Water pump
2. Fluorescenttubelight
3. Room heater
4. Night lamp
Which of the following is the correct sequence in decreasing order of the wattage of the above?
(a) 2,1,3,4
(b) 3,1,2,4
(c)3,2,1,4
(d) 4,2,1,3
1. 1/8 H.P. Water pump
2. Fluorescenttubelight
3. Room heater
4. Night lamp
Which of the following is the correct sequence in decreasing order of the wattage of the above?
(a) 2,1,3,4
(b) 3,1,2,4
(c)3,2,1,4
(d) 4,2,1,3
25. Which of the following is/are true regarding the third (thicker) pin in a 3-pin plug?
1. It ensures better electrical contact.
2. It is connected to the body of the electrical device.
3. It is connected to the earth terminal.
4. It is connected to the neutral terminal.
(a) 1 and2
(b) 2 and 3
(c) 1 and3
(d) 4only
1. It ensures better electrical contact.
2. It is connected to the body of the electrical device.
3. It is connected to the earth terminal.
4. It is connected to the neutral terminal.
(a) 1 and2
(b) 2 and 3
(c) 1 and3
(d) 4only
26. Consider the following statements about a thermos flask:
1. It is a practical device in which the beat flowing into or out of the system by conduction, convection or radiation is reduced as much as possible.
2. It consists of a double – walled glass vessel.
3. The heat transfer by convection is minimized by silvering the surfaces and the radiation is minimized by evacuating the space between the walls.
Of these, the correct ones are
(a) l and 2
(b) 2 and 3
(c) l and 3
(d) l,2 and 3
1. It is a practical device in which the beat flowing into or out of the system by conduction, convection or radiation is reduced as much as possible.
2. It consists of a double – walled glass vessel.
3. The heat transfer by convection is minimized by silvering the surfaces and the radiation is minimized by evacuating the space between the walls.
Of these, the correct ones are
(a) l and 2
(b) 2 and 3
(c) l and 3
(d) l,2 and 3
27. Which of the following are true regarding the compact fluorescent tubes now available in market for home use?
1. They use less power (about 20%) compared to filament type bulbs for same amount of light.
2. They operate at higher voltages.
3. They are narrower and shorter than common fluorescent tubes.
(a) l and 2
(b) 2 and 3
(c) 1 and 3
(d) 1,2 and 3
1. They use less power (about 20%) compared to filament type bulbs for same amount of light.
2. They operate at higher voltages.
3. They are narrower and shorter than common fluorescent tubes.
(a) l and 2
(b) 2 and 3
(c) 1 and 3
(d) 1,2 and 3
28. In an ordinary dry cell, the electrolyte is
(a) sulphuric acid
(b) manganese dioxide
(c) ammonium chloride
(d) zinc
(a) sulphuric acid
(b) manganese dioxide
(c) ammonium chloride
(d) zinc
29. Which of the following pairs of materials serves as electrodes in chargeable batteries commonly used in devices such as torch lights, electric shavers etc. ?
(a) Iron and cadmium
(b) Nickel and cadmium
(c) Lead peroxide and lead
(d) Zinc and carbon
(a) Iron and cadmium
(b) Nickel and cadmium
(c) Lead peroxide and lead
(d) Zinc and carbon
30. The mixed oxide fuel is used for which of the following?
(a) Nuclear Reactors
(b) Aero planes
(c) Cryogenic Engines
(d) PSLV rockets
(a) Nuclear Reactors
(b) Aero planes
(c) Cryogenic Engines
(d) PSLV rockets
31. Conversion of chemical energy into electrical energy occurs in ?
(a)dynamos
(b) electric heaters
(c)battery
(d) atomic bombs
(a)dynamos
(b) electric heaters
(c)battery
(d) atomic bombs
32. In the ordinary fire extinguisher, carbon dioxide is generated by the reaction of ?
(a) marble powder and dilute HCL
(b) magnesite and dilute HCL
(c) limestone and dilute Sulphuric Acid
(d) sodium bicarbonate and dilute Sulphuric Acid
33. Which of the following take place when the subject speaks untruth while being tested by the polygraph instrument?
1.. His blood pressure goes up.
2. His pulse quickens.
3. His skin darkens.
4. He sneezes.
(a) l and 2
(b) 3 and 4
(c) l,2 and 3
(4) 2,3 and 4
(a) marble powder and dilute HCL
(b) magnesite and dilute HCL
(c) limestone and dilute Sulphuric Acid
(d) sodium bicarbonate and dilute Sulphuric Acid
33. Which of the following take place when the subject speaks untruth while being tested by the polygraph instrument?
1.. His blood pressure goes up.
2. His pulse quickens.
3. His skin darkens.
4. He sneezes.
(a) l and 2
(b) 3 and 4
(c) l,2 and 3
(4) 2,3 and 4
34. What is the function of a microprocessor in a computer?
(a) It allows the key board to write on the computer.
(b) It allows the outputs to be taken from a computer.
(c) It performs all the functions of a CPU (Central Processing Unit).
(d) None of these
(a) It allows the key board to write on the computer.
(b) It allows the outputs to be taken from a computer.
(c) It performs all the functions of a CPU (Central Processing Unit).
(d) None of these
35.Teletext means?
(a) the process of convening black & white TV sets into coloured ones.
(b) flashing of telephone conversation on TV screen.
(c) flashing the text of the message on the telex machine.
(d) flashing of the text of news and information on the TV screen.
(a) the process of convening black & white TV sets into coloured ones.
(b) flashing of telephone conversation on TV screen.
(c) flashing the text of the message on the telex machine.
(d) flashing of the text of news and information on the TV screen.
36. Which of the following statements about a refrigerator is/are correct?
1. It converts electrical energy into heat energy.
2. It converts electrical energy into mechanical energy.
3. It transfers heat from a high temperature to a low temperature.
4. It transfers heat from a low temperature to a high temperature.
(a) 1 and3
(b)2 and 3
(c) 1 and 4
(d) 4 only
1. It converts electrical energy into heat energy.
2. It converts electrical energy into mechanical energy.
3. It transfers heat from a high temperature to a low temperature.
4. It transfers heat from a low temperature to a high temperature.
(a) 1 and3
(b)2 and 3
(c) 1 and 4
(d) 4 only
37. Which of the following statements are true regarding transmission of television programmes?
1. Picture is transmitted with velocity of light.
2. Sound is transmitted with velocity of sound.
3. Sound is transmitted with velocity of light.
4. Different colours of the picture.are transmitted with different velocities.
(a) l and 3
(b) 1,2 and 3
(c) 2,3 and 4
(d) l,3 and 4
1. Picture is transmitted with velocity of light.
2. Sound is transmitted with velocity of sound.
3. Sound is transmitted with velocity of light.
4. Different colours of the picture.are transmitted with different velocities.
(a) l and 3
(b) 1,2 and 3
(c) 2,3 and 4
(d) l,3 and 4
38. The anode in a dry cell consists of
(a) graphite
(b) zinc
(c) copper
(d)cadmium
39. The technique used to transmit audio signals in television broadcasts is
(a) Amplitude Modulation
(b) Frequency Modulation
(c) Pulse Code Modulation
(d) Time Division Multiplexing
(a) graphite
(b) zinc
(c) copper
(d)cadmium
39. The technique used to transmit audio signals in television broadcasts is
(a) Amplitude Modulation
(b) Frequency Modulation
(c) Pulse Code Modulation
(d) Time Division Multiplexing
40 Floppy disc in a computer system is
(a) compiler
(b) core memory
(c) software
(d) device for storing and retrieving data
(a) compiler
(b) core memory
(c) software
(d) device for storing and retrieving data
41. The best colour (s) for a sun umbrella will be
(a)black
(b) black on top and white on the inside
(c)white on top and black on the inside
(d) printed with all the seven colours of rainbow
(a)black
(b) black on top and white on the inside
(c)white on top and black on the inside
(d) printed with all the seven colours of rainbow
42. Which one of the following can be used to confirm whether drinking water contains a gamma emitting isotope or not?
(a) Spectrophotometer
(b) Microscope
(c) Scintillation counter
(d) Lead plate
(a) Spectrophotometer
(b) Microscope
(c) Scintillation counter
(d) Lead plate
43. The following processes take place during the
launching of a rocket:
1. Rocket fuel is burnt.
2. Gases are produced.
3. Rocket moves in the forward direction.
4. Gases come out with momentum in back ward direction.
The correct sequential order in which the above processes occur, is
(a) 1,2,3,4
(b) 1,3,2,4
(c) 1,2,4,3
(d) 1,3,4,2
launching of a rocket:
1. Rocket fuel is burnt.
2. Gases are produced.
3. Rocket moves in the forward direction.
4. Gases come out with momentum in back ward direction.
The correct sequential order in which the above processes occur, is
(a) 1,2,3,4
(b) 1,3,2,4
(c) 1,2,4,3
(d) 1,3,4,2
44. A computer can be freely programmable
(a) if it is of a digital type
( if it is controlled synchronously
(c) if it contains a read only memory (ROM)
(d) if it contains a random access memory(RAM)
(a) if it is of a digital type
( if it is controlled synchronously
(c) if it contains a read only memory (ROM)
(d) if it contains a random access memory(RAM)
45. Which of the following polymers is widely used for making bullet proof material?
(a) Polyethylene
(b) Polyamides
(c) Polyvinyl chloride
(d) Polycarbonates
(a) Polyethylene
(b) Polyamides
(c) Polyvinyl chloride
(d) Polycarbonates
46. What is a flow chart in computer terminology?
(a) A graphical representation of a sequence of operations in a computer program
(b) A circular chart used for computer languages
(c) A debugging programme.
(d) None of these
(a) A graphical representation of a sequence of operations in a computer program
(b) A circular chart used for computer languages
(c) A debugging programme.
(d) None of these
47. A transistor is most likely to be found in a
(a)wrist watch
(b) fuse
(c)hearing aid
(d) fluorescent lamp
48. Ball bearings are used to reduce friction by
(a) applying lubricants to the balls used
(b) reducing the area of contact with the use of metallic balls
(c) increasing the area of contact with the use of metallic balls
(d)None of these
(a)wrist watch
(b) fuse
(c)hearing aid
(d) fluorescent lamp
48. Ball bearings are used to reduce friction by
(a) applying lubricants to the balls used
(b) reducing the area of contact with the use of metallic balls
(c) increasing the area of contact with the use of metallic balls
(d)None of these
49. Aviation fuel for jet aeroplanes consists of purified
(a)petrol
(b) kerosene
(c)gasoline
(d) diesel
50. Recoil of a gun is an example of
(a) conservation of mass
(b) conservation of energy
(c) conversion of Potential Energy into Kinetic Energy
(d) conservation of linear momentum
(a)petrol
(b) kerosene
(c)gasoline
(d) diesel
50. Recoil of a gun is an example of
(a) conservation of mass
(b) conservation of energy
(c) conversion of Potential Energy into Kinetic Energy
(d) conservation of linear momentum
ANSWERS
1.D 2. D 3. C 4. D 5. B 6.D 7. B 8. C 9. D 10. C
11.D 12. C 13. B 14. B 15. C 16. D 17. D 18. B 19. B 20. C
21. C 22. B 23. C 24. B 25. B 26. A 27. D 28. C 29. B 30. C
31. C 32. D 33. A 34. C 35. D 36. C 37. A 38. A 39. C 40. D
41. C 42. C 43. C 44. C 45. A 46. A 47. C 48. B 49. A 50. D
11.D 12. C 13. B 14. B 15. C 16. D 17. D 18. B 19. B 20. C
21. C 22. B 23. C 24. B 25. B 26. A 27. D 28. C 29. B 30. C
31. C 32. D 33. A 34. C 35. D 36. C 37. A 38. A 39. C 40. D
41. C 42. C 43. C 44. C 45. A 46. A 47. C 48. B 49. A 50. D
Labels:
SCIENCE
Atomic Numbers
Name | Symbol | Atomic Number |
Hydrogen | H | 1 |
Helium | He | 2 |
Lithium | Li | 3 |
Beryllium | Be | 4 |
Boron | B | 5 |
Carbon | C | 6 |
Nitrogen | N | 7 |
Oxygen | O | 8 |
Flourine | F | 9 |
Neon | Ne | 10 |
Sodium (Natrium) | Na | 11 |
Magnesium | Mg | 12 |
Aluminium | Al | 13 |
Silicon | Si | 14 |
Phosphorous | P | 15 |
Sulphur | S | 16 |
Chlorine | Cl | 17 |
Argon | Ar | 18 |
Potassium (Kalium) | K | 19 |
Calcium | Ca | 20 |
Titanium | Ti | 22 |
Vanadium | V | 23 |
Chromium | Cr | 24 |
Manganese | Mn | 25 |
Iron (Ferum) | Fe | 26 |
Cobalt | Co | 27 |
Nickel | Ni | 28 |
Copper (Cuprum) | Cu | 29 |
Zinc | Zn | 30 |
Germenium | Ge | 32 |
Bromine | Br | 35 |
Krypton | Kr | 36 |
Zirconium | Zr | 40 |
Silver | Ag | 47 |
Tin (Stannum) | Sn | 50 |
vAntimony (Stabnium) | Sb | 51 |
Iodine | I | 53 |
Barium | Ba | 56 |
Gold (Aurum) | Au | 79 |
Mercury (Hydragerm) | Hg | 80 |
Lead (Plumbum) | Pb | 82 |
Bismuth | Bi | 83 |
Radium | Ra | 88 |
Thorium | U | 90 |
Uranium | U | 92 |
Plutonium | Pu | 94 |
Curium | Cm | 96 |
Labels:
SCIENCE
Monday, August 1, 2011
Saturday, July 30, 2011
India plans to launch National Monsoon Mission
The Government of India is planning to launch a National Monsoon Mission to provide accurate rain forecast and other weather inputs to farmers.
Speaking at the annual function of his Ministry, Earth Sciences Minister Vilasrao Deshmukh said that agro-Met services will have greater importance in the coming years.
The Ministry has plans to establish the National Monsoon Mission to address these challenging issues relating to the monsoon rainfall in India, he added.
They not only provide fairly accurate monsoon forecasts but also issue weather related agro advisories to farmers so that the kisan (farmer) can plan his farming and increase the productivity of his soil, Deshmukh said.
"India's total demand for food grain is projected to touch 280 million tonnes by the year 2020-21. For this, improved monsoon rainfall predictions and associated enhancements to the agro-advisory services have been identified as priority activities," he added, reports IANS.
Speaking at the annual function of his Ministry, Earth Sciences Minister Vilasrao Deshmukh said that agro-Met services will have greater importance in the coming years.
The Ministry has plans to establish the National Monsoon Mission to address these challenging issues relating to the monsoon rainfall in India, he added.
They not only provide fairly accurate monsoon forecasts but also issue weather related agro advisories to farmers so that the kisan (farmer) can plan his farming and increase the productivity of his soil, Deshmukh said.
"India's total demand for food grain is projected to touch 280 million tonnes by the year 2020-21. For this, improved monsoon rainfall predictions and associated enhancements to the agro-advisory services have been identified as priority activities," he added, reports IANS.
Labels:
GOVT. POLICIES AND SCHEMES
Friday, July 29, 2011
HOW TO PREPARE CURRENT AFFAIRS
During the process of preparation for Current Affairs an individual is often faced with number of challenges. The challenges can be overcome and a grasp over the subject can be established only if a systematic process or strategy is adopted. The major challenge involved is segregation of events, for example incidents should be grouped under wide categories like National events of socio-political importance, International events of political importance, Economic events of national and international importance, Environmental events of national and international importance, Sports related events of national and importance, etc. The above categorisation is suggested on the basis of questions asked in different competition and entrance exams like-IAS/Bank PO/CLERK/SSC/LLB/MBA, etc.
Classifying current affairs
It is observed that classifying events which have been happening over a longer period of time and could continue in the future is difficult. To develop an understanding of these events, it is required to explore the different aspects, background, and history of the events in question. At times one major of national, international or economic event may lead to a series of incidents that may threaten to shake the balance in power. For example, the Jasmine revolution in Tunisia which gave a cue to the uprising in Egypt and is threatening authoritarian regime in a number of North African and Middle East countries. Also the European crisis in 201o had a striking impact at stock exchanges in India. The flood which rocked Australia raised the concerns of the world already plagued by Global Warming.
International level-Nuclear politics, Environmental politics, Reforms and Restructuring of united nations, Future of Nato, Voting reforms in IMF, Deadlock in WTO, Economic crisis of European union, Iran and North Korea's nuclear problem, Sudan-crisis, Israel-Palestine problem, Myanmar’s military junta, Nepal problem, Tibet issue, Ethnic crisis of Sri-Lanka, etc all fall in the category of events which have left and continue to create numerous related areas of concern.
Short-lived and long-lived current affairs
The third challenge is associated with categorisation events into short lived and long lived events. For short lived incidents it is important to know how effective, important or deep the impact of the newly emerged event is. If the importance of the effect of the event seems to be big, it must be extensively covered.
It is observed that there exists no clear, definite and fixed syllabus for current affairs as it happens in the case of subjects in Social Sciences, Management study, etc. The responsibility for updating and demarcation therefore remain with the students and aspirants.
It remains for the students to perform both the task of determination of syllabus as well as develop strategies to master Current affairs.
Labels:
PREPARATION STRATEGY
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