शनिवार, 22 जून 2013

Violence against women: a problem of epidemic proportions

Physical or sexual violence is a public health problem that affects more than one third of all women globally, according to a new report released by WHO in partnership with the London School of Hygiene & Tropical Medicine and the South African Medical Research Council.

The report, Global and regional estimates of violence against women: Prevalence and health effects of intimate partner violence and non-partner sexual violence, represents the first systematic study of global data on the prevalence of violence against women – both by partners and non-partners. Some 35% of all women will experience either intimate partner or non-partner violence. The study finds that intimate partner violence is the most common type of violence against women, affecting 30% of women worldwide.

The study highlights the need for all sectors to engage in eliminating tolerance for violence against women and better support for women who experience it. New WHO guidelines, launched with the report, aim to help countries improve their health sector’s capacity to respond to violence against women.

Impact on physical and mental health
The report details the impact of violence on the physical and mental health of women and girls. This can range from broken bones to pregnancy-related complications, mental problems and impaired social functioning.

“These findings send a powerful message that violence against women is a global health problem of epidemic proportions,” said Dr Margaret Chan, Director-General, WHO. “We also see that the world’s health systems can and must do more for women who experience violence.”

The report’s key findings on the health impacts of violence by an intimate partner were:

Death and injury – The study found that globally, 38% of all women who were murdered were murdered by their intimate partners, and 42% of women who have experienced physical or sexual violence at the hands of a partner had experienced injuries as a result.

Depression – Partner violence is a major contributor to women’s mental health problems, with women who have experienced partner violence being almost twice as likely to experience depression compared to women who have not experienced any violence.

Alcohol use problems – Women experiencing intimate partner violence are almost twice as likely as other women to have alcohol-use problems.

Sexually transmitted infections – Women who experience physical and/or sexual partner violence are 1.5 times more likely to acquire syphilis infection, chlamydia, or gonorrhoea. In some regions (including sub-Saharan Africa), they are 1.5 times more likely to acquire HIV.

Unwanted pregnancy and abortion – Both partner violence and non-partner sexual violence are associated with unwanted pregnancy; the report found that women experiencing physical and/or sexual partner violence are twice as likely to have an abortion than women who do not experience this violence.

Low birth-weight babies – Women who experience partner violence have a 16% greater chance of having a low birth-weight baby.

“This new data shows that violence against women is extremely common. We urgently need to invest in prevention to address the underlying causes of this global women’s health problem.” said Professor Charlotte Watts, from the London School of Hygiene & Tropical Medicine.

Need for better reporting and more attention to prevention
Fear of stigma prevents many women from reporting non-partner sexual violence. Other barriers to data collection include the fact that fewer countries collect this data than information about intimate partner violence, and that many surveys of this type of violence employ less sophisticated measurement approaches than those used in monitoring intimate partner violence.

“The review brings to light the lack of data on sexual violence by perpetrators other than partners, including in conflict-affected settings,” said Dr Naeemah Abrahams from the SAMRC. “We need more countries to measure sexual violence and to use the best survey instruments available.”

In spite of these obstacles, the review found that 7.2% of women globally had reported non-partner sexual violence. As a result of this violence, they were 2.3 times more likely to have alcohol disorders and 2.6 times more likely to suffer depression or anxiety – slightly more than women experiencing intimate partner violence.

The report calls for a major scaling up of global efforts to prevent all kinds of violence against women by addressing the social and cultural factors behind it.

Recommendations to the health sector
The report also emphasizes the urgent need for better care for women who have experienced violence. These women often seek health-care, without necessarily disclosing the cause of their injuries or ill-health.

“The report findings show that violence greatly increases women’s vulnerability to a range of short- and long-term health problems; it highlights the need for the health sector to take violence against women more seriously,” said Dr Claudia Garcia-Moreno of WHO. “In many cases this is because health workers simply do not know how to respond.”

New WHO clinical and policy guidelines released today aim to address this lack of knowledge. They stress the importance of training all levels of health workers to recognize when women may be at risk of partner violence and to know how to provide an appropriate response.

They also point out that some health-care settings, such as antenatal services and HIV testing, may provide opportunities to support survivors of violence, provided certain minimum requirements are met.

·         Health providers have been trained how to ask about violence.
·         Standard operating procedures are in place.
·         Consultation takes place in a private setting.
·         Confidentiality is guaranteed.
·         A referral system is in place to ensure that women can access related services.
·    In the case of sexual assault, health care settings must be equipped to provide the comprehensive response women need – to address both physical and mental health consequences.




 FRom http://indiacurrentaffairs.org

Latest About Infant Mortality Rate in India

·         At present, Infant Mortality Rate is 44 per 1000 live births in the country as per Sample Registration System 2011 report of Registrar General of India.

·         The Millennium Development Goal 4 is to   reduce child mortality by two third.

·         At present India’s IMR stands at 44 per 1000 live births (SRS 2011) against MDG target of 28 per 1000 live births.

·         However, 14 States/UTs namely Kerala, Tamil Nadu, Goa, Andaman & Nicobar Islands, Chandigarh, Daman & Diu, Delhi, Lakshadweep, Puducherry, Manipur, Maharashtra, Nagaland, Sikkim and Tripura have already achieved MDG 4 of IMR.

·    The following interventions under Reproductive and child health programme of NRHM are being implemented to meet the MDGs on time:

·         Prevention and treatment of Anaemia by supplementation with Iron and Folic Acid tablets during pregnancy and lactation.

·            Name Based Tracking of Pregnant Women to ensure complete antenatal, intranatal and postnatal care

·         Operational zing Community Health Centers as First Referral Units (FRUs) and Primary Health Centers (24X7) for round the clock maternal care services. )

·         Promotion of Institutional Delivery through Janani Suraksha Yojana (JSY) and Janani Shishu Suraksha Karyakram (JSSK): Promoting Institutional delivery to ensure skilled birth attendance for reducing both maternal and neo-natal mortality.

·         Strengthening Facility based newborn care: Newborn care corners (NBCC) are being set up at all delivery points. Special Newborn Care Units (SNCUs) and Newborn Stabilization Units (NBSUs) are also being set up at district hospitals and CHCs respectively for the care of sick newborn including preterm babies.

·         Home Based Newborn Care (HBNC):  Home based newborn care through ASHAs has been initiated to improve new born practices at the community level and early detection and referral of sick newborn babies

·         Capacity building of health care providers: Various trainings are being conducted under National Rural Health Mission (NRHM) to build and upgrade the skills of health care providers in basic and comprehensive obstetric care of mother during pregnancy, delivery and essential newborn care.

·         Adolescent Reproductive Sexual Health Programme (ARSH) – for adolescents to have better access to family planning, prevention of sexually transmitted Infections, counselling and peer education.


·         A new initiative Rashtriya Bal Swasthya Karyakram (RBSK) has been launched on 6th February, 2013 for Child health screening and early intervention services to provide comprehensive care to all the children in the community. The purpose of these services is to improve the overall quality of life of children through early detection of birth defects, diseases, deficiencies, development delays including disability.

डेयरी विकास

भारतीय डेयरी क्षेत्र ने 9वीं योजना के बाद से शानदार वृद्धि दर्ज की है, जिसके परिणाम स्‍वरूप प्रतिवर्ष 130 मिलियन टन के करीब वार्षिक उत्‍पादन करते हुए देश अब दुनिया के दुग्‍ध उत्‍पादन करने वाले देशों में पहले स्‍थान पर पहुंच गया है। यह हमारी बढ़ती हुई जनसंख्‍या के लिए दूध की उपलब्‍धता और दुग्‍ध उत्‍पादों में दीर्घकालीन वृद्धि को दर्शाता है। दुग्‍धशाला लाखों ग्रामीण परिवारों के लिए आय का एक प्रमुख द्वितीयक साधन बन गया है और खासतौर पर कमजोर तबके के लोगों और महिला किसानों के लिए रोजगार और आय सृजन के अवसर प्रदान करने में सर्वाधिक महत्‍वपूर्ण भूमिका निभा रहा है। वर्ष 2012 तक प्रति व्‍यक्ति दुग्‍ध की उपलब्‍धता 290 ग्राम प्रतिदिन के स्‍तर तक पहुंच गयी है, जो 284 ग्राम प्रतिदिन के अंतरराष्‍ट्रीय औसत से अधिक है। देश में अधिकांश दूध का उत्‍पादन छोटे, कमजोर तबके के किसानों और भूमिहीन श्रमिकों के द्वारा किया जाता है। मार्च 2012 तक करीब 14.78 मिलियन किसानों को 1,48,965 ग्राम स्‍तर की डेयरी सहकारी समितियों के दायरे में लाया जा चुका है। कुल पशुधन के करीब 87.7 प्रतिशत का प्रतिनिधित्‍व 4 हेक्‍टेयर से कम की भूमि वाले गरीब तबके के किसानों, लघु और उपमध्‍यम संचालकों द्वारा किया जाता है। दुनिया के सर्वाधिक पशुधन की संख्‍या भारत में है। यह दुनियाभर में भैंसों की जनसंख्‍या का करीब 57.3 प्रतिशत और पशु जनसंख्‍या का 14.7 है।

देश की राष्‍ट्रीय अर्थव्‍यवस्‍था और सामाजिक-आर्थिक विकास में पशुपालन और डेयरी एक महत्‍वपूर्ण भूमिका निभाता है। इन गतिविधियों से ग्रामीण क्षेत्रों खासतौर पर भूमिहीन, छोटे, गरीब तबके के किसानों और महिलाओं के लिए न सिर्फ लाभदायक रोजगार का सृजन होता है बल्कि उन्‍हें सस्‍ता और पौष्टिक अन्‍न मिलता है। पशुधन सूखे और अन्‍य प्राकृतिक आपदाओं के समय किसानों के लिए सर्वश्रेष्‍ठ बीमा के तौर पर काम करता है। दुधारु पशुओं की उत्‍पादकता का बढ़ाने के लिए सरकार ने कई उपाय अपनाए हैं, जिसके परिणाम स्‍वरूप दूध के उत्‍पादन में महत्‍वपूर्ण रूप से वृद्धि हो रही है।

राष्‍ट्रीय डेयरी योजना
दुग्‍ध उत्‍पादन को बढ़ाने, दुधारू पशुओं की उत्‍पादकता में सुधार करने के उद्देश्‍य के साथ देश में तेजी से बढ़ती हुई दूध की मांग को पूरा करने के लिए सरकार ने फरवरी 2012 में करीब 2,242 करोड़ रूपये के कुल निवेश के साथ राष्‍ट्रीय डेयरी योजना चरण-1 (एनडीपी-1) को भी स्‍वीकृति दे दी है। इस योजना को 2016-17 तक कार्यान्वित किया जाएगा। राष्‍ट्रीय डेयरी योजना-1 2016-17 तक 150 मिलियन टन दूध की लक्षित राष्‍ट्रीय मांग को पूरा करने में मदद करेगी, इसमें उत्‍पादकता वृद्धि, दूध की खरीद और बाजारों तक उत्‍पादकों की अधिक पहुंच बनाने के लिए ग्रामस्‍तर के बुनियादी ढांचे को मजबूत बनाना और इसका विस्‍तार करना शामिल है। एनडीपी-1 में 14 प्रमुख दुग्‍ध उत्‍पादक राज्‍य उत्‍तर प्रदेश, पंजाब, हरियाणा, गुजरात, राजस्‍थान, मध्‍य प्रदेश, बिहार, पश्चिम बंगाल, महाराष्‍ट्र, कर्नाटक, तमिलनाडु, आंध्रप्रदेश, ओडिशा और केरल पर खास ध्‍यान दिया जाएगा। ये राज्‍य देश के कुल दुग्‍ध उत्‍पादन का 90 प्रतिशत से ज्‍यादा उत्‍पादित करते हैं। इस योजना के कार्यान्‍वयन के लिए 31 दिसम्‍बर, 2012 तक एनडीडीबी को कुल 79 करोड़ रुपये जारी किए जा चुके हैं।

डेयरी उद्यमिता विकास योजना
डेयरी क्षेत्र में निजी निवेश को बढावा देने के लिए डेयरी उद्यमिता विकास य़ोजना (डीईडीएस) 1 सिंतबर 2010 को शुरू की गई। इस योजना का उद्देश्य स्वरोजगार के अवसर बढाकर गरीबी कम करने के साथ देश में निवेश बढाकर दूध का उत्पादन बढ़ाना था। नाबार्ड के माध्‍यम से लागू होने वाली इस योजना के अंतर्गत वि‍त्‍तीय सहायता व्यावसायिक, सहकारी, शहरी और ग्रामीण बैंकों के माध्‍यम से सामान्य श्रेणी के आवेदकों को 25 प्रतिशत की पूंजीगत सब्सिडी और अनुसूचित जाति और जनजाति के लाभार्थियों को 33 प्रतिशत की सहायता केंद्रीय सहायता के तौर पर प्रदान की जाती है। इस योजना का लाभ किसान, व्यक्तिगत उद्यमी, संगठित और असंगठित क्षेत्र के समूह इस योजना के अंतर्गत लाभ लेने के योग्य हैं।

अपनी शुरूआत के बाद से ही नाबार्ड ने 31 दिंसबर 2012 तक 62,046 डेयरियों को स्थापित करने के लिए 251.20 करोड़ रूपए की राशि वि‍तरि‍त की है। इसके अलावा इस योजना को लागू करने के लिए वर्ष 2012-13 के दौरान सरकार ने  140 करोड़ रूपए जारी किए हैं, जिसमें से 31 दिसंबर 2012 तक नाबार्ड ने 32,749 डेयरी स्थापित करने के  लिए 127.13 करोड़ रूपए जारी किए हैं।  

सहकारी संस्‍थाओं को सहायता
वर्ष 1999-2000 के दौरान जि‍ला स्‍तर पर रुग्‍ण डेयरी सहकारी मि‍ल्‍क यूनि‍यन तथा राज्‍य स्‍तर पर मि‍ल्‍क फेडरेशनों के पुनरुत्‍थान के उद्देश्‍य से योजना की शुरुआत की गई थी। योजना को सरकार तथा संबंधि‍त राज्‍य सरकार के बीच 50:50 हि‍स्‍सेदारी के आधार पर राष्‍ट्रीय डेयरी टेवलपमेंट बोर्ड (एनडीडीपी) के माध्‍यम से लागू कि‍या जा रहा है। संबंधि‍त राज्‍य मि‍ल्‍क फेडरेशन/जि‍ला मि‍ल्‍क यूनि‍यन से परामर्श करते हुए पुनरुत्‍थान योजना को राष्‍ट्रीय डेयरी टेवलपमेंट बोर्ड (एनडीडीपी) ने तैयार कि‍या है। प्रत्‍येक पुनरुत्‍थान योजना को इस ढ़ंग से तैयार कि‍या गया है कि‍ इनके अनुमोदन की तारीख से सात वर्ष की अवधि‍ के भीतर रुग्‍ण सहकारी संस्‍था सकारात्‍मक ढ़ंग से कार्य करने लगेगी।


इसके आरंभ से, 31 दि‍संबर 2012 तक वि‍भाग ने मध्‍य प्रदेश, छत्‍तीसगढ़, हरि‍याणा, कर्नाटक, उत्‍तर प्रदेश, केरल, महाराष्‍ट्र, असम, नागालैंड, पंजाब, पं. बंगाल और तमि‍लनाडु राज्‍यों में रुग्‍ण मि‍ल्‍क यूनि‍यनों के लि‍ए 42 पुनरुत्‍थान परि‍योजनाओं के लि‍ए मंजूरी दी है। इसके लि‍ए 310.91 करोड़ रुपये की कुल लागत नि‍र्धारि‍त की गई है, जि‍समें केंद्र का हि‍स्‍सा 155.64 करोड़ रुपये का है। 31 दि‍संबर 2012 तक रुग्‍ण सहकारी मि‍ल्‍क यूनि‍यनों को केंद्र के हिस्‍से का 120.64 करोड़ रुपये जारी कि‍ये जा चुके हैं।

शुक्रवार, 21 जून 2013

Nirmal Bharat Abhiyan

      
• The Government of India has accorded a high priority to the Sanitation Sector.
• In the 12th Plan an outlay of Rs. 34,377 crores has been provided for rural sanitation as compared to Rs. 6540 crores in the 11th Plan, which is a significantly higher allocation (425% higher than the 11th Plan).
• The goal is to achieve 100% access to sanitation for all rural households in the Country by 2022 under the NBA.
• Also as per 12th plan objectives of NBA, 50% of all the Gram Panchayats are to become Nirmal Grams by 2017.    
• Government of India started the Central Rural Sanitation Programme (CRSP) in 1986 to provide sanitation facilities in rural areas.
• It was simply a supply driven, highly subsidy and infrastructure oriented programme.
• As a result of deficiencies and low financial allocations, the CRSP had very little impact on the gargantuan problem.
• The experience of community -driven, awareness-generating campaign based programme in some states and the results of evaluation of CRSP, led to theformulation of Total Sanitation Campaign ( TSC) approach in 1999.
• The TSC was started as a demand driven, community-led programme with major IEC inputs to make sanitation a felt need of the people.
• As per the Twelfth Plan Working Group recommendation, the APL-BPL distinction and the very low incentive under the TSC have played havoc with the programme.
• Many slip-backs in the NGP villages have been attributed to non-availability of water, clearly indicating need to synergize the drinking water and sanitation programme.
• Owing to above and to accelerate the progress of sanitation in rural areas, The Government of India has revamped the Total Sanitation Campaign (TSC) as theNirmal Bharat Abhiyan (NBA) in the XIIth Five Year Plan.
• NBA is currently being implemented in 607 rural districts across the country. 
• NBA envisages covering the entire community for saturated outcomes with a view to create Nirmal Gram Panchayats.
 Under NBA, following steps have been taken:
• A shift from motivating individual household toilet construction to covering whole communities in a Gram Panchayat saturation mode for holistic sanitation outcomes.
• The scope of providing incentives for individual household latrine units has been widened to cover all APL households who belong to SCs, STs, small and marginal farmers, landless labourers with homesteads, physically challenged and women headed households along-with all BPL households.
• Financial incentive for construction of toilets has been raised for all eligible beneficiaries to Rs. 4600/- from the earlier amount of Rs 3200/-.under NBA.
• In addition upto Rs. 4500/- can be spent under Mahatma Gandhi National Rural Employment Guarantee Scheme for construction of the toilet.
• Along-with beneficiary contribution of Rs. 900/-, the total amount of Rs. 10000/- is now available for construction of toilets, which in the case of hilly and difficult areas is Rs. 10500/-.
• More emphasis on Information Education Communication (IEC) by earmarking 15% of the total outlay of district projects for IEC activities.
• With a view to give thrust to a new approach towards IEC, the Ministry has launched a Communication and Advocacy Strategy (2012-2017).
• Conjoint approach with National Rural Drinking Water Programme(NRDWP) to ensure water availability for sanitation in Gram Panchayats.
• Focused convergence of rural sanitation with associated Ministries including Health, School Education, Women and Child Development with NBA.


Bt crops

A Bt crop is one that has been genetically modified to mimic the soil bacterium, Bacillus thuringiensis, for increased protection from insect pests such as European corn borer in corn, and tobacco budworms, cotton bollworms and pink bollworms in cotton.

History of Bt

Japanese biologist, ShigetaneIshiwatari was investigating the cause of the sotto disease (sudden-collapse disease) that was killing large populations of silkworms when he first isolated the bacterium Bacillus thuringiensis (Bt) as the cause of the disease in 1901.
Ernst Berliner isolated a bacteria that had killed a Mediterranean flour moth in 1911, and rediscovered Bt. He named it Bacillus thuringiensis, after the German town Thuringia where the moth was found. Ishiwatari had named the bacterium Bacillus sotto in 1901 but the name was later ruled invalid. In 1915, Berliner reported the existance of a crystal within Bt, but the activity of this crystal was not discovered until much later.

Farmers started to use Bt as a pesticide in 1920. France soon started to make commericialized spore based formulations called Sporine in 1938. Sporine, at the time was used primarly to kill flour moths. In 1956, researchers, Hannay, Fitz-James and Angus found that the main insecticidal activity against lepidoteran (moth) insects was due to the parasporal crystal. With this discovery came increased interest in the crystal structure, biochemistry, and general mode of action of Bt. Research on Bt began in ernest.

In the US, Bt was used commercially starting in 1958. By 1961, Bt was registerd as a pesticide to the EPA.
Up until 1977, only thirteen Btstrains had been described. All thirteen subspecies were toxic only to certain species of lepidopteran larvae. In 1977 the first subspecies toxic to dipteran (flies) species was found, and the first discovery of strains toxic to species of coleopteran (beetles) followed in 1983.

What Bt means?

BACILLUS THRUINGIENSIS

There are different ways of moving genes in a plant to produce desirable traits. One of the more traditional ways is through selective breeding. A plant with a desired trait is chosen and bred to produce more plants with the desirable trait. More recently with the advancement of technology is another technique. This technique is applied in the laboratory where genes that express the desired trait is physically moved or added to enhance the trait in the plant. Plants produced with this technology are considered to be transgenic. Many times it is also referred to as Genetically modified (GM).Results of insect infestation on Bt (right) and non-Bt (left) cotton bolls. Source: USDA

DISADVANTAGES OF Bt CROPS

1- Bacillus thuringiensis (Bt) is a ubiquitous soil bacteria that produces a protein with insecticidal properties. This protein has been genetically engineered into crops, such as corn and cotton, to prevent damage by foraging insects. Concern over genetically modified food safety has been prevalent since its incorporation in the early 1990s. However, to date, there is no evidence to indicate that Bt crops pose a danger to human health or to the environment.

2- The most serious disadvantage is that long-term effects of genetically modified organisms is not known. BT varieties of GM crops are the result of taking DNA from a bacteria and inserting it into the seeds of corn, cotton, potatoes or other crops. This makes it possible for the plants themselves to produce substances that repel insects. Having that ability is good for insect control, but could have negative long-term effects on animals and humans who eat the crops.

More immediate concerns are possible contamination of non-GMO varieties and the crops becoming invasive in the environment. There are reports that genetically-modified crops have contaminated non-GMO varieties and that invasiveness has occurred.

METHODS OF MAKING Bt CROPS-

Genetically engineered plants are generated in a laboratory by altering their genetic makeup. This is usually done by adding one or more genes to a plant's genome using genetic engineering techniques.[20] Most genetically modified plants are generated by the biolistic method (particle gun) or by Agrobacterium tumefaciens mediated transformation. Plant scientists, backed by results of modern comprehensive profiling of crop composition, point out that crops modified using GM techniques are less likely to have unintended changes than are conventionally bred crops.

In research tobacco and Arabidopsis thaliana are the most genetically modified plants, due to well developed transformation methods, easy propagation and well studied genomes. They serve as model organisms for other plant species.

In the biolistic method, DNA is bound to tiny particles of gold or tungsten which are subsequently shot into plant tissue or single plant cells under high pressure. The accelerated particles penetrate both the cell wall and membranes. The DNA separates from the metal and is integrated into plant genomeinside the nucleus. This method has been applied successfully for many cultivated crops, especially monocots like wheat or maize, for which transformation using Agrobacterium tumefaciens has been less successful. The major disadvantage of this procedure is that serious damage can be done to the cellular tissue.

Agrobacteria are natural plant parasites, and their natural ability to transfer genes provides another method for the development of genetically engineered plants. To create a suitable environment for themselves, these Agrobacteria insert their genes into plant hosts, resulting in a proliferation of plant cells near the soil level (crown gall). The genetic information for tumour growth is encoded on a mobile, circular DNA fragment (plasmid). When Agrobacterium infects a plant, it transfers this T-DNA to a random site in the plant genome. When used in genetic engineering the bacterial T-DNA is removed from the bacterial plasmid and replaced with the desired foreign gene. The bacterium is avector, enabling transportation of foreign genes into plants. This method works especially well for dicotyledonous plants like potatoes, tomatoes, and tobacco. Agrobacteria infection is less successful in crops like wheat and maize.

FUTURE PROSPECTS-

The global value of biotech seed alone was US$13.2 billion in 2011, with the end product of commercial grain from biotech maize, soybean grain and cotton valued at approximately US$160 billion or more per year.

Players in agriculture business markets include seed companies, agrochemical companies, distributors, farmers, grain elevators, and universities that develop new crops and whose agricultural extensions advise farmers on best practices.

USES OF Bt CROPS-

Improved shelf life

The first genetically modified crop approved for sale in the U.S. was the FlavrSavr tomato, which had a longer shelf life. It is no longer on the market. As of 2012, an apple that has been genetically modified to resist browning, known as the Nonbrowning Arctic apple produced by Okanagan Specialty Fruits, is awaiting regulatory approval in the US and Canada. A gene in the fruit has been modified such that the apple produces less polyphenol oxidase, a chemical that manifests the browning.

Improved nutrition

The GM oilseed crops on the market today offer improved oil profiles for processing or healthier edible oils. The GM crops in development offer a wider array of environmental and consumer benefits such as nutritional enhancement and drought and stress tolerance. GM plants are being developed by both private companies and public research institutions such as CIMMYT, the International Maize and Wheat Improvement Centre. Other examples include a genetically modified cassava with lower cyanogen glucosides and enhanced with protein and other nutrients, while golden rice, developed by the International Rice Research Institute (IRRI), has been discussed as a possible cure for Vitamin A deficiency. An international group of academics has generated a vitamin-enriched corn derived from South African white corn variety M37W with 169x increase in beta carotene, 6x the vitamin C and 2x folate – it is not in production anywhere, but proves that this can be done.

Stress resistance

Plants engineered to tolerate non-biological stresses like drought] frost, high Soil salinity, and nitrogen starvation,with increased nutritional value (e.g. Golden rice) were in development in 2011.

Herbicide resistance

Tobacco plants have been engineered to be resistant to the herbicide bromoxynil. And many crops have created that are resistant to the herbicide glyphosate. As weeds have grown resistant to glyphosate and other herbicides used in concert with resistant GM crops, companies are developing crops engineered to become resistant to multiple herbicides to allow farmers to use a mixed group of two, three, or four different chemicals.

Pathogen resistance – insects or viruses

Tobacco, and many other crops, have been generated that express genes encoding for insecticidal proteins from Bacillus thuringiensis (Bt). Papaya, potatoes, and squash have been engineered to resist viral pathogens, such as cucumber mosaic virus which despite its name infects a wide variety of plants.

Production of biofuels

Algae, both hybrid and GM, is under development by several companies for the production of biofuels.[ Jatropha has also been modified to improve its qualities for fuel product. Swiss-basedSyngenta has received USDA approval to market a maize seed trademarked Enogen, which has been genetically modified to convert its own starch to sugar to speed the process of making ethanol for biofuel. In 2013, the Flemish Institute for Biotechnology was investigating poplar trees genetically engineered to contain less lignin so that they would be more suitable for conversion into biofuels.Lignin is the critical limiting factor when using wood to make bio-ethanol because lignin limits the accessibility of cellulose microfibrils to depolymerization by enzymes.

Production of useful by-products

Drugs

Bananas have been developed, but are not in production, that produce human vaccines against infectious diseases such as Hepatitis B. Tobacco plants have been developed and studied, but are not in production, that can produce therapeutic antibodies.

Materials

Several companies and labs are working on engineering plants that can be used to make bioplastics. Potatoes that produce more industrially useful starches have been developed as well.

Bioremediation

Scientists at the University of York developed a weed (Arabidopsis thaliana) that contains genes from bacteria that can clean up TNT and RDX-explosive contaminants from the soil: It was hoped that this weed would eliminate this pollution. 16 million hectares in the USA (1.5% of the total surface) are estimated to be contaminated with TNT and RDX. However the weed Arabidopsis thaliana was not tough enough to withstand the environment on military test grounds and research is continuing with the University of Washington to develop a tougher native grass.

Genetically modified plants have also been used for bioremediation of contaminated soils. Mercury, selenium and organic pollutants such as polychlorinated biphenyls (PCBs), TNT and RDXexplosive contaminants have been removed from soils by transgenic plants containing genes for bacterial enzymes.

SHAILESH SHUKLA
Email: 167shailesh.bot@gmail.com

गुरुवार, 20 जून 2013

Meeting India’s Energy Needs: A Challenge to the Scientific Community

It is a paradox that India, which is the fifth largest producer of electricity at approximately 2,12,000 MW, is also the lowest per capita consumer of electricity at 704 units as compared with 13616 units in the United States of America, a world average of 2752 units, with even China having a per capita consumption of 2328 units. There is obviously a total mismatch between the size of our population and the quantum of power generated by us. Of the power generated, a whopping 66.91 percent is accounted for by thermal power. The fuel largely used for thermal power is coal, with coal based generation accounting for 57.42 percent. Hydro power, which is clean and relatively cheap, accounts for 18.61 percent of production, nuclear for 2.25 percent and renewable sources such as wind, biomass, bagasse cogeneration accounting for 12.20 percent of the total power generation. Thus, more than two-third of power generation in India is based on fuels which are polluting and create a large carbon footprint.

It has been officially stated that for India to have even a reasonable availability of power by the end of the year 2013, we should increase our power generation from 2.12 lakh MW to at least 2.50 lakh MW, with an eight to nine percent growth of generation per annum, which leads to the level of 10 lakh MW of power by 2050. That amounts to a terawatt of power. In the twelfth plan, the proposal is that 88000 MW of additional power be generated which, taking into account increased demand, would still not close the gap between power availability and power demand which, at present stands at 11.6 percent, rising to 15 percent during peak load.

In the matter of generation, what are the options available to us? It is planned under the Jawaharlal Nehru National Solar Mission to add 22,000 MW of power through solar sources by 2022. Solar radiation is high throughout India and, therefore, we should be able to expand the programme substantially, but for one factor. Conversion of solar energy into electricity has a very low efficiency factor, hovering around 20 percent. To take the analogy of railway traction, the steam engine had a conversion factor of about 30 percent, which rose to about 60 percent with diesel electric traction. With all electric traction this goes up to between 75 and 80 percent. In a process of power generation in which the efficiency of conversion is only about 20 percent, can any generation infrastructure with such a low plant load factor be a truly effective instrument of delivering power on a national scale? Disaggregated generation and use of solar power directed at the household or a small community seems to be perfectly in order. Massive production of solar power to feed the grid is a completely different proposition. I state this not as an argument against solar power, but as a caution about whether conversion of solar energy into electric power is necessarily the best and most economical solution to our power requirements.

Thermal power, even with all the devices such as electrostatic precipitators, filter systems which capture particulate matter and even systems of carbon recovery only partially deals with the problem. Apart from its carbon footprint, a coal based thermal power station is prodigal in its use of cooling water and the fly ash generated by such a power plant has created waste management problems on a gigantic scale. Considering the preponderance of thermal generation, regardless of environmental issues, one does not see a reduction in the role of thermal generation in the foreseeable future and we have to try and reduce the negative factors.

Hydro power is cheap, nonpolluting and should be a major source of energy in a country where it is the hills and mountains in which our rivers, both Himalayan and Peninsular, rise, with steep gradients in the early part of their courses as they plunge towards plains. There is an almost unlimited source of hydel power available to us, but there are major problems associated. Had the present day environment activists existed then, the Gersoppa and Jog falls would never have been used for hydel generation, nor would Jogindernagar have existed. The problem with hydel generation is that one has to create a barrier across a river, such as the Bhakra Dam, both impounding water and creating a vertical drop which would enable hydel generation through turbines driven by the rushing waters. Environmental activists, including Sunderlal Bahuguna, are totally opposed to any dams. Their arguments are based on the assertion that there is lack of safety because of seismic activity in fragile mountain areas, the acquisition of land involved in creating a lake, the felling of trees in the basin of the lake and interference with the course of flow of our mountain and hill rivers. The environmental lobby has been so powerful that the second phase of Maneri-Bhali on the Bhagirathi River has been scrapped. Virtually every single dam is opposed and, therefore, hydel generation has come under severe threat in India. Common sense demands that a balance should be struck between hydel generation and environmental issues because both are important, but the positions taken are so extreme that it is almost impossible to find a via media.

One single example illustrates this point. The Narmada, which arises at Amarkantak in Madhya Pradesh, flows for more than 85 percent of its length in Madhya Pradesh. Madhya Pradesh is not only the upper riparian – it is also the major user or, rather, should be the major user of Narmada water. The Narmada Bachao Andolan (NBA) has opposed projects on the Narmada tooth and nail. The Gujarat Government, on the other hand, where the largest dam on the Narmada, Sardar Sarovar, is located has made the Narmada waters an article of faith. The Supreme Court and the State High Courts have sometimes been facilitators but more often obstructionists. The Narmada is supposed to have 29 major, 450 medium and 3000 minor projects on it and its tributaries. Most of the projects are stalled, many of them after hundreds of crores of rupees have been spent. Sardar Sarovar is the only one which has been completed and benefits of it are flowing throughout Gujarat, with a major share of power coming to Madhya Pradesh. What some people choose not to believe is that the Narmada can be a major source of hydel generation and Sardar Sarovar alone generates 1400 MW of clean power Omkareshwar and Maheshwar should double this, but thanks to NBA, the projects are making very slow headway. Without going into the merits of the agitation, one can safely say it is a symbol of how a major source of generation of clean power has been stymied.

India has set itself a target of generating 20 percent of energy from renewable sources by 2017. Can we achieve this? Not at the present pace. For example, in the matter of grid interactive renewable power, the target for 2011-12 for wind power was 2400 MW. We have achieved during this period generation of 833 MW, that is, approximately 35 percent of the target. In the case of micro hydel projects, as against a modest target of 350 MW, India has achieved only 111.3 MW, which comes to 31.8 percent of the target. In the case of solar power, only 2.5 percent of the target has been achieved. Gujarat and now Madhya Pradesh are striving to push solar energy, but how soon the results would be achieved remains to be seen.

That brings us to nuclear energy as a major source of power generation. Prime Minister Manmohan Singh even put his government at risk in order to push a treaty with the United States of America which would enable India to move out of the pariah category in the nuclear world and be accepted as a global partner in the peaceful use of nuclear energy. With many ‘ifs’ and ‘buts’, the treaty went through, with the Prime Minister arguing that if India were to become energy sufficient and through a clean source of generation, we had no option but nuclear power. The entire nuclear power generation programme is based on the premise that it is the cleanest form of energy because there are no emissions, nuclear power stations do not add gaseous or particulate matter to the atmosphere, there is no carbon generation and there are no mountains of fly ash such as one finds in a coal based thermal power station. The only danger is a Chernobyl type explosion which released radioactive material, or a Three-Mile Island type of melt down which, fortunately, was contained. Then, of course, one had Fukushima in which the nuclear power station was wrecked by a tsunami and it is only the heroic sacrifices by dedicated Japanese engineers which prevented this mishap from being converted into a disaster which would have devastated Japan.

In India, new nuclear plants include the one which is in the process of becoming operational in Kudankulam in Tamil Nadu and two which are in an advanced stage of planning. These include Jaitapur in Maharashtra and a proposed plant in the Mandla District of Madhya Pradesh. Activists and even a section of scientists are strongly opposed to these plants on account of safety. In some ways, the Fukushima disaster has triggered grave doubts about nuclear power plants located near the coast because it is feared that a tsunami can overtake them, leading to devastating results. There have been large scale and continuing protests Against Kudankulam and Jaitapur. The Prime Minister and the entire nuclear science establishments have no such doubts. Their way to reassure the people about the safety of these power plants is to virtually guarantee that neither Chernobyl nor Fukushima can ever be repeated in India. Those who are opposed these plants refuse to buy the government’s arguments, not only because they question the scientific basis of certifying the plants to be safe, but also on account of very little credibility remaining with government as one financial scandal after another hits India. Neil Armstrong, the first man on the moon, was asked on his return what passed through his mind as he blasted into space. His reply was, “The first thought I had was that every single part of the moon rocket had been supplied by the lowest tenderer”. Even in the United States, doubts have be expressed about quality and with our penchant for cutting corners when tendering and then trying to recoup any loss by substandard work, one certainly shares some sympathy for those who question safety guarantees. Nevertheless, the government has argued vehemently that India has no option but to adopt nuclear power generation as a major source of energy in the years to come.

The whole debate centres around the absolutely unavoidable need to increase our generation capacity if India is to modernise. If power is viewed as a commodity, then as in the case of all commodities, there is both a demand and supply of the commodity. Our present approach to electricity is focused only on supply because it is taken as given that demand will ride a rising curve and that if India is to modernize, demand must be made to rise very sharply. That scenario leaves us with no option other than increasing our generation capacity. Depending on finite resources, there is bound to come a time when we cannot increase power supply and then we would run into a massive problem of a demand driven economy being brought to a halt because the supply side has failed.

Is electricity necessarily a commodity? Is it not a convenience? Before power traction came on the scene, travel was a function of the human muscle, animal power, water power and wind power which moved sailing ships. Many things which we take for granted today were not available, but there was an ecological equilibrium the value of which we have never taken into account. We certainly cannot revert to the pre-automobile engine era and that this convenience, electricity, has become more than a convenience, more than a commodity because it has become a vital necessity. It is, therefore, necessary to accept that India needs electrical power for its electronic application. Once this is established, then the question arises from where will it obtain this power? Unfortunately, the country not really seriously looked at the demand side. Electricity is a prime mover, which is defined by the Chambers Twenty-first Dictionary as “the force that is most effective in setting something in motion”. That means that the more cumbersome, more inefficient a thing which is to be set in motion is, it will require a much larger quantity of the prime mover, in this case electricity. Traction motors largely use electricity as the prime mover. Let us take the case of a ceiling fan whose motor uses between 60 and 100 watts of power. If the motor were to be made so efficient that it consumes only 10 watts, we would have a 600 percent saving of power on a ceiling fan. Multiply this by crores of ceiling fans in use in a hot tropical country and the mind cannot even grasp how much power would be saved by this one improvement. Take every other motor, whether it be the traction motors of a railway train, the motors which drive heavy machinery in an industry, the motors which drive pumps which lift water for irrigation and one would find that by substantially improving the conversion factor of power to motion one could probably make do with about half the power we generate today. We could then concentrate on making our power stations more efficient, increase the plant load factor to almost a ratio of 1:1 and also in the process reduce pollution from these power plants to an acceptable level. It is only after this new equilibrium is established that we should think of more forms of application of electricity and, therefore, additional power generation.

I am not a scientist but have seen how Japanese scientists took the old valve radio set, transferred the circuitry to a button size transistor and gave us a radio set about the size of a pack of playing cards and transformed the entire information technology scene. Today semi conductors, the micro chip, the integrated circuit allow all sorts of equipment to function on a 1.5 volt battery and have eliminated the need for continuous mains supply to these appliances. I have suggested to the Indian Institutes of Technology that they should have a very strong research programme which looks at power demand and then come up with solutions which reduce demand as suggested above. The research would not be glamorous because it will deal with such mundane items as submersible pumps for lifting water from a tube well. It will not drive a Ferrari or a Lamborghini. It will be used by common cultivators, but such research would transform the entire power scenario in India and the world. Will any of our institutes of technology take up the challenge? My humble submission is that the route to the Nobel Prize does not necessarily lie in fundamental research. Applied research which takes electricity and makes it a truly thrifty servant of man can also lead to a Nobel Prize.

What is stated above is only a commonsense approach and one wonders why neither activists, nor scientists, nor the technologists are pushing it. A standard argument is that research which leads to efficiency of virtually every appliance which uses electric power would be very expensive and would push the cost of the commodity beyond ordinary levels of affordability. Perhaps this is true, but only so far as the prototype is concerned. Replication of a prototype does not call for cost to be incurred on research and when the prototype is tested, proved and found to be acceptable, its mass production would bring the unit cost down to not more than what the present appliance costs. Look how expensive were the original cumbersome, slow and clumsy computers. Refining, fine-tuning and mass production have brought the computer within the reach of every common man. This is true of mobile telephony. Why should it fail in the massively wide spectrum of electrical and electronic goods which have now become a part of our daily life? Industry, government, the scientific establishment and our Institutes of Technology must come together with a very specific and determined programme to make the use of electrical energy so efficient that a little bit goes a long way. There can be no tokenism in this programme because if India is to survive as an ecologically and environmentally healthy, modern nation in which power is harnessed for man’s needs and there is enough power for everyone, then efficiency of everything which needs power to operate has to be central to our philosophy of use of power. Whether we put a man on the moon or not is not very relevant. Whether we can make one megawatt of power perform the same function as a hundred megawatts of power is vital to our survival. Will our scientific and technological establishment respond favourably?

तीसरा तीव्र निगरानी जहाज ‘अभिनव’ लॉन्‍च हुआ

कोच्चि शिपयार्ड लिमिटेड (सीएसएल) ने भारतीय तटरक्षक के लिए तैयार किए जा रहे तीव्र निगरानी जहाज (फास्‍ट पेट्रोल वेस्‍सेल-एफपीवी) अभिनवको लॉन्‍च किया। अभिनवकोच्चि शिपयार्ड लिमिटेड द्वारा भारतीय तटरक्षक के लिए बनाए जा रहे। 20 तीव्र निगरानी जहाजों की श्रृंखला में तीसरा जहाज है। इससे संबंधित निविदा पर 2010 में हस्‍ताक्षर किए गए थे और निविदा में अंतिम जहाज 2017 तक देने का प्रावधान था। इन जहाजों को दोहरे वर्गीकरण आवश्‍यकताओं के तहत तैयार किया जा रहा है। 50 मीटर x 7.6 x 6.45 मीटर डिजाइन के इन जहाजों की गति 33 नॉट्स रखी गई है। इन जहाजों का प्रारंभिक कार्य मछली पालन संरक्षण और देखरेख, विशेष आर्थिक जोन तथा समुद्री पेट्रोलिंग, तस्‍कर विरोधी निगरानी, खोज और बचाव कार्य तथा समुद्री दस्‍यु कार्रवाई के विरुद्ध निगरानी और सुरक्षा है। इन जहाजों का दूसरा काम शत्रुता और युद्ध के समय संचार संपर्क उपलब्‍ध कराना तथा काफिलों को सुरक्षित ले जाना है।

छोटे आकार के उच्‍च गति वाले तीव्र निगरानी जहाजों की संरचना जटिल है और तकनीकी दृष्टि से चुनौतीपूर्ण। 33 नॉट की गति प्राप्‍त करने के लिए वाटर जेट से इन जहाजों को धकेला जाता है। भार की दृष्टि से ये संवेदनशील होते हैं और इसकी बनावट में एल्‍यूमीनियम का व्‍यापक इस्‍तेमाल किया जाता है। कोच्चि शिपयार्ड ने उच्च स्‍तरीय वेल्डिंग और एल्‍यूमीनियम ढांचे की बनावट के लिए विशेष तकनीक विकसित की है।

कोच्चि शिपयार्ड के पास अभी 25 जहाजों का ऑर्डर है, जिनमें 20 तीव्र गति के निगरानी जहाज, भारतीय और विदेशी खरीदारों के लिए तीन अपतटीय समर्थन देने वाले जहाज तथा लाइट हाउसेस और लाइट शिप तथा भारतीय जल सेना के लिए प्रतिष्ठित मालवाहक विमान के लिए तैरते रहने वाला 1 बुवाय टेंडर जहाज है। कोच्चि शिपयार्ड लिमिटेड ने तेल उद्योग के लिए अपतटीय समर्थन वाले जहाजों के क्षेत्र में उच्‍च तकनीक के साथ प्रवेश किया है। 2005 से कोच्चि शिपयार्ड लिमिटेड ने बहामा, नॉर्वे, नीदरलैंड, यूनान, अमरीका तथा सऊदी अरब के ग्राहकों के लिए 40 जहाजों की डिलिवरी की है। इसके अतिरिक्‍त कोच्चि शिपयार्ड लिमिटेड ने भारतीय जहाजरानी निगम को 4 ऐंकर हैं‍डलिंग टग तथा दो प्‍लेटफॉर्म सपोर्ट जहाजों की डिलिवरी की है। 2012-13 में कोच्चि शिपयार्ड लिमिटेड ने विभिन्‍न अंतर्राष्‍ट्रीय और घरेलू खरीदारों को 6 अपतटीय सपोर्ट देने वाले जहाजों की डिलिवरी की।


हाल में कोच्चि शिपयार्ड लिमिटेड का कोच्चि पोर्ट ट्रस्‍ट परिसर में अंतर्राष्‍ट्रीय जहाजों की मरम्‍मत सुविधा के लिए कोच्चि पोर्ट ट्रस्‍ट के साथ एक करार हुआ है। इससे छोटे और मझौले जहाजों की मरम्‍मत के क्षेत्र में कोच्चि शिपयार्ड लिमिटेड का बाजार हिस्‍सा बढ़ने की उम्‍मीद है। कोच्‍च पोर्ट ट्रस्‍ट की जहाज मरम्‍मत सुविधा में पहले जहाज को 25 मई 2013 को खड़ा किया गया। यार्ड ने अपनी विस्‍तार योजनाओं की भी पहचान की है।

बुधवार, 19 जून 2013

सीमा सुरक्षा बल के गरि‍मामय 50 वर्ष

केंद्रीय आयुध एवं युद्ध कौशल वि‍द्यालय, सीमा सुरक्षा बल, इंदौर इस वर्ष अपनी स्‍थापना के 50वां गरि‍मामय वर्ष पूर्ण कर रहा है। दल भावना की संस्‍कृति, वि‍श्‍वास और नि‍ष्‍पक्षता को बढ़ावा देने की दि‍शा में इस संस्‍थान ने महत्‍वपूर्ण भूमि‍का नि‍भाई है।

केंद्रीय आयुध एवं युद्ध कौशल वि‍द्यालय, सीमा सुरक्षा बल का सबसे पहले स्‍थापि‍त कि‍या गया, एक वि‍शि‍ष्‍ट केंद्र है। यह संस्‍थान लघु शस्‍त्र के शूटिंग कौशल में उत्‍कृष्‍टता प्रदान करता है। इसकी स्‍थापना सीमा सुरक्षा बल के प्रथम महानि‍देशक स्‍वर्गीय श्री खुसरो फरामुर्ज रूस्‍तमजी (आईपीएस) का सपना था। वे इस संस्‍थान के माध्‍यम से एक मंच तैयार करना चाहते थे, जहां केंद्रीय पुलि‍स संगठनों तथा राज्‍य पुलि‍स बलों के कार्मि‍क व अधि‍कारी उच्‍च कोटि‍ का प्रशि‍क्षण प्राप्‍त करने के साथ-साथ एक दूसरे से परि‍चि‍त हों, अपने अनुभवों को बाटें तथा आपसी सहयोग स्‍थापि‍त करें। उनके नजरि‍ये में पुलि‍स अभि‍यानों में आधुनि‍कता का वि‍कास तथा पेशेवर अंदाज का असर तभी संभव हो सकता था।

केंद्रीय आयुध एवं युद्ध कौशल वि‍द्यालय, सीमा सुरक्षा बल, इंदौर के बि‍जासन रोड पर स्‍थि‍त है। इस मुख्‍य कैंपस के अति‍रि‍क्‍त बि‍जासन टेकरी, बुडानि‍या व रेवती रेंज भी इसी के अंग हैं, जहां पर भि‍न्‍न-भि‍न्‍न प्रकार के प्रशि‍क्षण दि‍ये जाते हैं, जि‍समें शस्‍त्र और रणनीति‍ पाठ्यक्रम, आईपीएस परीवि‍क्षार्थि‍यों के पाठ्यक्रम, प्‍लाटून वेपन पाठ्यक्रम,  नि‍शानची पाठ्यक्रम, नये हथि‍यार और नि‍गरानी उपकरण पाठ्यक्रम, नक्‍शा अनुदेशकों के पाठ्यक्रम, शस्‍त्र के सहायक नि‍रीक्षणालय पाठ्यक्रम, भर्ती कांस्‍टेबल के लि‍ए सहायक प्रशि‍क्षण केंद्र, सेमि‍नार/कार्यशालाएं/सहभागि‍ता/माड्यूल प्रशि‍क्षण कार्यक्षेत्र तथा वरि‍ष्‍ठ बीएसएफ अधि‍कारि‍यों के प्रशि‍क्षण शामि‍ल हैं।

कैंपस की स्‍थापना सन् 1930 में महाराजा तुकोजी राव होल्‍कर द्वारा अपनी प्रथम केवलरी तथा तोपखाना रखने के उद्देश्‍य से की गई थी। इसमें लगभग 100 घोड़े एवं दर्जन भर तोपें शामि‍ल थी। सन् 1938 में इस यूनि‍ट को भंग कर दि‍या गया था, किंतु इस तोपखाने की तोपों को वि‍भि‍न्‍न समारोहों के दौरान, भ्रमण में आने वाले गणमान्‍य अति‍थि‍यों को सलामी देने और दशहरा उत्‍सव मनाने के लि‍ए इस्‍तेमाल में लि‍या जाता रहा। सन् 1940 में महाराजा तुकोजी राव होल्‍कर ने रि‍क्रूटों को प्रशि‍क्षण देने के मकसद से यहां पर एक प्रशि‍क्षण केंद्र खोला गया, जि‍सका नाम 'इंदौर प्रशि‍क्षण केंद्र' रखा गया। स्‍वतंत्रता के उपरांत पूरे संस्‍थान को मध्‍य भारत की पुलि‍स को सौंप दि‍या गया। जि‍न्‍होंने यहां अपने आरक्षकों, मुख्‍य आरक्षकों, उप नि‍रीक्षक, नि‍रीक्षक एवं उपाधीक्षक को प्रशि‍क्षण देने के लि‍ए पुलि‍स प्रशि‍क्षण केंद्र स्‍थापि‍त कि‍या। 1956 में राज्‍यों के पुनर्गठन के पश्‍चात पूरा संस्‍थान मध्‍य प्रदेश पुलि‍स को सौंप दि‍या गया।

स्‍वतंत्रता के पश्‍चात पुलि‍स बलों को वि‍भि‍न्‍न नई चुनौति‍यों का सामना करना पड़ा। पुलि‍स बलों को सक्रि‍य एवं हिंसक हथि‍यारों से लैस असामाजि‍क तत्‍वों का सामना करने के लि‍ए कुशल प्रशि‍क्षण की आवश्‍यकता हुई। नई परि‍स्‍थि‍ति‍यों से नि‍पटने के लि‍ए हथि‍यारों से सुसज्‍जि‍त व उनके उपयोग में नि‍पुण पुलि‍स बलों को वि‍भि‍न्‍न परि‍स्‍थि‍ति‍यों में उचि‍त व कारगर कार्यवाही करने में समर्थ बनाने के अति‍रि‍क्‍त कोई अन्‍य वि‍कल्‍प नहीं था। इन सभी पहलूओं को ध्‍यान में रखते हुए सभी केंद्रीय पुलि‍स बलों एवं राज्‍य पुलि‍स संगठनों को आयुध एवं युद्ध कौशल में प्रशि‍क्षि‍त करने का फैसला लि‍या गया। तदानुसार केंद्रीय आयुध एवं युद्ध कौशल वि‍द्यालय, इंदौर की स्‍थापना 15 जून 1963 को इंटेलीजेंस ब्‍यूरो के अधीन की गई। सीमा सुरक्ष बल ने इस राष्‍ट्रीय संस्‍थान को संचालि‍त करने की जि‍म्‍मेदारी जून 1966 से ली।

इस संस्‍थान में सीमा सुरक्षा बल के सभी पदों के कार्मि‍कों के अति‍रि‍क्‍त सभी केंद्रीय अर्द्धसैनि‍क बलों तथा राज्‍य पुलि‍स बलों के कार्मि‍कों को आधुनि‍क हथि‍यारों की उच्‍च कोटि‍ की सि‍खलाई, युद्ध कौशल एवं फील्‍ड क्रॉफ्ट में कुशल प्रशि‍क्षण प्रदान करने के साथ-साथ नक्‍सलि‍यों व आतंकवादि‍यों से कुशलतापूर्वक नि‍पटने का प्रशि‍क्षण प्रदान कि‍या जाता है। इस संस्‍थान में भारतीय पुलि‍स सेवा के अधि‍कारि‍यों को वैपन्‍स एवं टैक्‍टि‍स के प्रशि‍क्षण के आधुनि‍क तरीक एवं मूल्‍यांकन पद्धति‍ के साथ-साथ फि‍दायीन हमले को नकारा करने से संबंधि‍त प्रशि‍क्षण दि‍या जाता है। भारत के मि‍त्र देशों जैसे नेपाल, भूटान व मालदीव के पुलि‍स बलों के अधि‍कारि‍यों व कार्मि‍कों को भी हथि‍यारों व युद्ध कौशल से संबंधि‍त प्रशि‍क्षण दि‍या जाता है। अब तक संस्‍थान द्वारा लगभग 48000 प्रशि‍क्षार्थि‍यों को प्रशि‍क्षि‍त कि‍या गया है।

इस संस्‍थान के सहायक प्रशि‍क्षण केंद्र में हर वर्ष 1000 से अधि‍क नव-आरक्षकों को प्रशि‍क्षि‍त कि‍या जाता है। इस संस्‍थान को भारत सरकार, गृह मंत्रालय द्वारा 30 सि‍तम्‍बर 1999 को 'सेंटर ऑफ एक्‍सीलेंस' घोषि‍त कि‍या गया।

प्रशि‍क्षण के अति‍रि‍क्‍त उच्‍च कोटि‍ के नि‍शानेबाज तैयार करना तथा नि‍शानेबाजी को बढ़ावा देना भी केंद्रीय आयुध एवं युद्ध कौशल वि‍द्यालय का एक और महत्‍वपूर्ण क्षेत्र है। इसी दि‍शा में संस्‍थान की रेवती रेंजेज पर एक अतरराष्‍ट्रीय स्‍तर का शूटिंग कॉम्‍प्‍लेक्‍स तैयार कि‍या गया है, जि‍समें बल की पेशेवर जरूरतों को पूरा करने के अति‍रि‍क्‍त बल के युवा व प्रति‍भावान नि‍शानेबाजों को राष्‍ट्रीय व अंतरराष्‍ट्रीय स्‍तर पर दस्‍तक देने के लि‍ए एक मंच तैयार कि‍या जाता है। इसी के परि‍णामस्‍वरुप, सीमा सुरक्षा बल के अनेक नि‍शानेबाजों ने ओलंपि‍क, एशि‍यन तथा अनेक पदक अर्जि‍त किए हैं, जि‍समें नि‍शानेजबाजी में अर्जून पुरस्‍कार वि‍जेता मोहिंदर लाल जैसे अनेक नि‍शानेबाज शामि‍ल हैं। अब इस कड़ी में एक नया अध्‍याय जुड़ गया है, जब सीमा सुरक्षा बल में कुछ समय पहले ही शामि‍ल हुई महि‍ला कार्मि‍कों ने नि‍शानेबाजी में उत्‍कृष्‍ट प्रदर्शन करते हुए राष्‍ट्रीय प्रति‍योगि‍ताओं में पदक जीतकर बल का नाम रोशन कि‍या है।

प्रशि‍क्षण के मुख्‍य उद्देश्‍य को पूरा करने के साथ-साथ इस संस्‍थान ने गुणवत्‍ता प्रबंधन प्रणाली तथा पर्यावरण संरक्षण में भी उपनी एक अलग पहचान बनाई है। संस्‍थान के कैंपस में पर्यावरण संरक्षण के लि‍ए उर्जा बचत संयत्रों का उपयोग पर्यावरण को बचाने के लि‍ए जागरुकता, पानी का सदुपयोग, कागज की बरबादी रोकने, पेट्रोलि‍यम पदार्थों का न्‍यूनतम उपयोग, वाहनों की समय-समय पर प्रदूषण जांच, वृक्षारोपण तथा जल संवर्द्धन जैसे कई कदम उठाए गए, जि‍सके लि‍ए संस्‍थान को ISO-9001-2008 तथ ISO-14001-2004 प्रदान कि‍या गया है।

केंद्रीय आयुध एवं युद्ध कौशल वि‍द्यालय को इंदौर के सीमा सुरक्षा बल सहि‍त सभी केंद्रीय बलों के सेवानि‍वृत कर्मचारि‍यों के कल्‍याण व पुनर्वास का कार्य देखने हेतु नोडल कार्यालय घोषि‍त कि‍या गया है। इस हेतु सीमा सुरक्षा बल परि‍सर में सेवानि‍वृत कर्मचारि‍यों के लि‍ए एक कार्यालय खोला गया है, जहां सेवानि‍वृत कार्मि‍क आकर अपनी समस्‍याओं के बारे में जानकारी देते हैं। इसके अति‍रि‍क्‍त सेवानि‍वृत कर्मचारि‍यों के साथ समय-समय पर बैठक कर उनकी समस्‍याओं का नि‍वारण कि‍या जाता है। केंद्रीय आयुध एवं युद्ध कौशल वि‍द्यालय ने पि‍छले 50 वर्षों में प्रशि‍क्षणार्थि‍यों को युद्ध कौशल में नि‍पुण बनाने के साथ-साथ उन्‍हें नैति‍क तथा सामाजि‍क दायि‍त्‍वों के निर्वहन के लि‍ए तैयार कि‍या है। यह राष्‍ट्रीय सुरक्षा तथा राष्‍ट्र नि‍र्माण के लि‍ए अहम कदम है।


कुल पेज दृश्य