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Food Security & Public Distribution System(PDS)

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WHO Defines Food security to exists when all people, at all times, have physical, social and economic access to sufficient, safe and nutritious food which meets their dietary needs and food preferences for an active and healthy life.
food securityFood security has three interlinked contents such as :-

  1. Availability of food,
  2. Access to food and
  3. absorption of food.

Food security is a multidimensional concept covering even the  micro level household food security,energy intakes and indicators of malnutrition.

 

Major components of food security are:-

  1. Production and Procurement
  2. Storage
  3. Distribution

Indian Agriculture is rightly called as a gamble with Monsoon, variability in food production and rising population creates food insecurity in the nation and worst effected are the downtrodden section of the society.

While India has seen impressive economic growth in recent years, the country still struggles with widespread poverty and hunger. India’s poor population amounts to more than 300 million people, with almost 30 percent of India’s rural population living in poverty. The good news is, poverty has been on the decline in recent years. According to official government of India estimates, poverty declined from 37.2% in 2004-05 to 29.8% in 2009-10.

Need for Self-Sufficiency:

India suffered two very severe droughts in 1965 and 1966. Food Aid to India was restricted to a monthly basis by USA under the P.L. 480 programme.  The Green Revolution made a significant change in the scene. India achieved self-sufficiency in food grains by the year 1976 through the implementation of the seed- water-fertilizer policy adopted by the Government of India.

Food grain production increased four-fold during 1950-51 and 2001-2002 from 51 million tons to 212 million tones. The country is no longer exposed to real famines. But the regional variation in the success of Green Revolution which was chiefly limited to northern- Western states has lead to the divide in the nation. Evergreen revoloution and Bringing green revolution to eastern India is the need of the hour.

Green revolution was focused on wheat and rice and thus the production of pulses was stagnant.

National Food Security Mission comprising rice, wheat and pulses to increase the production of rice by 10 million tons, wheat by 8 million tons and pulses by 2 million tons by the end of the Eleventh Plan (2011-12). The Mission is being continued during 12th Five Year Plan with new targets of additional production of food grains of 25 million tons of food grains comprising of 10 million tons rice, 8 million tons of wheat, 4 million tons of pulses and 3 million tons of coarse cereals by the end of 12th Five Year Plan.
The National Food Security Mission (NFSM) during the 12th Five Year Plan will have five components

(i) NFSM- Rice;

(ii) NFSM-Wheat;

(iii) NFSM-Pulses,

(iv) NFSM-Coarse cereals and

(v) NFSM-Commercial Crops.

Government through Public Distribution System has tried to counter the problem of food insecurity by providing the food grains through fair price shops.

The central Government through Food Corporation of India has assumed the responsibilities of  procurement,storage,transfer and bulk allocation of food grains to state governments.

pdsThe public distribution system (PDS) has played an important role in attaining higher levels of the household food security and completely eliminating the threats of famines from the face of the country, it will be in the fitness of things that its evolution, working and efficacy are examined in some details.

PDS was initiated as a deliberate social policy of the government with the objectives of:

i) Providing foodgrains and other essential items to vulnerable sections of the society at resonable (subsidised) prices;

ii) to have a moderating influence on the open market prices of cereals, the distribution of which constitutes a fairly big share of the total marketable surplus; and

iii) to attempt socialisation in the matter of distribution of essential commodities.

 

The focus of the Targeted Public Distribution System (TPDS) is on “poor in all areas” and TPDS involves issue of     35 Kg of food grains per family per month for the population Below Poverty Line (BPL) at specially subsidized prices. The TPDS requires the states to Formulate and implement :-

  1. foolproof arrangements for identification of poor,
  2. Effective delivery of food grains to Fair Price Shops (FPSs)
  3. Its distribution in a transparent and accountable manner at the FPS level.

 

 

Earth’s Layers – Earth’s Composition

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The Crust of Earth

It is the outermost and the thinnest layer of the earth’s surface, about 8 to 40 km thick. The crust varies greatly in thickness and composition – as small as 5 km thick in some places beneath the oceans, while under some mountain ranges it extends up to 70 km in depth.

The crust is made up of two layers­ an upper lighter layer called the Sial (Silicate + Aluminium) and a lower density layer called Sima (Silicate + Magnesium).The average density of this layer is 3 gm/cc.

The Mantle of Earth

This layer extends up to a depth of 2900 km.

Mantle is made up of 2 parts: Upper Mantle or Asthenosphere (up to about 500 km) and Lower Mantle. Asthenosphere is in a semi­molten plastic state, and it is thought that this enables the lithosphere to move about it. Within the asthenosphere, the velocity of seismic waves is considerably reduced (Called ‘Low Velocity

The line of separation between the mantle and the crust is known as Mohoviricic Discontinuity.

 

The Core of Earth

Beyond a depth of 2900 km lies the core of the earth.The outer core is 2100 km thick and is in molten form due to excessive heat out there. Inner core is 1370 km thick and is in plasticform due to the combined factors of excessive heat and pressure. It is made up of iron and nickel (Nife) and is responsible for earth’s magnetism. This layer has the maximum specific gravity.The temperatures in the earth’s core lie between 2200°c and 2750°c. The line of separation between the mantle and the core is called Gutenberg­Wiechert Discontinuity.

Relief and structure of Meghalaya

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Relief and structure of Meghalaya

Meghalaya is an upland area formed by a detached block of the Deccan plateau. Its summits vary in elevation from 4,000 to 6,000 feet (1,220 to 1,830 metres). The Garo Hills in the west rise abruptly from the Brahmaputra River valley to about 1,000 feet (300 metres) and then merge with the Khasi Hills and Jaintia Hills, adjacent highland systems that form a single massif of tablelands separated by a series of eastward-trending ridges. The southern faces of the plateau, overlooking the Bangladesh lowlands, is particularly steep.

Meghalaya Plateau belongs to the part of Super Continent of Gondwanaland, i.e., the Peninsular table land, but is detached from the latter by the intervening spread of the alluvium of the Ganga and the Brahmaputra. The structural history of the region reveals several phases of erosion, sedimentation, diastrophism, intrusion, movements of land and sea, and emission.

The plateau is mainly made up of rocks of the pre-Cambrian age. The pre-Tertiary and Tertiary rocks occur above these rocks on its western and southern margins. Stratigraphically the rocks of the plateau belong to five broad geological formations, namely the Archaean gneissic complex, the Shillong group of rocks, the lower Gondwana, the Sylhet traps, and Cretaceous – Tertiary – Quarternary Sediment.

The Archaean-gneissic complex occupies the central and northern parts of Meghalaya Plateau. The rocks include gneiss, granite, quartzites, schists, etc. The Shillong group of rocks lying unconformably over the gneissic complex, occurs in the central and eastern parts of the plateau These include phylite, quartzites, schists and conglomerates.

The lower Gondwana rocks are found in the western part of Garo Hills which include pebble beds, sandstones and shale. The Sylhet trap is exposed along the southern border of the Khasi Hills in an east-west direction, and rests unconformably over the eroded pre-Cambrian basement rocks. These rocks are predominantly basalt, rhyolite and acid tuffs.

The Garo Hills region of the State, in its greater portion, is formed of gneissic rocks overlaid by sandstones and 1 conglomerates of Cretaceous-Tertiary system.

The sediments of this system of rocks are known as the Garo group in the region. This group of rocks is again divided into the Simsang, Baghmara and the Chengapara formations. The Simsang is the oldest formation in the Garo group which lies conformably over the Kopili series (the youngest formation of the Jaintia group of Cretaceous – Tertiary sediments), and consists of siitstone and sandstone.

the Baghmara formation includes sand, pebble, conglomerates and clay which lie conformably over the Simsang formation. The Chengapara formation consists of sand, siitstone and clay. On the top of these Cretaceous-Tertiary formations rests limestone of Numulitic age, while sandstones of upper Tertiary origin form low hiiis along the Mymensing border.Relief and structure of Meghalaya

The Khasi Hills are located east of the Garo Hills. The other Khasi tribes did not have princes but their twenty petty states (hima), and sometimes even smaller tribal divisions, are led by one or two Chiefs -selected in various ways- usually styled Siem, Syiem.  The names of these chieftainships are : Bhawal, Cherra (or Sohra; capital Cherrapunji), Dwara (capital Hat Dwara), Jirang, Khyri(e)m (capital Cherrapunjee, under a Radja), Langrin, Lungiong, Maharam, Malai Sohmat, Marriw, Mawdon, Mawiang, Mawlong, Mawphlang, Mylliem (including Shillong city, the colonial capital of all Tribal Assam), Nobosohphoh, Noglwai, Nongkhlaw, Nongspung, Nongstoin, Pamsanggut, Rambrai, Shella, Sohiong. or Sardar .

The Jaintia Hills are located further to the east from the Khasi Hills. The twelve Chiefs of the elaka (tribal province) of the Jaintia, a Khasi subtribe of the) Pantars = Syntengs tribes, are styled Dolloi, and the land is called after them in Khasi: KA RI KHADAR DOLLOI ‘Land of 12 Tribal Chiefs‘) – they are in Nartiang itself (see the Raja, uniquely also styled, as premier Chief: U Kongsong), and in Amwi, Jowai, Lakadong, Mynso, Nongbah, Nongjngi, Nongphyllut, Nongtallang, Raliang, Shangpung, Sutnga (see below; also cited as seat of a Syiem)  Above them is the only true princely ruler of the area, the Raja of Jaintiapur.

His winter capital is now in Bangladesh, with his summer residence shifted from Sutnga (where the family started as Syiems) to Nartiang; also a palace in the commercial center Borghat.  The Jaintia Hills used to be a part of the Jaintia Hills District. The district has been bifurcated into two separate districts,namely, East Jaintia Hills and West Jaintia Hills on 31 July 2012.

 

Antiquity and stratification of the Vedic literature; Society, economy and religion during Early (Rig-Vedic) period.

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Although the Rig Veda deals with devotional work of religious nature, yet it gives a vivid picture of the early Vedic civilization. The Vedic Civilization is best understood from the social life, political organisation, economic life and religious beliefs. The Kula or family was the basic unit of Rig-Vedic society. The Kula was headed by a Kulapa, who was usually the eldest member. Society was essentially patriarchal and birth of son was desired repeatedly. Status of women was equal to men in the early Rig-Vedic society. Both polygamy and polyandry were in vogue.

The Evolution of Varna System

Social strata used to exist in the Harappan civilization also. Similarly, there was a threefold division of society {priests, rulers and producers} in the Iranian society also. However, what happened in Indian sub-continent was unique and extraordinary. In the evolution of Kingship in the later Vedic era, the priests (Brahmans) and rulers (Khsatriyas) consolidated their respective position in the society. The producers split into two groups. The free peasants and traders formed the group Vaishya while the slaves, laborers, artisans degraded to fourth group Shudra. This was based on occupation initially but later got rigid on the basis of birth. Despite of a small population, the people got compartmentalized into these four groups as per Varnashrama Dharma.

Marriage and women

Despite of the patriarchal character of the family, the position of women was much better in the Rig Vedic period than in later times. They could attend assemblies and offer sacrifices along with their husbands. Five women have been mentioned as composers of hymns out of which Ghosha, Lopamudra and Apala are famous. Girls were normally married off after puberty (between the age of 16 and 17). Unmarried girls grew up in the home of their parents. Some unmarried woman like Visvavara and Apala offered sacrifices on their own. There are also evidences of widow remarriage in the Rig-Veda.

Education

In the early Rig-Vedic era, entire instruction was given orally. Art of writing does not seem to have developed yet. In the well-known Gayatri mantra there is a prayer to Savitri for the stimulation of the intellect. There were women teachers. Many of them possessed the highest spiritual knowledge. Maitreyi and Gargi were gifted scholars. Rishis who composed hymns founded their own schools separately to teach their pupils and every person among the vis was entitled to learn Vedic mantras. In the later-Vedic phase, with the development of Varnashrama, education began with an investiture ceremony (upanayan). Since Upanayan was confined to three upper Varnas, the sudras were not entitled to education. Sometimes girls were also encouraged. When teacher was satisfied with the student, last sermon called snatakopadesa (kind of convocation) was delivered.

 

 

Institution of Gotra

Gotra or cowpen was a mechanism for widening social ties a new relationship was established between hitherto unrelated people. It is possible that animals were herded in common and such a place was known as gotra and from this it acquired the character of an exogamous institution.

Amusements and entertainments

Music, both vocal and instrumental, was well known. Vedic Aryans played on the Vina and flute Vana to the accompaniment of drums and cymbals. Few claim that Dhrupad of Indian classical music originated in Vedic Era. Dancing was common. The chariot race was a favourite sport and source of entertainment. Chariot race was a symbolic source of political authority of the king. The fascination of gambling and the ruin caused by its addiction find mention in the Rig-Veda.

House holding

The Griha sutra prescribes a code of conduct, which gives a fairly good idea of the manners and etiquette of the later-Vedic age. A guest (atithi) was welcomed at all times and special guests, like the guru, the king, and the father-in-law, etc. were given special treatment. Respect for the elders self-restraint, moral purity, abstinence of all kinds and faithfulness were some of the virtues. Cleanliness was a passion. Daily bath, washing of the feet and hands every now and then, and purifying the atmosphere with Vedic  mantras were a part of ritual when ritualism  acquired special  significance in the later-Vedic age. It became one of the many sources of the development of hierarchy and the supremacy for the Brahmanas.

Eating Habits

The main cereal produced by the early Rig-Vedic people was Yava or barley. Wheat (Godhuma) appears in later Vedic texts only. Yava was also a generic term for various kinds of cereals. ilk, Milk products and cattle meat belonged to their food habits. Alcoholic / Non-alcoholic drinks were known and common. Soma and Sura are two popular liquors. Sura may be a kind of beer or wine.

Dress code

Two pieces of cloth were normally worn- the upper garment was called uttariya and the lower one was known as antariya. The dress for the male and the female did not differ much.

Health and hygiene

Everyone aspired for and everyone was blessed to live for a hundred years. Epilepsy was common and it affected the children as well. Superstitions and magical charms were employed to cure the diseases. Miraculous cures are ascribed to the twin-gods, the Ashvins, who are the great healers of diseases and experts in the surgical art. They were divine physicians who restored eyesight and cured the blind, sick and maimed.

 

Rig Vedic Economy

Rig Vedic economy was primarily pastoral. They domesticated Pashu (which included cattle, horse and even human beings), as opposed to Mriga, i.e. wild animals. Cattle was synonymous with wealth and a wealthy person was called Gomat. Cattle was so important that the terms of battle  were derived  from Gau itself, such as Gavisti, Gosu, Gavyat, Gavyu. Godhuli was a measure of time. Gopa and Gopati were epithets given to the king. Duhitri was the term used for daughter because she used to milk the cow. One of the four categories of gods was known as Gojata, i.e. cowborn. When the Vedic people encountered buffalo, they called it Gauri and Gavala or cow-haired. The cattle obtained in raids were divided among the families. Cattle formed an important item of donation and it may also have formed a part of bali, the tribute given to the raja by the clan or Vis members. The cattle in general and cow in particular was the main medium of exchange during the Rig Vedic period. The economy was based upon agriculture. The people were well acquainted with the sowing, harvesting, threshing and various agro seasons. The people were pastoral, Cow was revered but the cows, and bulls were sacrificed too. The gifts to the priests were in terms of number of Cows and women slaves but NOT in measurements of lands.

Crafts and Metallurgy

All kinds of crafts were practiced. There were potters, Chariot makers, carpenters, and weaver and leather workers. The metal work was known  as follows: Copper was known as “Ayas” Gold was known as Hiranya Iron was also known as was known as Shyama or Krishna Ayas.

Religion

There were no places of worship like temples. There are no indications in the Rig-Veda of any “temples reared by mortal hands” and consecrated as places of worship. On the contrary, every householder, every patriarch of his family, lighted the sacrificial fire in his own home and poured libations of the Soma juice and prayed to the gods for happiness to his family, for abundant crops and wealth and cattle, for immunity from sickness, and for victory over the black aborigines. Natural phenomena were conceived as the expression of some spiritual different appearances of various gods.

Indian Economy in global Scenario

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The global macroeconomic landscape is currently chartering a rough and uncertain terrain characterized by weak growth of world output. The situation has been exacerbated by;
(i) declining prices of a number of commodities, with reduction in crude oil prices being the most visible of them,
(ii) turbulent fnancial markets (more so equity markets), and
(iii) volatile exchange rates.

These conditions refect extreme risk-aversion behaviour of global investors, thus putting many, and in particular, commodities exporting economies under considerable stress.

Even in these trying and uncertain circumstances, India’s growth story has largely remained positive on the strength of domestic absorption, and the country has registered a robust and steady pace of economic growth in 2015-16 as it did in 2014-15. Additionally, its other macroeconomic parameters like infation, fscal defcit and current account balance have exhibited distinct signs of improvement. Wholesale price infation has been in negative territory for more than a year and the all-important consumer prices infation has declined to nearly half of what it was a few years ago.

However, weak growth in advanced and emerging economies has taken its toll on India’s exports. As imports have also declined, principally on account of reduced prices of crude oil for which the country is heavily dependent on imports, trade and current account defcits continue to be moderate. Growth in agriculture has slackened due to two successive years of less-than-normal monsoon rains. Saving and investment rates are showing hardly any signs of revival. The rupee has depreciated vis-à-vis the US dollar, like most other currencies in the world, although less so in magnitude. At the same time, it has appreciated against a number of other major currencies. Given the fact that the government is committed to carrying the reform process forward, aided by the prevailing macroeconomic stability, it appears that conditions do exist for raising the economy’s growth momentum and achieving growth rates of 8 per cent or higher in the next couple of years.

Integration of Princely States

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Under the plan of 3 June, more than 562 princely states were given the option of joining either India or Pakistan, or choosing independence. Indian nationalists and large segments of the public feared that if these states did not accede, most of the people and territory would be fragmented. The Congress as well as senior British officials considered Patel the best man for the task of achieving unification of the princely states with the Indian dominion.

Patel asked v.p.menon a senior civil servant with whom he had worked over the partition of India to become his right-hand as chief secretary of the States Ministry. On 6 May 1947, Patel began lobbying the princes, attempting to make them receptive towards dialogue with the future Government and trying to forestall potential conflicts. Patel used social meetings and unofficial surroundings to engage most monarchs, inviting them to lunch and tea at his home in Delhi At these meetings, Patel stated that there was no inherent conflict between the Congress and the princely order. Nonetheless, he stressed that the princes would need to accede to India in good faith by 15 August 1947.

Patel invoked the patriotism of India’s monarchs, asking them to join in the freedom of their nation and act as responsible rulers who cared about the future of their people. He persuaded the princes of 565 states of the impossibility of independence from the Indian republic, especially in the presence of growing opposition from their subjects.

He proposed favorable terms for the merger, including creation of privy purses for the descendants of the rulers. While encouraging the rulers to act with patriotism, Patel did not rule out force, setting . deadline of 15 August 1947 for them to sign the instrument of accession document. All but three of the states willingly merged into the Indian union—only Jammu and Kashmir, junagadh and Hyderabad did not fall into basket.

Integration of Junagadh: The West Gujarat known as Saurastra constituted a number of small states which did not have much potential from the point of view of economic and political independence. In all, 327 such States existed in Gujarat. Sardar succeeded in bringing the small states together and it was a very important step towards national solidarity although the states were in theory free to choose whether they wished to accede to India or Pakistan, Mountbatten had pointed out that “geographic compulsions” meant that most of them must choose India.

In effect, he took the position that only the states that shared a border with Pakistan could choose to accede to it. The Nawab of Junagadh, a princely state located on the south-western end of Gujarat and having no common border with Pakistan, chose to accede to Pakistan ignoring Mountbatten’s views, arguing that it could be reached from Pakistan by sea. The rulers of two states that were subject to the suzerainty of Junagadh— Mangrol and Babariawad—reacted to this by declaring their independence from Junagadh and acceding to India. In response, the Nawab of Junagadh militarily occupied the states. The rulers of neighboring states reacted angrily, sending their troops to the Junagadh frontier and appealed to the Government of India for assistance.

A group of Junagadhi people, led by Samaldas Gandhi, formed a government-in-exile, the Aarzi Hukumat (“temporary government”). India believed that if Junagadh was permitted to go to Pakistan, the communal tension already simmering in Gujarat would worsen, and refused to accept the accession. The government pointed out that the state was 80% Hindu, and called for a plebiscite to decide the question of accession. Simultaneously, they cut off supplies of fuel and coal to Junagadh, severed air and postal links, sent troops to the frontier, and reoccupied the principalities of Mangrol and Babariawad that had acceded to India.

Pakistan agreed to discuss a plebiscite, subject to the withdrawal of Indian troops, a condition India rejected. On 26 October, the Nawab and his family fled to Pakistan following clashes with Indian troops. On 7 November, Junagadh’s court, facing collapse, invited the Government of India to take over the State’s administration. The Government of India agreed.

A plebiscite was conducted in February 1948, which went almost unanimously in favour of accession to India.

Kashmir conflict: Kashmir was also a problem. At the time of the transfer of power, Kashmir was ruled by Maharaja Hari Singh, a Hindu, although the state itself had a Muslim majority. Hari Singh was equally hesitant about acceding to either India or Pakistan, as either would have provoked adverse reactions in parts of his kingdom. He signed a Standstill Agreement with Pakistan and proposed one with India as well, but announced that Kashmir intended to remain independent. However, his rule was opposed by Sheikh Abdullah, the popular leader of Kashmir’s largest political party, the National Conference, who demanded his abdication.

Pakistan, attempting to force the issue of Kashmir’s accession, cut off supplies and transport links. The chaos in Punjab resulting from Partition had also severed transport links with India, meaning that Kashmir’s only links with the two dominions was by air. Rumours about atrocities against the Muslim population of Poonch by the Maharajah’s forces caused the outbreak of civil unrest. Shortly thereafter, Pathan tribesmen from the North-West Frontier Province of Pakistan crossed the border and entered Kashmir. The invaders made rapid progress towards Srinagar. The Maharaja of Kashmir wrote to India, asking for military assistance.

India required the signing of an Instrument of Accession and setting up an interim government headed by Sheikh Abdullah in return. The Maharaja complied, but Nehru declared that it would have to be confirmed by a plebiscite, although there was no legal requirement to seek such confirmation. Indian troops secured Jammu, Srinagar and the valley itself during the First Kashmir War, but the intense fighting flagged with the onset of winter, which made much of the state impassable.

Prime Minister Nehru, recognizing the degree of international attention brought to bear on the dispute, declared a ceasefire and sought UN arbitration, arguing that India would otherwise have to invade Pakistan itself, in view of its failure to stop the tribal incursions. The plebiscite was never held, and on 26 January 1950, the Constitution of India came into force in Kashmir, but with special provisions made for the state. India did not, however, secure administrative control over all of Kashmir. The northern and western portions of Kashmir came under Pakistan’s control in 1947, and are today Pakistan-administered Kashmir. In the 1962 Sino-Indian War, China occupied Aksai Chin.

Hyderabad Operation Polo: Sardar’s greatest role in the integration of states was his able handling of the Hyderabad crisis. Most of the states acceded to India, Hyderabad was a landlocked state that stretched over 82,000 square miles (over 212,000 square kilometres) in southeastern India. While 87% of its 17 million people were Hindu, its ruler Nizam Osman Ali Khan was a Muslim, and its politics were dominated by a Muslim elite. The Muslim nobility and the Ittehad-ul-Muslimeen, a powerful pro-Nizam Muslim party, insisted Hyderabad remain independent and stand on an equal footing to India and Pakistan. Accordingly, the Nizam in June 1947 issued a firman announcing that on the transfer of power, his state would be resuming independence. The situation deteriorated further in 1948. The Razakars (“volunteers”), a militia affiliated to the Ittehad-ul-Muslimeen and set up under the influence of Muslim radical Qasim Razvi, assumed the role of supporting the Muslim ruling class against upsurges by the Hindu populace, and began intensifying its activities and was accused of attempting to intimidate villages.

The Hyderabad State Congress Party, affiliated to the Indian National Congress, launched a political agitation. Matters were made worse by communist groups, which had originally supported the Congress but now switched sides and began attacking Congress groups. Attempts by Mountbatten to find a negotiated solution failed and, in August, the Nizam, claiming that he feared an imminent invasion, attempted to approach the UN Security Council and the International Court of Justice.

India  now insisted that if Hyderabad was allowed to continue its independence, the prestige of the Government would be tarnished and then neither Hindus nor Muslims would feel secure in its realm. The date for the attack was fixed as 13 September, even though General Sir Roy Bucher, the Indian chief of staff, had objected on grounds that Hyderabad would be an additional front for the Indian army after Kashmir.

On 13 September, the Indian Army was sent into Hyderabad under Operation Polo on the grounds that the law and order situation there threatened the peace of South India. The troops met little resistance and between 13 and 18 September took complete control of the state. The Nizam was retained as the head of state in the same manner as the other princes who acceded to India.He thereupon disavowed the complaints that had been made to the UN and, despite vehement protests from Pakistan and strong criticism from other countries, the Security Council did not deal further with the question, and Hyderabad was absorbed into India.

Other States: Regarding the accession of the other states, Sardar acted like a magic-stick. In no time, he could merge the States of Orissa, Chhatishgarh, Rajasthan, Punjab and so on. He realized that the people of states were supreme and by organizing the States’, people for establishment of popular government, he could achieve success. He had, with him, able workers and supporters who had worked untiringly to bring such a merger in record time. There are innumerable instances where Sardar could bring down the rulers of the States to terms and agree them to accession to India as per the terms and conditions stipulated by the Government of India. Sardar had to deal with diversified Kings having different attitude with caution and applying varied, human, social, political and psychological approach.

Animal husbandry in Meghalaya

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Animal husbandry in Meghalaya

Livestock including Poultry is an integral part of agriculture and contributes significantly to rural economy. While agriculture contributes about 30% of the total output of GDP, livestock including poultry constitutes about 25% of the total agricultural output. Rearing of livestock and poultry is an age old practice in the country with no exception to the State of Meghalaya. Livestock production has a much larger contribution to manpower employment than agriculture, while eggs, milk and meat production help in stepping up crop production through the availability of cash to the livestock farmer which is utilised for purchase of seed, manure and fertilizers for agricultural operation. Establishment of dairy, poultry, goat, pig farms help solve unemployment problems and provide valuable protein, vitamin and mineral rich materials like eggs, milk and meat. Organic manure from livestock and poultry enrich the soil for higher production of crop, vegetable and flower as well as horticultural produce.

In the State of Meghalaya, due to peculiar topography, varying climatic situation and socio-economic condition, the agriculture operation constitute to only about 10% of the total land under cultivation, thereby livestock and poultry provide the alternative avocation to the farmers for a subsidiary living.

Though the present output of livestock production in the State has been increasing at higher proportion to the growth of human population, the overall availability situation is not encouraging to the extent that as against the requirement of 220 gm of milk per person per day, only 75 gm is now available in the State. Similarly, availability of eggs per person per year is only 35 as against the requirement of 150. Therefore greater efforts are necessary to close the gap between demand and supply.Animal husbandry in Meghalaya

The department of Animal husbandry & Veterinary has taken up various measures to bring about a noticeable improvement in production, processing and marketing of livestock and livestock products. One such measure is to establish more farms with quality germplasm for making availability to farmers.

 

The activities of the Department were mainly centred round the broad objectives of :

  • Providing Health coverage to the Livestock and poultry population from the ravages of diseases through treatment and preventive vaccination.
  • Introducing improved breeding techniques for upgrading the Local Stock.
  • Ensuring better Animal Husbandry practices through scientific adoption and approach of Extension and Research.
  • Building up of adequate technical and professional man-power through Education and Training.
  • Encouraging setting up of livestock and poultry industries.

Infrastructure of the Animal Husbandry and Veterinary Department

Veterinary Hospital – 4

Veterinary Dispensaries – 113

Veterinary Aid Centres – 50

Mobile Veterinary Dispensaries – 15

Vigilance Unit – 7

Stockman Centres – 34

Key Village Centres – 15

Check Posts – 4

Disease Diagnostic Laboratories – 8

Cattle farm – 4

Buffalo Farm – 1

Poultry farm – 13

Pig farm – 13

During the last 40 years, the Department of Animal Husbandry and Veterinary has initiated various developmental programmes on different aspects of Livestock and Poultry sector for the interest of the State in general and the farmers in particular are as follows:

  • Cattle & Buffalo Development
  • Fodder Development
  • Poultry Development
  • Piggery Development
  • Sheep, Goat & Rabbit Development
  • Animal Health & Veterinary Services
  • Veterinary Research
  • Education and Training
  • Dairy Development
  • Subsidy Schemes
  • CSS Schemes

Cattle and buffalo development

This is an integrated programme of cattle & buffalo development which includes breeding, feeding and management practices to boost up milk production as well as to develop a suitable marketing network for milk and other milk products. There are four Cattle Farm and one Buffalo Farm in the state of Meghalaya. The department is also having 2 Intensive Cattle Development Project (ICDP) Centre for production of quality semen by establishing Liquid Nitrogen Plant. One at Upper Shillong and one at Tura. Artificial Insemination programmes in cattle are carried out in the field through 40 Stockman Centres and Key Village Centres spread throughout the State. The Objective is to upgrade the local cows and to augment milk production in the State.

Piggery development

Since the demand of pork in the State of Meghalaya is very high, the Government have established 13 Pig Farms in the State with the ultimate aim to augment production of pork. Pigs from these farm are being distribute to the farmers for further multiplication and up gradation of local stock The Pig farms are (i)Regional Pig Breeding Farm, Kyrdemkulai, (ii) Pig Farm, Mawryngkneng (iii) Pig Farm, Pynursla, (iv) Pig Farm, Thadlaskein (v) Pig Farm, Mairang (vi) Pig Farm, Nongstoin (vii) Pig Farm, Gindo(Waram Songma) (viii) Pig Farm, Dalu (ix) Pig Farm, Rongjeng (x) Pig Farm, Baghmara (xi) Pig Farm Laitryngew (xii) Pig Farm Nongkasen and ((xiii) Pig Farm Nongpiur.

Dairy development

The objective of the scheme is to supply wholesome milk to the consumers whereby milk is being procured from producers and distributed to the public after pastuerisation. The procurement and distribution has been given to their respective Agency/Society. The Department has got 3 Dairy Plants at Shillong, Jowai and Tura, and 2 Milk Chilling Plants, one each at Nongstoin and Resubelpara.

 

 

 BIOGEOCHEMICAL CYCLE

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The elements or mineral nutrients are always in circulation moving from non-living to living and then back to the non-living components of the ecosystem in a more or less circular fashion. This circular fashion is known as biogeochemical cycling (bio for living; geo for atmosphere).

  1. Nutrient Cycling:

The nutrient cycle is a concept that describes how nutrients move from the physical environment to the living organisms, and subsequently recycled back to the physical environment.

It is essential for life and it is the vital function of the ecology of any region. In any particular environment, to maintain its organism in a sustained manner, the nutrient cycle must be kept balanced and stable.

 

Types of Nutrient Cycle

Based on the replacement period a nutrient cycle is referred to as Perfect or Imperfect cycle.

A perfect nutrient cycle is one in which nutrients are replaced as fast as they are utilised.

Most gaseous cycles are generally considered as perfect cycles.

In contrast sedimentary cycles are considered relatively imperfect, as some nutrients are lost from the cycle and get locked into sediments and so become unavailable for immediate cycling.

Based on the nature of the reservoir, there are two types of cycles namely Gaseous and sedimentary cycle

Gaseous Cycle — where the reservoir is the atmosphere or the hydrosphere, and

Sedimentary Cycle — where the reservoir is the earth’s crust.

 

  1. Gaseous Cycles:

Water Cycle (Hydrologic)

The hydrologic cycle is the continuous circulation of water in the Earth-atmosphere system which is driven by solar energy.

Water moves from one reservoir to another by the processes of evaporation,

transpiration, condensation, precipitation, deposition, runoff,

infiltration, and groundwater flow.

 

  1. The Carbon Cycle

without carbon dioxide life could not exist, because it is vital for the production of carbohydrates through photosynthesis by plants. It is the element that anchors all organic substances from coal and oil to DNA(deoxyribonudeic acid: the compound that caries genetic information) Carbon cycle involves a continuous exchange of carbon between the atmosphere and organisms. Carbon from the atmosphere moves to green plants by the process   of photosynthesis, and then to animals. By process of respiration and decomposition of dead organic matter it returns back to atmosphere.

 

  1. The Nitrogen Cycle

an essential constituent of protein and is a basic building block of all living tissue. It constitutes nearly 16% by weight of all the proteins.

There is an inexhaustible supply of nitrogen in the atmosphere but the elemental form cannot be used directly by most of the living organisms needs to be ‘fixed’, that is, converted to ammonia, nitrites or nitrates, before it can be taken up by plants. on earth it is accomplished in three different ways:

(i) By microorganisms (bacteria and blue-green algae)

 

(ii) By man using industrial processes (fertilizerfactories) and

(iii) To a limited extent by atmospheric phenomenon such as thunder and lighting

The amount of Nitrogen fixed by man through industrial process has far

exceeded the amount fixed by the Natural Cycle.

As a result Nitrogen has become a pollutant which can disrupt the balance of

nitrogen. It may lead to Acid rain, Eutrophication and Harmful Algal Blooms.

Certain microorganisms are capable of fixing atmospheric nitrogen into

ammonium ions. These include free living nitrifying bacteria (e.g. aerobic

Azotobacter and anaerobic Clostridium) and symbiotic nitrifying bacteria living in  association with leguminous plants(pulse etc) and symbiotic bacteria    living in non leguminous root nodule plants (e.g. Rhizobium) as well as blue green algae (e.g. Anabaena, Spirulina).

Ammonium ions can be directly taken up as a source of nitrogen by some plants, or are oxidized to nitrites or nitrates by two groups of specialised bacteria:

Nitrosamines bacteria promote transformation of ammonia into nitrite. Nitrite is then further transformed into nitrate by the bacteria Nitrobacter.

The nitrates synthesised by bacteria in the soil are taken up by plants and converted into amino acids, which are the building blocks of proteins.

These then go through higher trophic levels of the ecosystem.

During excretion and upon the death of all organisms nitrogen is returned to the soil in the form of ammonia.

Certain quantity of soil nitrates, being highly soluble in water, is lost to the system by being transported away by surface run-off or ground water. In the soil as well as oceans there are special denitrifying bacteria (e.g. Pseudomonas), which convert the nitrates/nitrites to elemental nitrogen. This nitrogen escapes into the atmosphere, thus  completing the cycle.

The periodic thunderstorms convert the gaseous nitrogen in the atmosphere to ammonia and nitrates which eventually reach the earth’s surface through precipitation and then into the soil to be utilized by plants.(Better if You Check Diagram)

  1. Sedimentary Cycle

Phosphorus, calcium and magnesium circulate by means of the sedimentary cycle.

(a) Phosphorus Cycle

Phosphorus plays a central role in aquatic ecosystems and water quality.

Phosphorus occurs in large amounts as a mineral in phosphate rocks and enters the cycle from erosion and minning activities.

This is the nutrient considered to be the main cause of excessive growth of rooted and free-floating microscopic plants in lakes.

The main storage for phosphorus is in the earth’s crust.

On land phosphorus is usually found in the form of phosphates.

By the process of weathering and erosion phosphates enter rivers and streams that transport them to the ocean.

In the ocean once the phosphorus accumulates on continental shelves in the form of insoluble deposits

After millions of years, the crustal plates rise from the sea floor and expose the phosphates on land.

After more time, weathering will release them from rock and the cycle’s

geochemical phase begins again.

(b) Sulphur Cycle

The sulphur reservoir is in the soil and sediments where it is locked in organic

(coal, oil and peat) and inorganic deposits (pyrite rock and sulphur rock) in the

form of sulphates, sulphides and organic sulphur.

 

It is released by weathering of rocks, erosional runoff and decomposition of organic matter and is carried to terrestrial and aquatic ecosystems in salt solution.

The sulphur cycle is mostly sedimentary except two of its compounds hydrogen sulphide

(H2S) and sulphur dioxide (SO2) add a gaseous component to its normal sedimentary cycle.

Atmospheric sulphur dioxide is carried back to the earth after being dissolved in rainwater as weak sulphuric acid.

sulphur in the form of sulphates is take up by plants and incorporate through a series of metabolic processes into sulphur bearing amino acid which is incorporated in the  proteins of autotroph tissues. It then passes through the grazing food chain.

Sulphur bound in living organism is carried back to the soil, to the bottom of ponds and lakes and seas through excretion and decomposition of dead organic material.

Drainage System of India

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  • Drainage: Flow of water through well-defined channels. Network of such channels is called a drainage system .
  • Drainage basin: An area drained by a river and its tributaries.
  • Watershed: Boundary line separating one drainage basin from other.
  • River basins are larger watersheds.
  • Drainage pattern of an area depends on the geological time period, nature and structure of rocks, topography, rocks, slope, amount of water and periodicity of flow.

Important drainage patterns:

  1. Dendritic: Resembling the branches of a tree. Eg. Northern Plain rivers
  2. Radial: Originate from a hill and flow in all directions. Eg. Rivers in Amarkantak
  3. Trellis: Primary tributaries parallel to each other and secondary tributaries join them at right angles.
  4. Centripetal: Rivers discharge waters from all directions in a lake or depression

A river drains the water collected from a specific area, which is called its catchment area.

Nearly 77 pc of drainage is towards the Bay of Bengal while about 23 pc is towards the Arabian Sea.

The Himalayan Drainage System

Mainly includes the Ganga, Indus and Brahmaputra river basins.

Over the plains, rivers of this system change the course often. River Kosi is also known as the ‘sorrow of Bihar’ due to flooding by its frequent change of course by deposition of sediments.

Evolution

Geologists believe that a mighty river called Shivalik or Indo-Brahma traversed the entire length of the Himalayas some 5-24 million years ago. Over time this got dismembered into the present three major river systems.

The Indus System

Indus river originates from a glacier near Bokhar Chu in Tibet in the Kailash Mountain range. Known as Singi Khamban (Lion’s mouth) in Tibet. It forms a spectacular gorge near Gilgit in J&K. Enters Pakistan near Chillar in the Dardistan region. Flows only through the Leh distt of J&K.

Smaller tributaries: Shyok, Gilgit, Zaskar, Nubra, Hunza, Shigar, Gasting, Dras. On right bank: Kabul river, Khurram, Tochi, Gomal, Viboa and hte Sangar.

Major tributaries: Satluj, Beas, Ravi, Chenab, Jhelum

Jhelum Origin: Verinag at foot of Pir Pinjal.

Flows through Srinagar and the Wular lake. Joins Chenab near Jhang in Pakistan
Chenab Origin: Two streams (Chandra and Bhaga) which join at Tandi near Keylong in HP.

Largest tributary of Indus. Aka Chandrabhaga. Flows for 1180 KM before entering Pakistan
Ravi Origin: Kullu hills of HP near Rohtang Pass. Enters Pakistan and joins Chenab near Sarai Sidhu
Beas Origin: Beas Kund near Rohtang pass.

Forms gorges at Kati and Largi in the Dhaoladhar range. Meets Satluj near Harike.
Satluj Origin: Rakas lake near Mansarowar in Tibet. Known as Langchen Khambab in Tibet.

Enters India at Ropar. Antecedent river. Bhakra Nangal Project is on this river.

 

The Ganga System

It is the largest river system in India.

Ganga rises in the Gangotri glacier near Gaumukh in the Uttarkashi district. Here it is known as the Bhagirathi. At Devprayag, Bhagirathi meets Alaknanda and is known as Ganga hereafter.

Panchprayag

Vishnu Ganga Joshimath

Dhauli and Vishnu Ganga meet to form Alaknanda

 

Alaknanda Origin: Satopanth glacier above Badrinath. Consists of Dhauli and Vishnu Ganga.
Yamuna Origin: Yamnotri glacier on Banderpunch range. Joins Ganga at Prayag (Allahabad).

RBT: Chambal, Sind, Betwa, Ken

LBT: Hindan, Rind, Sengar, Varuna.

Agra canal
Chambal Origin: Mhow in Malwa plateau.

Gandhi Sagar dam, Rana Pratap Sagar dam and Jawahar Sagar dam.

Famour for Chambal ravines.
Gandak Origin: In Nepal between Dhaulgiri and Mt. Everest. Enters Ganga plain in Champaran and joins Ganga at Sonpur near Patna.

Two streams: Kaliganfak and Trishulganga.

 
Ghaghra Origin: Glaciers of Mapchachungo

Tributaries: Tila, Seti and Beri

Deep gorge at Shishpani

Sarda (Kali) joint it and meet Ganga at Chhapra.
Kosi Origin: North of Mt. Everest in Tibet.

Tributaties: Son Kosi, Tamur Kosi, Arun

Changes course often. Sorrow of Bihar.

 

  • Ganga enters the plains at Haridwar.
  • Left Bank tributaries (LBT): Ramganga, Gomati, Ghaghara, Gandak, Kosi and Mahananda.
  • Right Bank tributaries (RBT): Son
  • Discharges into Bay of Bengal near Sagar island.

Simon Commission (1927)

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  • Indian Statutory Commission chaired by Simon to go into the question of further constitutional reform
  • All its seven members were Englishmen. Clement Attlee was one of the members.
  • Lord Birkinhead was the secretary of state at that time
  • At its Madras session in 1927 INC decided to boycott the commission “at every stage and in every form”
    • ML and Hindu Mahasabha supported Congress
  • Nehru Report, 1928
    • Dominion status
    • Contained Bill of Rights
    • No state religion
    • Federal form
    • Linguistically determined provinces
    • No separate electorates
    • All Party Convention, held at Calcutta in 1928, failed to pass the report
    • Muslim league rejected the proposals of the report
    • Jinnah drafted his fourteen points
    • Hindu Mahasabha and Sikh League also objected
  • Poorna Swaraj
    • Resolution passed at the Lahore session in 1929
    • On 31 December 1929, the tri-color was hoisted
    • On 26 January 1930, Independence Day was celebrated

 

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