Monday, May 28, 2012

Rajasthan gets a new mining policy

Rajasthan gets a new mining policy


Special Correspondent











JAIPUR: The Rajasthan Cabinet on Friday adopted a new mining policy after a gap of 17 years to promote value addition in mining, generate employment and exploit the mineral wealth of the State prudently with balancing of environmental considerations. The new policy is a bold step in that it abolishes the Ministers' discretionary powers for allotment of mining leases.

Chief Minister Ashok Gehlot said after the Cabinet meeting that the policy, brought in with immediate effect, would lay emphasis on projects based on crude oil, gas, lignite, limestone, sandstone, clays and marble and reserve 50 per cent of the mining areas for various categories. The remaining 50 per cent would be disposed of through auction.

The new policy – the third for the State after the previous policies announced in 1977 and 1994 – would bring in transparency and efficiency in mining operations and minimise the scope for illegal activities, corruption and creation of mining mafia, “as has been witnessed recently in [BJP-ruled] Karnataka”, said Mr. Gehlot addressing a press conference.

The discretionary powers given under Rule 65 of the Minor Minerals Concession Rules, 1986, for allotment of mining leases and licences would henceforth be used collectively by the State Cabinet alone in public interest in keeping with the recent instructions given by UPA chairperson Sonia Gandhi, said Mr. Gehlot.

In cases where government land is available, a 20-metre-wide strip will be allotted to mine owners to promote scientific mining. The policy extends the initial term for minor mineral leases from 20 years to 30 years and the total period, including renewal, from 60 years to 90 years. In case of quarry licences, the initial term will be 15 years and renewal period 10 years.

Reserved categories

The reserved categories for 50 per cent of the mining plots will include societies of unemployed youths, Scheduled Castes, Scheduled Tribes, Special and Other Backward Classes, unemployed mining engineers and dependents of defence martyrs. For government land, the Mines Department will obtain clearances before inviting applications through a notification.

Mr. Gehlot said the applications for mining leases received till Thursday would be disposed of according to the rules prevalent that day and added that the instances of individuals or firms trying to submit the applications in “back dates” would be prevented by thorough investigation.

Minister of State for Mines and Minerals Ramlal Jat and Principal Mines Secretary Govind Sharma accompanied Mr. Gehlot at the interaction with journalists. Mr. Gehlot said rock phosphate and steel grade limestone would continue to be reserved for the public sector Rajasthan State Mines and Minerals Limited. Though gypsum would also be reserved for RSMML, MoU-based mining will be permitted in case of Plaster of Paris units.

The parameters for priority under Section 11 (5) of the Mines and Minerals Development and Regulation Act would henceforth be the State public sector undertaking, value addition, exhaustion of captive capacity, use of special technology, ownership of the land in question and scientific mining.

The Chief Minister said certain minerals such as limestone, quartzite and dolomite would occur both as major and minor minerals and conversion from one category to the other would be allowed on a committee's recommendation, subject to the condition that there is no revenue loss to the Government.

Profits for welfare

In the tribal-dominated areas in southern parts of the State, 26 per cent of profit from new leases will be spent on welfare of tribals. Mr. Gehlot said the new policy would ensure environment protection as well as safety of mine workers.

Collectors would allot land for dumping of waste at appropriate locations and no mineral concession would be granted within 25 metres of forest boundary. No mining activities will be allowed within the notified boundaries of wildlife sanctuaries and national parks. The mine owners will also be made liable for compulsory maintenance of medical and life insurance policies for each worker. Mr. Gehlot said the safety standards would be enforced strictly in the mining areas.

In other decisions, the Cabinet named the Ayurveda University in Jodhpur after Dr. S. Radhakrishnan and made a new provision for local fund audit under technical guidance and supervision of the Auditor-General. Mr. Gehlot said the provision for withholding promotion of government employees on the birth of a third child would not apply in cases where one or both of existing two children are disabled. The Cabinet also extended the pension benefits to divorced Muslim women on producing the Qazi's certificate instead of having to obtain a court decree.

Revised rates of PF SDS-24-may2012

Government of Indiahas revised the Interest Rates for the financial year 2012-13 in respect of State PFs (GPF) and Special Deposit Schemes (SDS) for non-government Provident, Superannuation and Gratuity funds (SDS), 1975, from 8.6% to 8.8% with effect from 01.04.2012. The funds concerned are:-
1. The General Provident Fund (Central Services).
2. The Contributory Provident Fund (India).
3. The All IndiaServices Provident Fund.
4. The State Railway Provident Fund.
5. The General Provident Fund (Defence Services).
6. The Indian Ordnance Department Provident Fund.
7. The Indian Ordnance Factories Workmen’s Provident Fund.
8. The Indian Naval Dockyard Workmen’s Provident Fund.
9. The Defence Services Officers Provident Fund.
10. The Armed Forces Personnel Provident Fund.

24may2012-India CAIPEEX Program

India CAIPEEX Program

The Aerosol and Precipitation group has been engaged in scientific research to evaluate precipitation enhancement techniques for several decades. Our group has focused on analyzing existing data and collecting specialized data for assessing current weather modification projects or for developing feasibility plans for cloud seeding activities in the USA, United Arab Emirates, Australia, West Africa, India, Saudi Arabia, Oman, Indonesia, Thailand, Turkey, Mexico and Italy. Work accomplished in the last twenty years with hygroscopic seeding techniques has shown promising results in statistical field tests in South Africa, Mexico, and Australia. Associated cloud measurements and cloud model calculations have provided a physical basis to support the hypothesis that seeding with small hygroscopic particles at cloud base can, under some conditions, enhance rainfall.
The Indian Institute of Tropical Meteorology (IITM) has implemented a multi-year program to study cloud-aerosol interactions and cloud seeding. An Indian national research program called "Cloud Aerosol Interaction and Precipitation Enhancement Experiment (CAIPEEX)" was begun in 2008, and in 2010, Phase II of CAIPEEX was executed during an intensive observation period (IOP) from August to November. The research work was lead by IITM with support and guidance by the RAL Aerosols and Precipitation group, Woodley Weather Consultants (WWC), Orsmond Aviation, and the University of the Witwatersrand (WITS). Local logistical support was contracted with Krishi Consultants.
The objective of CAIPEEX-II is to examine the variability of thermodynamic properties, aerosol, clouds, and precipitation through airborne and radar measurements over the central region of India during the monsoon period.

  • The goals of the IOP were to (1) document these conditions and determine the suitability of clouds to cloud seeding and to determine the optimal methods to target clouds, and (2) measure effects of cloud seeding on cloud microstructure. The approach in measuring seeding effect was to recognize seeding opportunities, implement a seeding strategy, and evaluate the effects of seeding. This was done in an attempt to establish a cause-and-effect relationship between the seeding action and the changes in the cloud microphysical properties measured by the aircraft and radar.

The High Altitude Cloud Physics Laboratory 24may2012

    high altitude cloud physics laboratryopened at Mahabaleshwar (Maharashtra)

  •  a favorite tourist place also provides a unique location for studying tropical clouds and rain. We are all familiar with very heavy rainfall in Mahabaleshwar amounting to more than 500 cm of rain in a year while only 30 km away, in Mandhar devi there is hardly any rain.
  • to understand what type of clouds bring so much rain over Mahabaleshwarand why there is almost no rain in Mandhar devi?it s understanding will help us to improve the skill of prediction of extreme rain events and droughts.  
  •  the Lab will be equipped with a large number of state of the art equipments to measure all the microphysical properties of the clouds and rain as well as environmental conditions such as the aerosols, winds, temperature, humidity etc at high temporal intervals. 
  •  a meteorological radar is also being set up at Mandhar devi that will be looking at the clouds and rain over Mahabaleshwarcontinuously.
The weather we observe and feel is a product of the atmospheric heat engine and clouds and rain are fuel for this heat engine. Individual clouds are generally small in size but get organized into bigger systems like tropical cyclones and influence the atmospheric heat engine on a large scale. However, most weather and climate prediction models cannot resolve each and every cloud. How do we then formulate the effect of all the clouds in such a model? This is a very big challenge for all the weather and climate scientists. This they can do if there is a good understanding of how starting from water vapor condensing around tiny aerosol particles clouds grow and die in different environments. However, this understanding is far from complete. Under the guidance and support from the Ministry of Earth Sciences, IITM Pune has been conducting a major experiment called
  • Cloud Aerosol Interaction and Precipitation Enhancement Experiment (CAIPEEX) to study how the aerosols in the atmosphere influence the cloud formation and rain.
  • Under this experiment, instrumented aircrafts have been used to go inside the clouds and make measurements on the cloud properties together with measuring other environmental parameters. However, using aircrafts limits the number of sample that one can study. Therefore, it was necessary to set up a lab where long term continuous measurements of clouds could be made. For this purpose, we must have a station where clouds are found at the ground level. Mahabaleshwar immediately became an ideal choice. Thus, this high altitude cloud physics lab is an extension of the CAIPEEX and part of long term strategy of IITM for comprehensive study of clouds and rain. With the CAIPEEX data and data from this high altitude station for about three years, IITM hopes to come up with a new and more appropriate formulation of clouds and rain in weather and climate prediction models leading to tangible improvement of forecast skills of these models.
The Government of India, through the Ministry of Earth Sciences (MoES), is committed to provide improved and reliable weather and climate services to the society. While the skill of weather and climate forecasts in most developed countries saw significant improvement during the past three decades, in India it remained low and static for a long time. The MoES has taken several land mark initiatives during the past five years towards improving this situation and the results are already quite visible. With the implementation of a high resolution weather forecast model at IMD, the public perception of IMD forecasts has already shown significant improvement. As weather prediction models need better input for improving forecasts, MoES has taken a major program for Modernization of the Observation Network of the India Meteorology Department (IMD). Advanced supercomputers are also crucial for making reliable weather and climate forecasts. Although a supercomputer was installed in NCMRWF, Noida for weather forecasts in late eighties, this facility did not grow at the required rate. While the supercomputing capacity grew exponentially in USA, Japan and even in China, the growth remained very slow in India. MoES took a major initiative to improve the supercomputing in its Institutions and the first effort led to a total supercomputing capacity of about 120 teraflops. The 70 teraflop facility at IITM is second largest facility in the country and put the weather and climate prediction efforts in India amongst the best in the world. IITM has now operationalized a dynamical high resolution coupled ocean-atmosphere model to provide reliable long range prediction of seasonal mean monsoon rainfall. It is also operationlizinga system to provide reliable forecasts of active and break spells of monsoon rain fall 2 to 3 weeks in advance. These computing facilities need to be upgraded regularly. During the 12th Plan, MoES has made a comprehensive plan to upgrade the supercomputing facility to 2-3 petaflops and make India a world leader in the field.
The prediction models need to be improved on a continuous basis. This can be done by improving the input data that goes into the models and also by improving the models themselves. This requires high end research and training. Weather and climate prediction models are highly complex and improvement of skill of prediction is a slow process requiring involvement of a large pool of experts in a large number of interdisciplinary fields. The operational weather and climate forecasting Centres do not generally have enough expert manpower for this R & D and requires help from the academic community. Traditionally, however, there is a great disconnect between the academic community in the country and the operational weather and climate prediction Centres. Recently, MoEShas launched a mission mode project called ‘Monsoon Mission’ to improve the skill of weather and climate prediction systems by forging partnerships between the Academic community and the operational weather and climate prediction community. Such partners will be encouraged to take up specific projects on improving aspects of the operational prediction systems. The partnership will not be limited only to Indian partners,it will be opened up to some international partners as well.
As such trained manpower in this field is limited in our country, a comprehensive program to build R & D manpower in the field of Weather and Climate prediction is also essential. It has always been difficult to attract best of the students to take up a career in this field in particular and Earth Sciences in general. To improve this situation MoES has started a job linked Training program at IITM under the Centre for Advanced Training for Earth System Science and Climate.Under this Program 20-60 Trainees are inducted every year and after one year of rigorous Training and six months of a Project in the Earth System Science and Climate, they are inducted to jobs in one of the Institutions under MoES. The first batch of this Training is completing its first year by June 2012 and the second batch is expected to join in July. The most satisfying aspect of this new initiative is that top students in Science as well as in Engineering are opting for this Program. These Trainees will continue with their Ph.D programs while in job and will certainly give a quantum jump in quality of research in the country in the field of Weather and Climate.
The High Altitude Cloud Physics Laboratory being set up by IITM is an example of India’s resolve that we shall not just follow the developed Nations but come up with new ideas and set up best scientific infrastructure and be leader in the field. My best wishes are with IITM and MoES to fully succeed in this endeavor”.

‘Report To The People’. 25-may2012

On completing three years in office the UPA Government recently released a ‘Report To The People’. The following achievements pertain to the Ministry of Environment & Forest and in the field of sustaining the environment.

National Action Plan on Climate Change
The National Action Plan advocates a strategy that promotes, firstly, the adaptation to climate change and secondly, further enhancement of the ecological sustainability of India’s development path. The eight missions under the PM’s Council on Climate Change are the Jawaharlal Nehru National Solar Mission, the National Water Mission, the National Missions on Enhanced Energy Efficiency, Sustainable Habitat, and Strategic Knowledge for Climate Change, and the National Missions for Sustaining the Himalayan Ecosystem, a Green India and Sustainable Agriculture.

Forest Conservation
An amount of Rs. 848 crore was released to State Level Compensatory Afforestation Fund Management & Planning Authorities to carry out protection, conservation and regeneration of natural forests in addition to compensatory afforestation. National Green Tribunal

The National Green Tribunal (NGT) was established in October, 2010 for effective and expeditious disposal of cases relating to environmental protection and conservation of forests and other natural resources including enforcement of any legal right relating to environment and giving relief and compensation for damages to persons and property. Delhi, Bhopal, Pune, Kolkata and Chennai are the five place of sitting of the NGT.

Mission Clean Ganga
Projects worth nearly Rs. 2,600 crore have been sanctioned by the National Ganga River Basin Authority (NGRBA). These include projects for development of sewer networks, sewage treatment plants and sewage pumping stations, electric crematoria, community toilets and development of river fronts.

Several innovations have been introduced for improved implementation of projects sanctioned by the NGRBA. These include Tripartite Memoranda of Agreements, project appraisal by independent institutions, Third Party Inspection, etc. State River Conservation Authorities have been constituted in the five Ganga basin States to facilitate better coordination and implementation of conservation activities at the State level.

The Central Government has secured World Bank assistance of US$ 1 billion for the NGRBA Programme. The World Bank project will support NGRBA’s immediate objective of Mission Clean Ganga.

Tiger Conservation
A detailed report on the country level status of tigers, co-predators and prey in India was released in July, 2011. This was the second round of country level snapshot assessment. The earlier estimation made in 2006 indicated that there were 1411 tigers in the country; the current estimates show that this number has increased by about 20% to 1706.

Tuesday, May 15, 2012

60 years of parliament

The Parliament of India (Hindi: भारत संसद) is the supreme legislative body in India. Founded in 1919, the Parliament alone possesses legislative supremacy and thereby ultimate power over all political bodies in India. The Parliament of India comprises the President of India and the two Houses, Lok Sabha (House of the People) and Rajya Sabha (Council of States). The President has the power to summon and prorogue either House of Parliament or to dissolve Lok Sabha.[9]
The parliament is bicameral, with an upper house called as Council of States or Rajya Sabha, and a lower house called as House of People or Lok Sabha. The two Houses meet in separate chambers in the Sansad Bhavan (located on the Sansad Marg), in New Delhi. The Members of either house are commonly referred to as Members of Parliament or MP. The MPs of Lok Sabha are elected by direct election and the MPs of Rajya Sabha are elected by the members of the State Legislative Assemblies and Union territories of Delhi and Pondicherry only in accordance with proportional voting. The Parliament is composed of 790 MPs, who serve the largest democratic electorate in the world (714 million eligible voters in 2009).[10][11

 The parliament house originally known as 'Council Hous ', was planned at the introductory stage to be a part of the Rashtrapati Bhavan. But in 1919 according to the Montague-Chelmsford reforms, it was announced to be designed as the Indian parliament. Various designs of the building were planned from a triangular to a Roman colosseum like structure and which paved way for its present circular designed colonnaded verandah, with 144 pillars and 560 feet diameter. The foundation stone of the council House was laid on February 12, 1921 by the Prince Arthur, Duke of Connaught, third son of Queen Victoria. The building in pale and red Dholpur sandstone, used the same theme as neighbouring Secretariat Building. The building spread over nearly six acres was inaugurated on January 18, 1927 by then Governor-General of India, Lord Irwin. It is now commonly known as Sansad Bhavan[12]



May 13, 1952, the first day of the first session of the first Parliament of India. Both the Lok Sabha and the Rajya Sabha met at quarter to eleven in the morning. Both the Houses observed silence for two minutes before beginning the proceedings. In the Lok Sabha, G V Mavalankar was named the interim Speaker and President Rajendra Prasad advised all the newly-elected members to take the oath or make the affirmation before him. Before beginning the process, Mavalankar made a disclaimer that all the names would be pronounced correctly, as far as possible. “...still if there be any mistake, I trust the honourable members concerned will generally excuse the same.”
Not all the members could take the oath the first day. The House reconvened after a gap of a day on May 15. After the remaining members took the oath, the proceedings for electing the Speaker and the Deputy Speaker were set in motion.
 Prime Minister Pandit Jawaharlal Nehru moved a resolution in the Lok Sabha proposing Mavalankar’s name for the Speaker’s post.
 Mavalankar was declared the Speaker after a voice vote. The defeated candidate, however, got up to register his regret over the move. After congratulating Mavalankar, he reminded the House of the conventions followed by the British House of Commons, from which the Indian Parliament had drawn many practices
 Women were in a clear minority in the House. There were around 20 women in both the Houses put together. The Lok Sabha had less than 10 women. Prominent among them were Rajkumari Amrit Kaur, Sucheta Kriplani, Uma Nehru and Ammu Swaminathan and G Durgabai. The maximum number of women, four, were from Madras.
 Between the first day and the last day of the first Parliament, the Lok Sabha held 14 sessions and the Rajya Sabha 15 sessions. During this period, Parliament accomplished many a goal, the foremost among them being the passage of a number of Acts necessary to kick-start diverse functions in the new democracy. The first Parliament passed 322 Acts for sectors as diverse as banking, currency, insurance, commerce and industry, defence, education, fiscal and finance, health, legal and several others. It also passed six Constitutional Amendments in the first year before its termination on December 22, 1956.

 A majority of the members of the first Lok Sabha were graduates. A large number, at least 75, were law graduates with a significant number among them being post graduates in law. At least 35 members held masters in arts or science. More than 15 were educated abroad. Some prominent names among them were B R Ambedkar (Columbia University, the US and the London School of Economics), Pandit Jawaharlal Nehru (Harrow School, Trinity College, Cambridge), Major General Himatsinhji (Malvern College, Oxford), Sardar Vallabhbhai Patel (Middle Temple, England), Hriday Nath Kunzru (London School of Economics), H G Mudgal (New York College). 

 The work of determining Hindi equivalents for parliamentary, legal, and administrative terms was initiated by the Constituent Assembly and after its dissolution, the work was handed over to the Lok Sabha Secretariat. Two committees, with MPs conversant in Sanskrit, Hindi and other languages, completed the task of fixing Hindi equivalents of 26,000 such terms in five years over 108 meetings.



Monday, May 14, 2012

Delhi Mumbai Industrial Corridor Project DMIC

The Delhi-Mumbai Industrial Corridor Project is a State-Sponsored Industrial Development Project of the Government of India. It is an ambitious project aimed at developing an Industrial Zone spanning across six states in India. The project will see major expansion of Infrastructure and Industry – including industrial clusters and rail, road, port, air connectivity – in the states along the route of the Corridor. The ambitious Delhi Mumbai Industrial Corridor (DMIC) has received major boost with India and Japan inking an agreement to set up a project development fund. The initial size of the Fund will be INR1,000 crore (US$199.5 million). Both the Japanese and Indian governments contribute equally.

  will run through six states Delhi, Western Uttar Pradesh, Southern Haryana, Eastern Rajasthan, Eastern Gujarat and Western Maharashtra.

MAJOR IMP. Towns

World Bank Signs Loan Agreement Worth US$ 975 Million with Government of India
and DFCCIL for The Eastern Dedicated Freight Corridor Project- I
The World Bank today signed a US$ 975 million loan agreement with the Department of Economic Affairs, Ministry of Finance, Government of India, and the Dedicated Freight Corridor Corporation of India Ltd. (DFCCIL) to set-up the Eastern Dedicated Freight Corridor-I (a freight-only rail line) that will help faster and more efficient movement of raw materials and finished goods between the Northern and Eastern parts of India. The corridor will also allow Indian Railways to free up capacity and better-serve the large passenger market in this densely populated region.

This is part of India’s first Dedicated Freight Corridor (DFC) initiative – being built on two main routes – the Western and the Eastern Corridors. These corridors will help India make a quantum leap in increasing the railways’ transportation capacity by building high-capacity, higher-speed dedicated freight corridors along the


  •  “Golden Quadrilateral” – the four rail routes that connect Delhi, Mumbai, Chennai, and Kolkata. Currently, these routes account for just 16 percent of the railway network’s length, but carry more than 50 percent of India’s total rail freight.


The agreements were signed by Mr Venu Rajamony, Joint Secretary, Department of Economic Affairs, on behalf of the Government of India; Mr Anshuman Sharma, Project Director , on behalf of the DFCCIL; and Mr Roberto Zagha, Country Director for India on behalf of the World Bank.

  • The Eastern Dedicated Freight Corridor Project (EDFC) will ease congestion choking the railway system and reduce travel-time for passenger trains on the arterial Ludhiana-Delhi-Mughal Sarai railway route.
  • The corridor will add additional rail transport capacity, improve service quality and create higher freight capacity. It will also help to develop the institutional capacity of the Dedicated Freight Corridor Corporation (DFCCIL) and Ministry of Railways to best utilize heavy haul freight systems.
  • World Bank financing for the EDFC will cover a route length of 1,130 kilometers (out of a total corridor length of 1,839 kilometers) and will be provided in three phases. The Project signed today will finance the first phase, which is the 343 kilometer section that runs between Khurja and Kanpur. The Project will help increase the capacity of these freight-only lines by raising the axle-load limit from 22.9 to 25 tons and enable speeds of up to 100 km/hr.


In addition to the efficiency improvement and other operational benefits, the Project is expected to bring in significant reductions of Green House Gas (GHG) emissions.
A Carbon Footprint Analysis conducted by DFCCIL for the Eastern DFC Project shows the corridor is expected to cause 2.25 times less carbon emissions when compared to a scenario where the freight is transported through a non-DFC network of the Indian Railways.


 EDFC will also bring about a 15 percent reduction in carbon intensity as compared to using existing alternate routes of transport.


The loan, from the International Bank for Reconstruction and Development (IBRD), has a maturity period of 22 years including a 7-year grace period.

Saturday, May 12, 2012

hotspot

Biodiversity hotspots. (click for legend)
North and Central America
South America
Europe and Central Asia

indian world heritage site

List of World Heritage Sites in India is located in India
 
NameImageRegionPeriodUNESCO dataDescription
Kaziranga Wild Life Sanctuary, AssamGreat Indian One-Horned RhinocerosAssam, India20th century337; 1985; ix, xKaziranga Wild Life Sanctuary, located in the Northeastern state of Assam in the flood plains of the Brahmaputra River’s south bank, was declared a World Heritage Site by UNESCO in 1985 for its unique natural environment. It was first established as a reserved forest in 1908 to protect the dwindling species of Rhinoceros. It underwent several transformations over the years, as The Kaziranga Game Sanctuary in 1916, renamed as Kaziranga Wild Life Sanctuary in 1950, and declared a national park in 1974. The park, which covers an area of 42,996 hectares (106,250 acres), has the distinction of being home to the world's largest population of the Great Indian One-Horned Rhinoceros. There are many other mammals and birds species in the sanctuary.[8][9][10]
Manas Wild Life Sanctuary, AssamCapped langur in Manas Wildlife Sanctuary in AssamManas National ParkAssam, India20th Century338; 1985; vii, ix, xManas Wildlife Sanctuary, located in the Northeastern state of Assam covers an area of 50,000 hectares (120,000 acres) in the plains of the Manas River’s in the foot hills of the Himalayas on the border with Bhutan (contiguous with the Manas Wild Life Sanctuary in Bhutan It was inscribed as a World Heritage Site by UNESCO in 1985 for its unique natural environment. The sanctuary is the habitat of several species of plants and 21 most threatened species of mammals, out of 55 mammal species in the sanctuary, 36 reptile species, 3 amphibians and 350 species of birds; endangered species include Tiger, pygmy hog, clouded leopard, sloth bear, Indian Rhinoceros, wild buffaloes (the only pure stain of buffaloes in India), Indian Elephants, golden langur and Bengal Florican. In 1907, it was declared a reserve forest, was declared a sanctuary in 1928, and became a Tiger Reserve in 1973 as part of “Project Tiger” and a World Heritage Site in December 1985. Plants listed under the broad category of Burma Monsoon Forests include 285 species of Dicotyledons and 98 species of Monocotyledons. Since 1992, the sanctuary has been listed under “The World Heritage in Danger”|[11][12][13]
Mahabodhi Temple Complex at Bodh Gaya, BiharMahabodhi temple and the Bodhi Tree to its left, BiharBihar, India 3rd century BC, 5th and 6th century AD and 19th century AD1056 rev; 2002; i,ii, iii, iv, viMahabodhi Temple Complex at Bodh Gaya (Buddha Gaya), spread over an area of 4.86 hectares (12.0 acres) was inscribed in the UNESCO World Heritage List i as a unique property of cultural and archaeological importance. The first temple was built by Emperor Ashoka in the 3rd century BC (260 BC) around the Bodhi Tree Ficus religiosa (to the west of the temple). However, the temples seen now are dated between 5th and 6th centuries AD. The structures have been built in bricks. Revered and sanctified as the place where Siddhartha Gautama Buddha was enlightened in 531 BC at age 35, and then propagated his divine knowledge of Buddhism to the world, it has been the ultimate temple for reverential worship, over the last several centuries, by Buddhists of all denominations, from all over the world who visit on pilgrimage. The main temple is 50 m in height, built in Indian architectural style, dated between 5th and 6th centuries, and it is the oldest temple in the Indian sub-continent built during the “Golden Age” of Indian culture credited to the Gupta period. Sculpted balustrades of the Ashokan times (3rd century BC) are preserved in the Archaeological Museum located within the temple complex.[14][15]
Humayun’s Tomb, DelhiFront view with reflections, central water channel in the 'Chahr Bagh' Garden DelhiHumayun's TombDelhi, India 1570 232, (ii), (iv)Humayun’s Tomb, Delhi, the first tomb built with several innovations, set at the centre of luxurious gardens with water channels, was the precursor monument to the Taj Mahal (built a century later). It was built in 1570 and was inscribed as a UNESCO World Heritage Monument in 1993 for its cultural importance. It was built in 1569–1570 by the second Mughal Emperor Humayun’s widow Biga Begum (Hajji Begum). Its architecture is credited to Mirza Ghiyath and its Mughal architectural style has been acclaimed as the “necropolis of the Mughal dynasty” for its double domed elevation provided with Chhatris. Apart from the tomb of Humayun, the funerary also has 150 tombs of various members of the royal family. The tomb is built with a char-bagh (fourfold) layout with two gates, one on the south and the other on the west. It has a number of water channels, a pavilion and a bath. The tomb set on an irregular octagonal plinth has a raised dome of 42.5 m height, covered by marble slabs and decorated with chhatris.[16][17]
Qutb Minar and its Monuments, DelhiFront view with reflections, central water channel in the 'Chahr Bagh' Garden, DelhiAlai DarwazaDelhi, India Late 12th century 233, (iv)Qutb Minar and its Monuments, Delhi, located to the south of Delhi, is a complex with the Qutb Minar as the centre piece, which is a red sandstone tower of 72.5 metres (238 ft) height with a base of 14.32 metres (47.0 ft) reducing to 2.75 metres (9.0 ft) diameter at the top. Built in the beginning of the 13th century, the complex of structures comprises itineraries, the Alai Darwaza Gate (1311), the Alai Minar (an incomplete mound of the intended Minar or tower), the Qubbat-ul-Islam Mosque (the earliest existing mosque in India), the tomb of Iltumish, and an Iron Pillar. The complex is a testimony to the Islamic depredations during the period as seen from the materials used for building the complex which are those that were removed after destroying Hindu and Jain temples; a shining iron pillar of 7.02 metres (23.0 ft) height (without any trace of rusting) erected at the centre of the complex, with inscriptions in Sanskrit, of the Chandra Gupta II period is a moot witness. History records its construction, initially by Qutubuddin Aibak in 1192, its completion by Iltumish (1211–36) and again by Alauddin Khalji (1296–1316). It underwent several renovations by subsequent rulers, following damage to the structures due to lightning. It was inscribed under the UNESCO World Heritage List under category iv for its unique representation of the Islamic architectural and artistic excellence.[18][19]
Red Fort ComplexRed FortA night view of Red FortSalimgarh FortDelhi, India1546 231rev, (i),(ii), (iii), (vi)Red Fort Complex, also known as Lal Qila is a palace fort built in the 17th century by Shahjahan (1628–58), the fifth Mughal Emperor as part of his new capital city of Shahjahanabad. located to the north of Delhi. It represents the glory of the Mughal rule and is considered the Highpoint of Mughal architectural, artistic aesthetic creativity. The architectural design of the structures built within the fort represents a blend of Persian, Timuri and Indian architectural styles; Isfahan, the Persian Capital is said to have provided the inspiration to build the Red Fort Complex. The planning and design of this complex, in a geometrical grid plan with pavilion structures, was the precursor of several monuments which were built later in Rajasthan, Delhi, Agra and other places. The palace complex has been fortified by an enclosure wall built with red sand stone (hence the name Red Fort). It is adjacent to the Salimgarh Fort on its north built by Islam Shah Suri in 1546 and is now part of the Red Fort Complex (area covered 120 acres) under the revised inscription of the UNESCO World Heritage List under categories (i),(ii), (iii) and (vi)}}. Built between 1639 and 1648, enclosing an area of size 656 metres (2,152 ft)x328 metres (1,076 ft) and raising to a height of 23 metres (75 ft) on the right bank of the Yamuna River, it is linked to the Salimgarh Fort through a bridge over an old river channel, now a city road. The palace within the fort complex, located behind the Diwan-i-Am (Hall of Public Audience), comprises a series of richly engraved marble palace pavilions, interconnected by water channels called the ‘Nehr-i-Behishit’ meaning the “Stream of Paradise”, the Diwane-i-khas (Private audience hall), several other essential private structures, and also the Moti Masjid (Pearl Mosque built by Emperor Aurangzeb).[20][21]
Churches and Convents of GoaBasílica do Bom Jesus, Velha GoaSt Cajetan GoaVelha Goa (Old Goa), Goa, India 16th and 18th century232; 1986; (ii)(iv)(vi)Churches and Convents of Goa are monuments inscribed by UNESCO under the World Heritage List in 1986 as cultural property, under criteria (ii),(iv) and (vi), which were built by the Portuguese colonial rulers of Goa between 16th and 18th centuries. These monuments are mainly in the former capital of Velha Goa. Velha Goa is also known Goem, Pornem Gõy, Adlem Gõi, Old Goa or Saibachem Gõi, where Saib or Goencho Saib refers to Saint Francis Xavier. The most significant of these monuments is the Basilica of Bom Jesus, which enshrines the tomb containing the relics of St. Francis Xavier. These monuments of Goa, known as the “Rome of the Orient,” were established by different Catholic religious orders, from 25 November 1510 onwards. There were originally 60 churches of which some of the surviving monuments in the city of Velha Goa are the Saint Catherine's Chapel (where one of the first, probably only besides the Angediva Island, Latin rite mass in Asia, was held on Saint Catherine's feast day- i.e. 25 November 1510), the Church and Convent of Saint Francis of Assisi, the Sé Catedral de Santa Catarina dedicated to Saint Catherine of Alexandria, the Jesuit Borea Jezuchi Bajilika or Basílica do Bom Jesus, Igreja de São Francisco de Assis (also known as Asisachea Sanv Fransiskachi Igorz), the Theatine Igreja da Divina Providência (São Caetano) (also known as San Kaitanachi Igorz or the church of Saint Cajetan and its seminary (resembles Basilica Papale di San Pietro in Vaticano), Igreja de Nossa Senhora do Rosário (also known as Ruzai Saibinnichi Igorz (Church of Our Lady of the Rosary)) and Igreja de Santo Agostinho (also known as Sanv Agustineachi Igorz (Church of Saint Augustine) (only the belfry stands today and some graves, including the Georgian Orthodox Church Saint, Saint Ketevan, who was also a queen). These monuments were forerunners in establishing an ensemble of the Manueline, Mannerist and Baroque art forms in the Asian region. The monuments are built in laterites and walls plastered with limestone mortar mixed with broken shells. For this reason, the monuments need constant maintenance to prevent deterioration due to monsoon climatic conditions, and thus keep them in good shape.[22][23]
Champaner-Pavagadh Archaeological Park, GujaratPavgadha hillGujarat, IndiaPrehistoric & 8th to 14th centuries1104; 2004; iii, iv, v, viChampaner-Pavagadh Archaeological Park is situated in Panchmahal district in Gujarat, India. It was inscribed as a UNESCO World Heritage Site in 2004 as a natural site. There is a concentration of largely unexcavated archaeological, historic and living cultural heritage properties cradled in an impressive landscape which includes prehistoric (chalcolithic) sites, a hill fortress of an early Hindu capital, and remains of the 16th century capital of the state of Gujarat. The site also includes, among other vestiges, fortifications, palaces, religious buildings, residential precincts, agricultural structures and water installations, from the 8th to the 14th centuries. The Kalikamata Temple on top of the Pavagadh Hill is considered to be an important shrine, attracting large numbers of pilgrims throughout the year. The site is the only complete and unchanged Islamic pre-Mughal city.[24][25]
Group of Monuments at HampiVirupaksha temple at HampiBellary District, Karnataka, India14th and 16th centuries241 ; 1986; (i)(iii)(iv)The Group of Monuments at Hampi comprise a sombre but ostentatious Hampi town, in northern Karnataka. Hampi subsumes the ruins of Vijayanagara, which was the former capital of the Vijayanagara Empire. Dravidian temples and palaces abound in Hampi. These won the admiration of travellers between the 14th and 16th centuries. Hampi, as an important Hindu religious centre, has the Virupaksha Temple (different from Pattadakal's Virupaksha Temple) and several other monuments, which are part of the cultural heritage site inscribed under category (i), (iii) and (iv) in the UNESCO World Heritage List.[26][27]
Group of Monuments at PattadakalA panoramic view of Group of monuments at PattadakalVirupaksha temple at PattadakalKarnataka, India 8th century 239 ; 1984; (i)(iii)(vi)The Group of monuments in Pattadakal designated under UNESCO World Heritage List, in 1987, cover a remarkable series of nine Hindu temples, as well as a Jain sanctuary. In this group of temples, the Virupaksha Temple, built in c. 740 by Queen Lokamahadevi to commemorate her husband's victory over the kings from the south, is considered the most outstanding architectural edifice (This is different from the Virupaksha Temple at Hampi.) These are a remarkable combination of temples built during the Chalukya Dynasty in the 6th century at Aihole, Badami and Pattadakal, the latter city was known as the "Crown Rubies," which was also for a short period the capital city of the Chalukya Kingdom when the Pallavas had occupied Badami in the 7th century. The temples represent a remarkable fusion of the architectural features of northern and southern India. Pattadakal is also considered as the Hindu holy city with eight temples dedicated to Shiva with a shaivite sanctuary; Papanatha Temple and Jaina Temple are also within this complex.[28][29]
Buddhist Monuments at Sanchi, Madhya PradeshSanchiMadhya Pradesh, India2nd and 1st centuries BC to the 12th century CE524; 1989; (i)(ii)(iii)(iv)(vi)Buddhist Monuments at Sanchi, located 45 kilometres (28 mi) from Bhopal in the Indian state of Madhya Pradesh are a group of Buddhist monuments dated between 200 BC and 100BC. The site, however, has been conjectured to have been developed in the 3rd century BC, when Emperor Ashoka of the Mauryan Empire ruled. The principal monument is Stupa 1 dated to the 2nd century and 1st century BC. These Buddhist sanctuaries were active Buddhist religious monuments, which flourished till 12th century AD. The sanctuary has a plethora of monolithic pillars, palaces, temples and monasteries in different status of preservation. It was inscribed as a World Heritage Site by UNESCO on January 24, 1989 for its unique cultural importance. It was discovered only in 1818 in a deserted state of preservation. Archaeological excavations undertaken thereafter revelled 50 unique monuments.[30][31][32]
Rock Shelters of Bhimbetka, Madhya PradeshMadhya Pradesh Bhimbetka CavesMadhya Pradesh, India2nd and 1st centuries BC925; 2003; (iii) (v)Rock Shelters of Bhimbetka described in the UNESCO Inscription as “the site complex … a magnificent repository of rock paintings within natural rock shelters” is located in the foothills of the Vindhya range of hills in the Central Indian state of Madhya Pradesh. It is spread in sandstone formations extending over an area of 1893 ha with a buffer zone 10,280 hectares (25,400 acres). The rock shelters, discovered only in 1957, comprise a group of “five clusters of rock shelters” with paintings that are inferred to date from the “Mesolithic period right through to the Historical period”, with the 21 villages surrounding them reflecting the traditions displayed in the rock paintings. The unique rock art has been discovered in 400 painted shelters spread over an area of 1,892 ha amidst dense forest with high diversity of flora and fauna, with one of the shelters dated from 100,000 BC (Late Acheulian) to 1000 AD. It was inscribed as a World Heritage Site by UNESCO in 2003 as a unique cultural property representing a convergence displayed in the art form between the people and the landscape with links to the hunting gathering economy of the past.[31][33][34]
Khajuraho Group of Monuments, Madhya PradeshKhajuraho templeMadhya Pradesh, India 950 AD to 1050 AD240; 1986; (i) (iii)Khajuraho Group of Monuments attributed to the Chandela dynasty of Rajput descent reached its glory between 950 AD and 1050 AD. The ensemble of monuments that have survived belong to the Hindu and Jain Religious practices with striking fusion of sculpture and architecture; the best example of this outstanding feature is seen in the Kandariya Temple. Of the 85 temples built, only 22 temples have survived in an area of 6sqkm, which represents the Chandela period of the 10th century. Located in the Indian state of Madhya Pradesh, it was inscribed by UNESCO as a World Heritage Site, a cultural property on October 15, 1982 for its unique original artistic creation and proof of the Chandela Culture that existed prior to the Muslim invasion of India in the early 12th century.[35][36]
Ajanta CavesAjanta CavesMaharashtra, India 2nd century BC to 6th century242; 1983; i, ii, iii, viAjanta Caves listed under UNESCO World Heritage as a cultural heritage site, are Buddhist caves that were built in two phases, the first phase was from 2nd century BC. In the second phase, further additions were made during the 5th and 6th centuries AD of the Gupta period. The caves depict richly decorated paintings, frescoes, which are reminiscent of the Sigiriya paintings in Sri Lanka and sculptures. As a whole, there are 31 rock-cut cave monuments which are unique representations of the religious art of Buddhism.[37][38][39]
Ellora CavesKailash temple, ElloraMaharashtra, India 600 to 1000 AD243; 1983; (i)(iii)(vi)Ellora Caves also known as Ellora Complex are a cultural mix of religious arts of Buddhism, Hinduism and Jainism. These are 34 monasteries and temples sculpted contiguously into rock walls of a high basalt cliff, which are seen along a length of 2 kilometres (1.2 mi). Dated to 600 to 1000 AD, they are a reflection of artistic creation of the ancient civilization of India. This cultural property has been inscribed under the UNESCO World Heritage List.[40][41]
Elephanta CavesElephanta CavesTrimurti in Elephanta CavesMaharashtra, India 5th and 8th centuries244rev; 1987; (i)(iii)The Elephanta Caves are a network of sculpted caves located on Elephanta Island, or Gharapuri (literally "the city of caves") in Mumbai Harbour, 10 kilometres (6.2 mi) to the east of the city of Mumbai. The island, located on an arm of the Arabian Sea, consists of two groups of caves — the first is a large group of five Hindu caves, the second, a smaller group of two Buddhist caves. The Hindu caves contain rock cut stone sculptures, representing the Shaiva Hindu sect, dedicated to the god Shiva. The rock-cut architecture of the caves is dated to between the 5th and 8th centuries, although the identity of the original builders is still a subject of debate. The caves are hewn from solid basalt rock. Renovated in the 1970s, the caves were designated an UNESCO World Heritage Site in 1987 to preserve the artwork.[42][43]
Chhatrapati Shivaji Terminus (formerly Victoria Terminus)Chhatrapati Shivaji TerminusChhatrapati Shivaji TerminusMaharashtra, India 1887–1888945rev; 2004; (ii)(iv)Chhatrapati Shivaji Terminus is a historic railway station in Mumbai, which serves as the headquarters of the Central Railways. It is one of the busiest railway stations in India, and serves Central Railway trains terminating in Mumbai as well as the Mumbai Suburban Railway. The station was designed by Frederick William Stevens, a consulting architect in 1887–1888. It took ten years to complete and was named "Victoria Terminus" in honour of the Queen and Empress Victoria; it was opened on the date of her Golden Jubilee in 1887. This famous architectural landmark in Gothic style was built as the headquarters of the Great Indian Peninsular Railway. In 1996, in response to demands by the Shiv Sena and in keeping with the policy of renaming locations with Indian names, the station was renamed by the state government after Chatrapati Shivaji, the famed 17th century Maratha king. On 2 July 2004, the station was nominated as a World Heritage Site by the World Heritage Committee of UNESCO.[44][45]
Sun Temple, KonârakFront view of Konark Sun TemplePuri District, Orissa, India13th-century 246; 1984;(i)(iii)(vi)Konark Sun Temple is a 13th-century Sun Temple (also known as the "Black Pagoda"), at Konark, in Orissa. Located on the east coast of the Bay of Bengal in the Mahanadi Delta, it is built in the form of the chariot of Surya (Arka), the sun god with 24 wheels, and is heavily decorated with symbolic stone carvings and led by a team of six horses. It was constructed from oxidizing weathered ferruginous sandstone by King Narasimhadeva I of the Eastern Ganga Dynasty. The temple is one of the most renowned temples in India and is a World Heritage Site inscribed in 1984 as cultural property under categories (i), (iii) and (vi).[46][47]
Keoladeo National ParkSarus Crane, Keoladeo National ParkBharatpur, Rajasthan, India 1981340; 1985; (x)Keoladeo National Park in Bharatpur is located within the Indus-Ganges Monsoon Forest Biogeographical Province. It extends over an area of 2,783 hectares (6,880 acres). It was declared a national park in 1982. Earlier to this, in 1900, it was a duck-hunting reserve of the Maharajasof Bharatpur, then became a bird sanctuary in 1956, with the Maharajas exercising shooting rights till 1972, and was recorded as a Ramsar Wetland site, in 1981. It was inscribed in the UNESCO World Heritage List in 1985 under category (x), as a natural property. The area of the wetland of the park shrinks to 1,000 hectares (2,500 acres) during most part of the year. It has a human-built environment created partly by embankments dividing the area into 10 units, and has sluice controlled arrangement to maintain the water level. It is famous for 364 species of wintering birds that flock in large numbers, arriving from distant countries of Afghanistan, Turkmenistan, China and Siberia. It is surrounded by 17 villages and the Bharatpur city.[48][49]
Jantar Mantar, JaipurJantar MantarJaipur, Rajasthan, India 1727 and 17341338; 2010; (iii)(iv)The Jantar Mantar in Jaipur is a collection of architectural astronomical instruments, built by Maharaja (King) Jai Singh II at his then new capital of Jaipur between 1727 and 1734. It is modelled after the one that he had built at the Mughal capital of Delhi. He had constructed a total of five such facilities at different locations, including the ones at Delhi and Jaipur. The Jaipur observatory is the largest and best preserved of these and has a set of some 20 main fixed instruments built in masonry. It has been inscribed as cultural property on the UNESCO World Heritage List as "an expression of the astronomical skills and cosmological concepts of the court of a scholarly prince at the end of the Mughal period."[50][51]
Great Living Chola TemplesChola temple sculptureTamil Nadu, India11th and 12th-century250bis; 2004; ((ii)(iii)The Great Living Chola Temples, built by kings of the Chola Empire stretched over all of Tamil Nadu. This cultural heritage site includes three great temples of 11th and 12th century namely, the Brihadisvara Temple at Thanjavur, the Brihadisvara Temple at Gangaikondacholisvaram and the Airavatesvara Temple at Darasuram. The Temple of Gangaikondacholisvaram, built by Rajendra I, was completed in 1035. Its 53 metres (174 ft) vimana (sanctum tower) has recessed corners and a graceful upward curving movement, contrasting with the straight and severe tower at Thanjavur. The Airavatesvara temple complex, built by Rajaraja II, at Darasuram features a 24 metres (79 ft) vimana and a stone image of Shiva. The temples testify to the brilliant achievements of the Chola in architecture, sculpture, painting and bronze casting. The site was inscribed under UNESCO World Heritage List in 2004 as Cultural heritage under criteria (ii) and (iii).[52][53]
Group of Monuments at MahabalipuramView of Shore TempleMahabalipuram, Tamil Nadu, India7th and 8th centuries249; 1984; (i)(ii)(iii)(vi)The Group of Monuments at Mahabalipuram, in Tamilnadu, about 58 km from Chennai, were built by the Pallava kings in the 7th and 8th centuries. The town is said to have gained prominence under the rule of Mamalla. These monuments have been carved out of rock along the Coromandel coast. The temple town has approximately forty monuments, including the largest open-air bas-relief in the world. It was inscribed under the UNESCO World Heritage list in 1984 as a cultural heritage under categories (i)(ii)(iii)(vi). The monuments inscribed are the Ratha Temples: Temples in the form of chariots, Mandapas, 11 Cave sanctuaries covered with bas-reliefs, rock relief of Descent of the Ganges, which is the largest open air Rock relief also known as Arjuna's Penance or Bhagiratha's Penance.[54][55]
Agra Fort, Uttar PradeshAgra Fort, Uttar PradeshAgra FortUttar Pradesh, India 16th century251; 1985; iiiAgra Fort, also known as the Red Fort of Agra, which represented Mughal opulence and power as the centre piece of their empire was inscribed in the UNESCO World Heritage List in 1982, under Category iii as a cultural monument. The fortress located on the right bank of the Yamuna River, built in red sandstone, covering a length of 2.5 kilometres (1.6 mi) and surrounded by a moat, encloses several palaces, towers and mosques. These were built from 16th century onwards till early 18th century, starting with Emperor Akbar's reign in the 16th century to that of Aurangzeb in the early part of the 18th century, including the contributions made during the reign of Jahangir and Shahjahan of the Moghul Rule in India; the impressive structures built within the precincts of the fort are the Khas Mahal, the Shish Mahal, Muhamman Burje (an octagonal tower), Diwan-i-Khas (1637), Diwan-i-Am, white marble mosque or the Pearl Mosque (built during 1646–1653) and the Nagina Masjid (1658–1707). These monuments are remarkable for the fusion of Persian art of the Timurid and the Indian art form. It is very close to the famous Taj Mahal with a buffer zone separating the two monuments.[56][57]
Fatehpur Sikri, Uttar PradeshPanch Mahal, Fatehpur SikriBuland Darwaza, Fatehpur Sikri Tomb of Salim Chishti, Fatehpur SikriUttar Pradesh, India 16th century255; 1986; ii,iii,ivFatehpur Sikri, "the City of Victory," was built during the second half of the 16th century by the Mughal Emperor Akbar (1556–1605). It was the capital of the Empire and seat of the grand Mughal court, but only for 14 years. Despite bearing exceptional testimony to the Mughal civilization at the end of the 16th century, it had to be abandoned due to the twin reasons of lack of water and unrest in north-west India, leading the Emperor to shift the capital to Lahore. Akbar decided to construct it in 1571, on the same site where the birth of his son, the future Emperor Jahangir, was predicted by the wise saint Shaikh Salim Chisti (1480–1572). The work, supervised by the great Mughal himself, was completed in 1573. The complex of monuments and temples, all uniformly in Mughal architectural style, includes one of the largest mosques in India, the Jama Masjid, the Buland Darwaza, the Panch Mahal, and the Tomb of Salim Chishti. The English traveller Ralph Fitch considered the city in 1585 as 'considerably larger than London and more populous.' Its form and layout strongly influenced the evolution of Indian town planning, notably at Shahjahanabad (Old Delhi). The city has numerous other palaces, public buildings and mosques, as well as living areas for the court, the army, servants of the king and for an entire population whose history has not been recorded.[58][59]
Taj Mahal, Uttar PradeshTaj Mahal at Sunrise, Uttar PradeshUttar Pradesh, India 17th century252; 1983;iTaj Mahal, one of the Seven Wonders of the World is a mausoleum – a funerary mosque. It was built by Emperor Shahjahan in memory of his third wife Begum Mumtaz Mahal who had died in 1631. It is a large edifice made in white marble in typical Mughal architecture, a style that combines elements from Persian, Islamic and Indian architectural styles. This much acclaimed masterpiece was built over a 16 year period between 1631 and 1648 under the Chief Architect Ustad Ahmad Lahauri supported by several thousand artisans under the guidance of an Imperial Committee. It was inscribed in the UNESCO World Heritage List in 1983, under Category i, as a cultural property/monument. It is set amidst vast Mughal Gardens, which cover 17 hectares (42 acres) of land on the right bank of the Yamuna River. It has an octagonal layout marked by four exclusive minarets at four corners with a pristine elevation of a central bulbous dome below which the tombs are laid in an underground chamber. Calligraphic inscriptions in-crusted in polychromatic pierra dura, decorative bands and floral arabesques glorify the monument's graphic beauty and provide a picture perfect impression to the viewers.[60][61]
Mountain Railways of India19992005 2008Darjeeling Himalayan Railway (1999), Darjeeling, West Bengal
Nilgiri Mountain Railway (2005) Ooty, Tamilnadu
Kalka-Shimla Railway, Himachal Pradesh (2008)
India
19th and early 20th century944ter; 1999,2005,2008; (i)(iii)(iv)The Mountain Railways of India represents a collective listing of the Darjeeling Himalayan Railway, the Nilgiri Mountain Railway and the Kalka-Shimla Railway under the UNESCO World Heritage Site. However, the Mountain Railways of India are five railway lines built in the mountains of India in the 19th and early 20th century, during the British Raj, which are run even today by the Indian Railways. Three out of these five railways, the Darjeeling Himalayan Railway (1881), the Kalka-Shimla Railway (1898) and the Kangra Valley Railway (1924), are located in the rugged hill regions of the Himalayas of Northern India and the other two are much further south in the Western Ghats; the Nilgiri Mountain Railway in Southern India, and the Matheran Hill Railway in Maharashtra. The World Heritage UNESCO recognition to three of the five Mountain Railways of India has been stated as for being "outstanding examples of bold, ingenious engineering solutions for the problem of establishing an effective rail link through a rugged, mountainous terrain. The Darjeeling Himalayan Railway was recognized first in 1999, the Nilgiri Mountain Railway followed suite as an extension to the site in 2005, and in 2008 the Kalka–Shimla Railway was further added as an extension; and the three together have been titled as Mountain Railways of India under Criteria: ii, iv under the region in the Asia-Pacific. The claims of the Matheran Hill Railway, the fourth hill line, are pending acceptance by the international body.[62][63]
Nanda Devi and Valley of Flowers National ParksValley of flowersNanda Devi in the national parkChamoli District, Uttaranchal, India1939 and 1982335bis; 2005 ;(vii),(x)Nanda Devi and Valley of Flowers National Parks are nestled high in West Himalaya. Valley of Flowers National Park is renowned for its meadows of endemic alpine flowers and outstanding natural beauty. It is located in the Garhwal Himalaya of Chamoli District of Uttaranchal (formerly part of Uttar Pradesh). This richly diverse area is also home to rare and endangered animals, including the Asiatic black bear, snow leopard, brown bear and blue sheep. The gentle landscape of the Valley of Flowers National Park complements the rugged mountain wilderness of Nanda Devi National Park. Together, they encompass a unique transition zone between the mountain ranges of the Zanskar and Great Himalaya. The park stretches over an expanse of 87.5 km2 (33.8 sq mi). It was established as a national park on 6 November 1982. However, it was initially established as a game sanctuary on 7 January 1939. It was inscribed under the UNESCO World Heritage List in 1988 with extension in 2005 under category (vii) and (x).[64][65] Together, they comprise the Nanda Devi Biosphere Reserve, which is on the UNESCO World Network of Biosphere Reserves since 2004.
Sundarbans National ParkSunderbans map Sundarban mangrove forests Big crocodile in the parkWest Bengal, India 1939 and 1982 452; 1987 ; (ix) and (x)The Sundarbans National Park, the largest estuarine mangrove forest in the world is a National Park, Tiger Reserve, UNESCO World Heritage Site and a Biosphere Reserve located in the Sundarbans Ganges river delta bordering the Bay of Bengal, in West Bengal. It is also on the UNESCO World Network of Biosphere Reserves. The Sundarbans as a whole encompasses 10,000 km2 (3,900 sq mi) of land and water, about 5,980 km2 (2,310 sq mi) in India and the balance is in Bangladesh. It is integral to the world's largest delta of 80,000 km2 formed from sediments deposited by the three great rivers, the Ganges, the Brahmaputra and the Meghna, which confluence in the Bengal Basin. The entire basin is traversed by a complex network of interconnecting waterways. Tidal waves as high 75 m are a regular feature here. Though, the history of protection in the area of Indian part of the Sundarbans dates back to 1878, it was declared as the core area of Sundarbans Tiger Reserve in 1973 and a wildlife sanctuary in 1977 of 133,000-hectare core area within the 258,500 hectares (639,000 acres) Sundarbans Tiger Reserve. On May 4, 1984 it was declared a National Park. It was inscribed on the UNESCO World Heritage list in 1987 as a natural property under category (ix) and (x). This region is densely covered by mangrove forests, and is one of the largest reserves for the Bengal tiger. It is also home to a variety of bird, reptile and invertebrate species, including the salt-water crocodile.[66][67]
Location of World Heritage Sites within India