| Cherrapunji | |
| Native Name: | Sohra |
| Settlement Type: | Town |
| Pushpin Map: | India Meghalaya#India |
| Pushpin Label Position: | left |
| Pushpin Map Caption: | Location in Meghalaya |
| Coordinates: | 25.284°N 91.721°W |
| Subdivision Type: | Country |
| Subdivision Name: | India |
| Subdivision Type1: | State |
| Subdivision Type2: | District |
| Subdivision Name1: | Meghalaya |
| Subdivision Name2: | East Khasi Hills |
| Unit Pref: | Metric |
| Elevation M: | 1430 |
| Population Total: | 14816 |
| Population As Of: | 2011 |
| Population Density Km2: | 397 |
| Demographics Type1: | Languages |
| Demographics1 Title1: | Official |
| Timezone1: | IST |
| Utc Offset1: | +5:30 |
| Area Code: | 03637 |
| Area Code Type: | Telephone code |
| Demographics1 Info1: | Khasi, English |
| Blank Name: | Precipitation |
| Blank Info: | 11777mm |
| Blank1 Name: | Climate |
| Blank1 Info: | Cwb |
Cherrapunji or Sohra is a sub-divisional town (Proposed District) East Khasi Hills district in the Indian state of Meghalaya. It was the traditional capital of ka hima Sohra (Khasi tribal kingdom).
Sohra has often been credited as being the wettest place on Earth, but currently, nearby Mawsynram holds that distinction. Sohra still holds the all-time record for the most rainfall in a calendar month and in a year, however. It received 9300mm in July 1861 and 26461mm between 1 August 1860 and 31 July 1861.[1]
The history of the Khasi people – native inhabitants of Sohra– may be traced from the early part of the 16th century. Between the 16th and 18th centuries, these people were ruled by their tribal
The main pivot on which the entire superstructure of Khasi society rests is the matrilineal system.[2]
The original name for this town was Sohra (soh-ra), which was pronounced "Cherra" by the British. This name eventually evolved into a temporary name, Cherrapunji, meaning 'land of oranges', which was first used by tourists from other parts of India. It has again been renamed to its original form, Sohra.[3] Despite abundant rainfall, Sohra faces an acute water shortage and the inhabitants often have to trek very long distances to obtain potable water.[4] Irrigation is hampered due to excessive rain washing away the topsoil as a result of human encroachment into the forests. Recent developments of rain-water harvesting techniques in the area have greatly helped the town and its neighbouring villages.
There is a monument to David Scott (British Administrator in NE India, 1802–31) in the town's cemetery.
It has an average elevation of 1430m (4,690feet) and sits on a plateau in the southern part of the Khasi Hills, facing the plains of Bangladesh. The plateau rises 660 meters above the surrounding valleys.
Soils on the plateau are poor owing to deforestation and washout caused by heavy rainfall. Owing to winter droughts, the vegetation in this location is even xerophytic in spite of the town's fame as an extremely wet place. Additional pressure on local ecosystems is created by the rapid increase of the population – from a Sohra-area population of 7,000 in 1960, it grew to over 10,000 by 2000.[5]
The valleys around Sohra, however, are covered with lush and very diverse vegetation, containing numerous endemic species of plants, including the Meghalaya subtropical forests.
There are some interesting living root bridges in villages near Sohra like the Umshiang root bridge, Mawsaw root bridge, Ritymmen root bridge, and the Double Decker root bridge at Nongriat village.
The Shillong Plateau is an uplifted horst-like feature, bounded by the E-W Main Boundary Thrust (MBT) to the North, the N–S Jamuna fault in the west, and the NW-SE kopilli fracture zone in the east.
Cherrapunji has a mild subtropical highland climate (Köppen Cwb), with monsoonal influences typical of India. Although Sohra has very wet, warm summers, it has dry, mild winters. The city's annual rainfall average stands at 11777mm.[6] This figure places it behind only nearby Mawsynram, Meghalaya, whose average is 11873mm. Sohra receives both the southwest and northeast monsoonal winds, giving it a single monsoon season. It lies on the windward side of the Khasi Hills, so the resulting orographic lift enhances precipitation. In the winter months it receives the northeast monsoon showers that travel down the Brahmaputra valley. The driest months are November, December, January, and February.
Temperatures average 11.5°C in January and 20.6°C in August, and the annual mean is 17.3°C
Sohra holds two Guinness world records for receiving the maximum amount of rainfall in a single year: 26471mm of rainfall between August 1860 and July 1861 and for receiving the maximum amount of rainfall in a single month: 9300mm in July 1861.[7]
Sohra receives rains from the Bay of Bengal arm of the Indian summer monsoon. The monsoon clouds fly unhindered over the plains of Bangladesh for about 400 km. Thereafter, they hit the Khasi Hills which rise abruptly from the plains to a height of about 1,370 m above mean sea level within 2 to 5 km. The geography of the hills with many deep valley channels encompassing the low-flying (150–300 m) moisture-laden clouds from a wide area converges over Sohra. The winds push the rain clouds through these gorges and up the steep slopes. The rapid ascent of the clouds into the upper atmosphere hastens the cooling and helps vapours to condense. Most of the rain is the result of air being lifted as a large body of water vapour. The extreme amount of rainfall is perhaps the best-known feature of orographic rain in northeastern India.[8]
Occasionally, cloudbursts can occur in one part of Sohra while other areas may be totally or relatively dry, reflecting the high spatial variability of the rainfall. Atmospheric humidity is extremely high during the peak monsoon period.
The major part of the rainfall at Sohra can be attributed to the orographic features. When the clouds are blown over the hills from the south, they are funneled through the valley. The clouds strike Sohra perpendicularly and the low flying clouds are pushed up the steep slopes. It is not surprising to find that the heaviest rainfalls occur when the winds blow directly on the Khasi Hills.
A notable feature of monsoon rain at Sohra is that most of it falls in the morning. This could be partly due to two air masses coming together. During the monsoon months, the prevailing winds along the Brahmaputra valley generally blow from the east or the northeast, but the winds over Meghalaya are from the south. These two winds systems usually come together in the vicinity of the Khasi Hills. Apparently, the winds that are trapped in the valley at night begin their upward ascent only after they are warmed during the day. This partially explains the frequency of morning rainfall. Apart from orographic features, atmospheric convection plays an important role during the monsoon and the period just preceding it.
As of the 2011 Census in India, Sohra had a population of 10,086, with males 48.75% of the total population and females 51.25%. It has an average literacy rate of 74%, equal to the national average of 74.5%, with a male literacy rate of 72.4% and a female one of 73.9%.
Most of the people in the town overwhelmingly follow Christianity, with significant followers of indigenous Niam Khasi, Hinduism and a very small Muslim population.
The native inhabitants living in and around Sohra are known as Khasi people. Their society is a matrilineal one. The children take on the surname of the mother.[9]
Sohra is also famous for its living bridges. Over hundreds of years the people have developed techniques for growing roots of trees into large bridges. The process takes 10 to 15 years and the bridges typically last hundreds of years, with the oldest one, still in active use, being over 500 years old.[10]
Sohra Government College is the only general degree college in the town. Most students move to the state capital for college degrees. Independent schools like the Ramkrishna Mission and government-run schools like the Thomas Jones School have been set up in and around the town.
Sohra has an All India Radio relay station known as Akashvani Sohra. It broadcasts on FM frequencies.