logo
5,300-year-old Early Harappan settlement found near Lakhpat

5,300-year-old Early Harappan settlement found near Lakhpat

Time of India12-06-2025
Ahmedabad: A team of researchers has unearthed a 5,300-year-old settlement at Lakhapar village near Lakhpat in Kutch district, dating back to the Early Harappan period. The site is believed to have existed when Dholavira, a Harappan acropolis now a Unesco World Heritage site, was in its formative stages, say experts.
Tired of too many ads? go ad free now
The discovery is important due to its proximity to Juna Khatiya village, where over 125 Early Harappan-era graves were discovered in 2023. The discovery is part of a cluster of Early Harappan sites in Lakhpat that also included Padta, discovered in 2024 by the same group.
"The site was identified around 2022 with the help of Narayan Jajani, former Sarpanch of Lakhapar village, due to the presence of a mound. After permission from the owner of the agricultural land, we carried out the excavation on both sides of the Gaduli-Lakhapar road in an area of around 3 hectares," said Dr Rajesh SV, project lead, along with Dr Abhayan GS, both assistant professors at the Department of Archaeology, University of Kerala.
The researchers said that in Gujarat, there are two major sites associated with Early Harappan burial practices – Juna Khatiya, discovered by the University of Kerala, and Dhaneti by the MS University of Baroda – both in Kutch district. "While an associated population is yet to be identified in the case of Dhaneti, in the case of Juna Khatiya, it has direct links with the Lakhapar settlement from the same era and similar artefacts.
The graves in Juna Khatiya were, in fact, the starting point for us to look for a settlement that may have buried its dead some distance away from the settlement," said Dr Rajesh.
The Lakhapar site is near a rivulet, which may have provided the settlers with a perennial water source, said researchers. Some of the discoveries from the site include a large stone structure, a human burial site, along with a significant assemblage of pottery and artefacts.
Tired of too many ads? go ad free now
Some of the earliest pottery shards date back to 3,300 BCE, they added.
"Particularly significant is the discovery of a distinctive Early Harappan ceramic tradition known as pre-Prabhas, previously reported from only three sites in Gujarat: Prabhas Patan, Datrana, and Janan. This rare ceramic type, characterised by specific shapes and composition, suggests the influence of regional chalcolithic communities during the Early Harappan period," said Dr Abhayan.
What interested the researchers is Lakhapar site's close connection with other Early Harappan sites of the Gujarat region in terms of pottery and other artefacts – semi-precious stone beads made of carnelian, agate, amazonite, and steatite, as well as shell beads, shell bangles, copper objects, terracotta objects, grinding stones, hammer stones, lithic tools, and manufacturing debris. Stone blades made of chert indicate a close Sindh connection, added researchers.
Some other finds, such as remains of domesticated animals – cattle, sheep, goat – along with fish bones and edible shell fragments, point to the diet and way of life for Early Harappans inhabiting the settlement. Experts have also collected some remains of plants for further analysis.
Researchers said that the larger project in the region to find Early Harappan settlements – older than several of the better-known sites – is ongoing in collaboration with academic partners from Spain, USA, Japan, and Indian institutions such as KSKV Kachchh University, Birbal Sahni Institute of Palaeosciences, Deccan College, and Archaeological Survey of India, among others.
BOX
Unique burial at site
with ceramic remains
The site is located around 1.5 km from Juna Khatiya, the site of over 125 Early Harappan-era graves. From Lakhapar, only one burial is found, which has skeletal remains in poorly preserved conditions. It is the only known burial with pre-Prabhas ceramics as burial goods. It is notable that Juna Khatiya has different era graves, giving an extensive idea of burial practices over 5,000 years ago in the region.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Preserving the past: Ancient manuscripts in a race against time
Preserving the past: Ancient manuscripts in a race against time

Time of India

time18 hours ago

  • Time of India

Preserving the past: Ancient manuscripts in a race against time

1 2 3 4 5 6 Patna: Preservation of ancient manuscripts is an act of cultural reverence. Each brittle scroll and weathered folio is a portal to the past, where inked symbols became vessels of science, scripture and philosophy. But these treasures of knowledge, once passed hand to hand by sages and scribes, now face a race against time and nature. " Manuscripts are vulnerable to many threats – humidity, temperature shifts, exposure to light, chemical reactions – all of which accelerate their decay. And the act of handling them, no matter how gentle, only adds to their fragility," said a senior academic engaged in manuscript conservation. As the physical forms grow delicate, the mission to preserve what they hold becomes all the more urgent. Conservationists employ a mix of traditional and modern techniques – fumigation to repel infestations, controlled environments to manage temperature and humidity and increasingly, digitisation to ensure universal access. "Digital preservation allows these rare texts to reach anyone, anywhere," said a conservator involved in digitisation efforts. "Once online, a manuscript from 10th-century Mithila or ancient Nalanda becomes a resource for the world," he added. Yet, beyond methods lies the medium itself – the materials once used to create these manuscripts tell their own story of civilisational ingenuity. Jayadeo Mishra, former head of ancient Indian history and archaeology at Patna University, pointed to the world's earliest plant-based writing surface: papyrus, used in Egypt as far back as the third millennium BCE. "In India, palm leaves and tree bark were the principal writing supports before the introduction of paper in the 11th century," he said. These writing supports were as diverse as the ideas they carried: Tal-patra: Palm-leaf manuscripts strung like necklaces – bundles of 50 to 100 leaves, evenly cut and pressed between carved wooden covers. Some rare scrolls even span a metre in length, midribs intact, rolled like ancient carpets of thought. Bhoja-patra: Thin, crisp folios made from the bark of the Himalayan birch. They were sheathed between wooden boards or wrapped in cloth, holding centuries of poetry, law and devotion. Hansi-pata: Crafted from the bast fibre of the Agaru tree, these were slender, stackable folios rarely bound, often stored with reverence between wooden slats Handmade paper: Often folded into books or kept loose, these manuscripts mark the transition to more accessible formats, yet still retain a rustic elegance. Manufactured paper: As industrial methods took hold, folios on factory-made paper entered the scene. Some were bound; others remained loose, but each was a sign of evolving archival practices. One of the most evocative media, however, remains birch bark, the velvety, flexible skin of Himalayan birches. In ancient India, it was the parchment of choice for high knowledge. Mishra said, "Birch bark was used for Buddhist scriptures, classical Sanskrit texts, medical treatises and even scientific documents. These were living repositories of human understanding." Among the most famous birch bark texts is the Bower Manuscript, dating back to the 4th–6th century CE. It contains Ayurvedic medical knowledge, offering insights into early Indian treatments and formulations. Birch also hosted sections of the Mahabharata, Patanjali's grammar, and Buddhist canons such as the Dhammapada and Mahayana sutras. Even early astronomical charts and mathematical calculations found home on its soft, fibrous surface. Ashok Kumar Jha, physics teacher at Patna University and assistant director of the university's central library, said manuscript preservation was a delicate balance of traditional wisdom and modern science. "We often use natural deterrents like neem leaves, peacock feathers or even snake skin placed between the pages to prevent insect damage," he said. To guard against wind and humidity, manuscripts are stored in airtight wooden boxes, where bundles of herbs such as acorus and karpoora are tied in small pieces of cloth and tucked inside to maintain a controlled environment. Get the latest lifestyle updates on Times of India, along with Friendship Day wishes , messages and quotes !

Can Animals Detect Disasters Before They Strike? Nature's Early Warning Signs
Can Animals Detect Disasters Before They Strike? Nature's Early Warning Signs

News18

timea day ago

  • News18

Can Animals Detect Disasters Before They Strike? Nature's Early Warning Signs

Oarfish, deep-sea creatures, are seen as earthquake omens in Japanese folklore. Before Japan's 2011 Tohoku quake and a 4.6 magnitude quake in California (2024), oarfish washed ashore — possibly reacting to underwater tremors. Cows, sheep, and dogs in northern Italy were found to behave restlessly before earthquakes in a scientific study, especially those near the epicentre. Toads may also sense quakes early. In 2009, common toads abandoned their breeding site days before a 6.3 magnitude quake in Italy, returning only after the seismic activity stopped. Cats have shown odd behaviour like hiding or meowing excessively before quakes. Experts suggest they may detect subtle P-waves before the more destructive S-waves arrive. Birds flew inland before the 2004 Indian Ocean tsunami. Their ability to sense low-frequency infrasonic waves could explain their early reaction. Snakes have a long-documented history of fleeing before quakes. Ancient records from 373 BCE Greece and modern events in China show snakes escaping hibernation before tremors — possibly reacting to ground vibrations or magnetic changes. Elephants are believed to detect infrasound — low-frequency vibrations — from miles away. During the 2004 tsunami, elephants in Thailand reportedly moved to higher ground before the waves arrived.

Radioactive wasp nest discovered in US: Routine check findings at Cold War-era nuclear facility; radiation levels 10 times above limit
Radioactive wasp nest discovered in US: Routine check findings at Cold War-era nuclear facility; radiation levels 10 times above limit

Time of India

time2 days ago

  • Time of India

Radioactive wasp nest discovered in US: Routine check findings at Cold War-era nuclear facility; radiation levels 10 times above limit

AP file photo Workers at a former US nuclear weapons facility in South Carolina have uncovered a radioactive wasp nest emitting radiation levels ten times higher than regulatory limits, reports the BBC. Routine radiation checks at the Savannah River site near Aiken discovered a wasp nest early July, positioned on a post near tanks storing liquid nuclear waste. "The wasp nest was sprayed to kill wasps, then bagged as radiological waste," according to a US Department of Energy report released last week. Officials said that no wasps were found at the site near Aiken, South Carolina. They confirmed that the waste tanks are not leaking, and currently, there are no wasps present at the site. "No contamination was found in the area," the report confirmed. "There were no impacts to workers, the environment or the public," Investigators believe the dangerously high radiation levels found on the nest are the result of "onsite legacy radioactive contamination", residual radiation left behind from the site's Cold War-era operations, when it was actively involved in producing components for nuclear weapons, reports the BBC. While the nest showed high radiation levels, the wasps that once occupied it would have carried significantly lower levels of radiation, the report said. The report says that wasps usually don't travel far from their nest—just a few hundred feet. Since the nest was found inside the 310-square-mile facility, it's unlikely that the wasps flew outside the site. The Savannah River site originally began operations in the 1950s and produced plutonium for nuclear bomb cores. The site remains active to this day focusing on nuclear materials for power generation. The site originally produced over 625 million liters of liquid nuclear waste, which has since been reduced to approximately 29 million liters through evaporation. Currently, 43 underground tanks remain in use, while eight have been closed, as per the Savannah River Mission Completion.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store