#archaeologists survey of india

[rightnewshindi]

स्मारकों के स्वामित्व को लेकर भिड़े एएसआई और वक्फ बोर्ड, एएसआई ने जेपीसी को सौंपी ऐसे 120 स्मारकों की सूची

स्मारकों के स्वामित्व को लेकर भिड़े एएसआई और वक्फ बोर्ड, एएसआई ने जेपीसी को सौंपी ऐसे 120 स्मारकों की सूची #News #DelhiNews #DelhiUpdates #DelhiPolitics #DelhiEvents #DelhiLifestyle #DelhiBuzz #DelhiCulture #DelhiCommunity #DelhiActivism #DelhiEducation

Delhi News: एएसआई और वक्फ बोर्ड के बीच स्मारकों के स्वामित्व को लेकर विवाद छिड़ा है। वक्फ (संशोधन) विधेयक की जांच कर रही संसदीय समिति को भारतीय पुरात��्व सर्वेक्षण (एएसआई) ने शुक्रवार को 120 से अधिक स्मारकों की सूची पेश की। एएसआई ने कहा कि स्मारक उनके संरक्षण में हैं, लेकिन विभिन्न राज्य वक्फ बोर्ड स्मारकों पर अपना दावा करते हैं। विपक्षी सदस्यों ने एएसआई की दलील की आलोचना की कि मुस्लिम निकाय किसी…

[kumrattourism]

A look at Pakistan's historical heritage and world UNESCO side Mohenjo Daro

A look at #Pakistan's #historical heritage and #world #UNESCO side Mohenjo Daro A thread ⬇️

Standing on the highest brick platform in Mohenjo-daro’s fort district, just a few steps from a second-century Buddhist stupa, it’s impossible not to feel awe at the sheer scale and complexity of the prehistoric city around you. It takes a moment to grasp the fact that what you’re seeing is more than 4,500 years old, one of the oldest—if not the oldest—known settlements in the entire history of…

[yato-dharmastato-jayah]

Dr. K. K. Muhammed, the Indian archaeologist who served as the Regional Director of the Archaeological Survey of India. He was heavily involved in the excavations done at the site of Babri masjid, and he was the first to ask Muslims to hand over the Babri Masjid area to Hindus after finding evidence that the mosque was built on the remains of a Hindu temple.

Please listen to what he has to say about Hindus.

[grem-archive]

Might I ask WHY Mr. Jones is having his archaeological license revoked?

aight so first off, not to knock his indiana rizz, but what type of buffoon wears a leather jacket in the field? absolute dipshittery.

he's too broad fr like this man is just a walking encyclopedia. all the professors i know are very smart, but generally they're all very specialized by the time they get to the point of teaching. my primate anatomy professor's specialty was spinal development in children. ur telling me indie is going from pre-columbian south america, to ancient egypt, india, medieval christian artifacts, and then to china? i'm envious but...

and he's more a treasure hunter than anything? rather than naming and recording a site based on a hypothesis or questions had, finding possible evidence, and deciding to do survey and then excavations (if necessary),,,, indie is basically looking for very specific types of artifacts. famous things belonging to famous people or important symbolic or ritual artifacts. i mean c'mon. the holy grail? a golden fertility idol? also this man does basically ZERO recording of anything which made me want to cry because man filling out artifact tags and bags and making sure you have everything in context CORRECTLY...AAAAAAA!!! 90% or more of archaeology is not this way.

to use my own experience as an example: we were attempting to answer questions about the daily lives of settlers at jamestown, finding those ordinary stories. my favorite artifacts to expose from the screens were pieces of clay pipes and things like shards of glass. like case bottle glass that can relatively date a unit to 1652 or later because of previous knowledge guiding us, telling us this type of glass wasn't used before then? beautiful even in its state of decay. shards of pipes that can tell us where they're from by their color (a red virginian clay versus the white 'kaolin' clay of england)? and some even have decoration that we can mend? maker's marks even??? "star maker" pipes my beloved! they tell us about trade at the time. the importance of something seemingly as mundane as the tobacco trade.

bestie. we got excited to find evidence of a ditch that was mentioned tangentially in just one or two historical records. we are not looking for the fantastic on purpose. usually.

there is so much i could say on fictional archaeologists like indiana jones in terms of accuracy, but honestly? that takes the fun out of it. since those movies have come out there has been an abundance of real archaeologists that have debunked his behavior. even i still enjoyed the action of the movie! just take him with a grain of salt :D

[sivavakkiyar]

“Ramakrishna said the report on Keeladi is the “first of its kind in Tamil Nadu” and took a year to complete. He had begun documentation work in December 2021 with a core group of 10 members comprising archaeologists, experts, draughtsmen, and photographers.

Nearly 6,000 artefacts were unearthed during the first two phases of the Keeladi dig, which the excavation report termed as a “unicultural” site. The report details how Keeladi became an urban centre due to a slow and steady growth in rice production, which also increased internal and external trade and commerce activities. The settlement was also an animal-based economy focused on cattle (cows and bulls), buffalo, sheep, and goats, dated between the 8th century before common era and the 3rd century common era.

According to Ramakrishna, the lack of detailed reports of previous excavations has posed difficulties in documenting Tamil Nadu’s historical record, for instance, in fixing dates. He said the Sangam Period is dated to 300 before common era to 300 common era, based on literary references but archaeology can authenticate these literary references. “It is important to excavate sites, but it is equally important to document everything”, Ramakrishna told Scroll. ​“

[tfgadgets]

Final report of Vadakkupattu excavation submitted to ASI

M. Kalimuthu, Superintending Archaeologist, ASI, Chennai Circle, handing over the final report on the Vadakkupattu excavation to Yadubir Singh Rawat, Director General, ASI, in New Delhi on Tuesday. | Photo Credit: Special Arrangement A 700-page detailed final report on the two-phased excavations carried out by the Archaeological Survey of India (ASI), Chennai Circle, at Vadakkupattu village in…

[todayworldnews2k21]

Final report of Vadakkupattu excavation submitted to ASI

M. Kalimuthu, Superintending Archaeologist, ASI, Chennai Circle, handing over the final report on the Vadakkupattu excavation to Yadubir Singh Rawat, Director General, ASI, in New Delhi on Tuesday. | Photo Credit: Special Arrangement A 700-page detailed final report on the two-phased excavations carried out by the Archaeological Survey of India (ASI), Chennai Circle, at Vadakkupattu village in…

[igettalk]

Himalayan Shiva Temple Threatened By Monsoon Damage

The world's highest Shiva temple is in danger. Tungnath, located 3,680 meters up in India's Himalayas, is experiencing some severe structural problems caused by years of water damage from monsoon rains. India's monsoon season usually lasts from June to September, bringing most of the country's yearly rainfall. The Badrinath Kedarnath Temple Committee has issued a safety warning to visitors. According to The Economic Times, the committee stated that the ancient shrine in Uttarakhand's Rudraprayag district is suffering from a weakening foundation, shifting walls, and sinking ground. All these issues have led to water leaks throughout the structure, especially during rainy seasons. It is not all that surprising that the Shiva temple is particularly susceptible to water damage, since it was primarily built from slate bricks. Recognizing the urgency of this situation, temple authorities have asked for help from national experts, including the Geological Survey of India and the Central Building Research Institute. https://twitter.com/IshaSacredWalks/status/1658706914010869760 Uttarakhand's tourism minister has promised that repairing the temple is a top priority for the state government. In September, teams from India's Geological and Archaeological Surveys visited Tungnath to assess the damage. The Times of India reported that Manoj Saxena, the superintendent archaeologist at the Archaeological Surveys of India (ASI), stated that while their organisation doesn't officially protect the site, they still provided advise on how to preserve it. Saxena also added that it's now up to local authorities and the temple committee to act on these recommendations. Tungnath, believed to date back to the time of the Mahabharata, attracts many pilgrims and tourists each year. The Shiva temple's high-altitude location, while scenic, exposes it to harsh weather conditions. Read the full article

[shijayprojects01]

Understanding Electrical Resistivity Survey in India: A Key Tool for Subsurface Investigation

In the field of geophysical exploration, the Electrical Resistivity Survey in India is widely used to assess subsurface conditions, identify potential hazards, and support various projects, from construction to environmental studies. This method, which uses electrical currents to measure the resistance of the ground, provides valuable insights into the composition and characteristics of the Earth's layers without the need for intrusive digging or drilling.

In this blog, we will discuss the importance of the Electrical Resistivity Survey in India, its applications, and why it is an essential tool for projects across the country. We will also explore the use of electrical resistivity meters, the technology behind these surveys, and how they contribute to efficient, safe, and well-planned construction projects.

What is Electrical Resistivity Survey?

An Electrical Resistivity Survey in India is a geophysical technique that measures the electrical resistance of the subsurface materials by passing an electrical current into the ground. Different materials, such as soil, rock, and water, have varying levels of resistance to the flow of electricity. By measuring this resistance, surveyors can map underground features and assess the composition of the ground.

This method is especially useful for determining the presence of groundwater, identifying areas with potential soil instability, and mapping buried structures or voids. In India, the Electrical Resistivity Survey is widely used due to the diverse geological conditions present in the country, from coastal areas to mountainous regions.

How Does Electrical Resistivity Survey Work?

The process behind an Electrical Resistivity Survey in India involves placing electrodes in the ground at specific intervals. An electrical current is then passed between these electrodes, and the resistance of the subsurface materials is measured. The data collected is used to create a detailed map of the underground layers, highlighting areas of interest such as groundwater, bedrock, or potential hazards.

The equipment used for an Electrical Resistivity Survey in India includes electrical resistivity meters, which measure the flow of current and provide data on the ground’s resistance. These meters are vital to the accuracy of the survey, offering real-time insights into the subsurface conditions.

Applications of Electrical Resistivity Survey in India

India’s growing infrastructure demands a thorough understanding of the subsurface conditions before any construction or development can begin. Here are some of the key applications of the Electrical Resistivity Survey in India:

Site Selection for Construction: Before construction projects begin, it is important to assess the ground stability and detect any potential hazards, such as sinkholes, weak soil, or groundwater. The Electrical Resistivity Survey in India helps builders and engineers determine whether the site is suitable for development, reducing the risk of future structural issues.

Groundwater Exploration: In regions where groundwater is a critical resource, such as rural areas and agricultural zones, the Electrical Resistivity Survey in India is used to locate underground water reserves. This is essential for planning irrigation systems, wells, and water management projects.

Environmental Studies: Environmentalists and geologists rely on the Electrical Resistivity Survey in India to monitor changes in groundwater levels, soil contamination, and the impact of construction or mining on the environment. This data helps guide sustainable development and conservation efforts.

Archaeological Investigations: India’s rich history and cultural heritage mean that construction projects often take place near historical sites. The Electrical Resistivity Survey in India allows archaeologists to detect buried artifacts and structures without disturbing the site, ensuring the preservation of important historical elements.

Road and Bridge Construction: For large infrastructure projects like roads and bridges, it is crucial to understand the composition of the ground to ensure the stability and safety of the structure. The Electrical Resistivity Survey in India provides detailed information about the soil and rock layers, helping engineers design more reliable infrastructure.

Landslide Prevention: In regions prone to landslides, such as the hilly areas of India, an Electrical Resistivity Survey can identify weak zones and unstable ground, allowing for preventive measures to be taken. This is crucial for protecting lives and properties in vulnerable areas.

Benefits of Electrical Resistivity Survey in India

There are several reasons why the Electrical Resistivity Survey in India is favored by engineers, geologists, and environmentalists alike. Some of the key benefits include:

Non-Intrusive Method: Unlike traditional methods of subsurface investigation, the Electrical Resistivity Survey in India does not require digging or drilling. This makes it a non-intrusive and environmentally friendly approach to gathering underground data.

Accurate Data: Electrical resistivity meters used in these surveys provide precise and reliable information about the subsurface. This allows for better decision-making, reducing the risk of unexpected issues during construction or excavation.

Cost-Effective: The Electrical Resistivity Survey in India offers a cost-effective way to assess subsurface conditions. By using this method, project managers can avoid unnecessary digging and reduce the chances of costly repairs due to subsurface instability.

Wide Range of Applications: The Electrical Resistivity Survey in India can be used in various fields, from construction and environmental studies to groundwater exploration and archaeology. Its versatility makes it a valuable tool for many industries.

Real-Time Results: With advancements in technology, modern electrical resistivity meters provide real-time data, allowing surveyors to make quick decisions during fieldwork. This speeds up the survey process and minimizes project delays.

Challenges of Conducting Electrical Resistivity Survey in India

Despite its many advantages, conducting an Electrical Resistivity Survey in India comes with its own set of challenges. The country’s diverse terrain, ranging from deserts to dense forests, can make it difficult to carry out surveys in certain areas. Additionally, urbanization and crowded cityscapes often limit the available space for large-scale surveys.

However, advancements in technology have made it easier to adapt to these challenges. Portable and lightweight electrical resistivity meters are now available, allowing survey teams to access remote or difficult-to-reach areas with greater ease.

Conclusion

The Electrical Resistivity Survey in India is a powerful tool that provides valuable insights into the subsurface, supporting a wide range of projects across the country. Whether it’s for construction, groundwater exploration, or environmental monitoring, this method allows for safe, efficient, and well-informed decision-making.

As India continues to develop its infrastructure and manage its natural resources, the Electrical Resistivity Survey in India will remain a key part of ensuring that projects are built on solid ground. By using this non-intrusive and cost-effective method, industries can minimize risks, protect the environment, and contribute to the country’s growth in a sustainable manner.

[shijayproject12]

Discover the Power of Ground Penetrating Radar (GPR) with Shijay Projects

In the dynamic world of geophysical exploration, Ground Penetrating Radar (GPR) has become an essential tool. Whether your work involves archaeology, engineering, or environmental studies, GPR offers exceptional insights into subsurface structures. At Shijay Projects, a leading geophysical instruments provider in India, we deliver cutting-edge GPR solutions to meet a variety of needs.

What is Ground Penetrating Radar (GPR)?

Ground Penetrating Radar (GPR) is a non-destructive geophysical technique that uses radar pulses to image the subsurface. This technology enables the detection of objects, material changes, voids, and cracks below the surface. GPR is highly versatile, providing high-resolution data invaluable for numerous applications.

Applications of GPR

Archaeology: GPR assists archaeologists in locating and mapping buried artifacts, structures, and human remains without site disturbance.

Engineering and Construction: In construction, GPR locates utilities, detects voids, and assesses the condition of structures such as bridges and roads.

Environmental Studies: Environmental scientists use GPR to investigate soil contamination, monitor groundwater, and study subsurface conditions.

Utility Detection: GPR is commonly used to locate underground utilities like pipes, cables, and storage tanks.

Why Choose GPR from Shijay Projects?

As a premier geophysical instruments provider in India, Shijay Projects offers state-of-the-art GPR systems that are reliable, accurate, and easy to use. Here’s why you should choose our GPR solutions:

Advanced Technology: Our GPR systems feature the latest advancements in radar technology, ensuring precise and detailed subsurface imaging.

User-Friendly Interface: Designed with the user in mind, our GPR systems are easy to operate, even for those with minimal technical experience.

Comprehensive Support: From initial consultation to after-sales service, our team of experts supports your projects every step of the way.

Custom Solutions: Every project is unique. We offer customized GPR solutions tailored to your specific requirements.

Benefits of Using GPR

Non-Invasive: GPR is a non-invasive technique, allowing subsurface exploration without drilling or digging.

High-Resolution Data: GPR provides high-resolution images for detailed analysis of subsurface features.

Cost-Effective: By using GPR, you can avoid costly excavation and drilling, making it a cost-effective solution for subsurface investigation.

Time-Efficient: GPR surveys are quick to conduct, providing real-time results that can expedite project timelines.

How Does GPR Work?

GPR operates by sending a radar signal into the ground and recording the echoes that return from subsurface structures. The time it takes for the radar pulses to return to the surface is measured, and this data is used to construct an image of the subsurface. Different materials reflect the radar waves differently, allowing for the identification of various subsurface features.

Conclusion

Ground Penetrating Radar (GPR) is a powerful tool for anyone involved in subsurface investigation. With its wide range of applications and numerous benefits, GPR is becoming the preferred method for geophysical exploration. At Shijay Projects, your trusted geophysical instruments provider in India, we are committed to providing you with the best GPR systems to meet your needs.

[cavenewstimes]

Archaeologists dig to find 'India's oldest temple' in Madhya Pradesh

Mar 16, 2024 11:54 AM IST The excavation is underway in Nachne village of Madhya Pradesh where the experts have zeroed in on two mounds. Archaeological Survey of India (ASI) is excavating a site in Madhya Pradesh, hoping to find India’s oldest temple. The digging is underway in Nachne village where the experts have zeroed in on two mounds. The excavation sites are just 30 metres away from two…

[southeastasianarchaeology]

APSARA Authority to Preserve Newly Discovered Cambodian Statues

Five ancient statues discovered at Ta Prohm Temple by India's Archaeological Survey are to be preserved by Cambodia's APSARA Authority.

via Khmer Times, 02 February 2024: The Archaeological Survey of India discovered five statues at Ta Prohm Temple’s south gate, including two Buddha Sheltered by a Naga, one Avalokiteśvara, and two damaged Buddha statues. These artifacts, unrelated to the gate’s structure, will be preserved by the APSARA National Authority. Ms. Neth Simon, Archaeologist of the APSARA National Authority, said that…

[trendseng]

Archaeologists discover continuous human settlements dating back to 1400 B.C. in Vadnagar, Gujarat |

KOLKATA: Researchers from IIT Kharagpur, Archaeological Survey of India (ASI), Physical Research Laboratory (PRL), Jawaharlal Nehru University (JNU) and Deccan College have found evidence of this human settlement that is as old as 800 BCE (before the Christian era). Vadnagar in Gujarat. A statement from IIT Kharagpur said that the study of deep archaeological excavations in Vadnagar also…

[mariezerna]

MODERN HISTORY

1-The Indus Valley Civilization in water conservation.

The ancient Indus cities were renowned for their well-organized urban layouts, structures made of baked bricks, intricate drainage and water supply systems, groupings of substantial non-residential structures, and the practice of skilled craftsmanship and metallurgy. Mohenjo-daro and Harappa are believed to have possibly accommodated populations ranging from 30,000 to 60,000 inhabitants, and at the height of its development, the civilization may have encompassed a populace ranging from one to five million individuals.

A team of geo-technical engineers from IIT-Gandhinagar, along with an archaeologist from the Archaeological Survey of India (ASI), used Ground Penetrating Radar (GPR) to scan the area and found an intricate system of interconnected water reservoirs, bunds, channels, drains, and checkdams buried 2.5 meters beneath the ground. This discovery suggests that the Harappans may have had advanced knowledge of water management and conservation.

Two significant theories emerged from the GPR data. First, the Harappans might have known how to reduce the turbidity of floodwaters by diverting silt-laden water through interconnected small reservoirs, allowing sediments to settle before reaching a large eastern reservoir for consumption. Second, they may have been adept at controlling floodwaters by building checkdams and specialized water channels, reducing the velocity of water before it entered the main eastern reservoir.

This historical engineering marvel demonstrates early practices in water conservation and sustainable water management, shedding light on the innovative approaches taken by ancient civilizations to address their water needs.

In summary, the discovery of advanced water management systems in the ancient Indus cities of Mohenjo-daro and Harappa is a testament to the knowledge and skills of the Indus civilization. Their ability to reduce turbidity, control floods, and manage water resources through an interconnected structure underscores the historical significance of water conservation practices that resonate with today's challenges.

[blogynews]

"Wakankaer Award Bestowed Upon ASI's Shivakant Bajpayi: Unveiling Cutting-Edge Conserving Secrets Reviving Ancient Archaeological Culture"

The government of Madhya Pradesh has awarded Shivkant Bajpayi, the superintending archaeologist of the Archaeological Survey of India’s Jabalpur circle, with the prestigious 2021-22 Vishnu Shridhar Wakankaer Rastriya Samman for his contributions to the conservation of archaeological heritage and culture. The Wakankaer award is an annual national award for Indian archaeological studies and…

[blogynewz]

"Wakankaer Award Bestowed Upon ASI's Shivakant Bajpayi: Unveiling Cutting-Edge Conserving Secrets Reviving Ancient Archaeological Culture"

The government of Madhya Pradesh has awarded Shivkant Bajpayi, the superintending archaeologist of the Archaeological Survey of India’s Jabalpur circle, with the prestigious 2021-22 Vishnu Shridhar Wakankaer Rastriya Samman for his contributions to the conservation of archaeological heritage and culture. The Wakankaer award is an annual national award for Indian archaeological studies and…