Digital Elevation Model, Its derivatives and applicationsShadaab .
The document provides an overview of Geographic Information Systems (GIS). It explains that GIS allows for capturing, storing, analyzing and displaying spatial data layered on maps. Different types of data such as demographic, infrastructure, environmental etc. can be overlaid and analyzed together. GIS ensures all data aligns to the same scale. Users in many fields utilize GIS to produce customized maps by selecting relevant data layers. Businesses may use it to determine store locations.
Population geography is the study of human population distribution and dynamics across different regions. It examines how numbers, characteristics, and movement of people vary based on environmental and cultural factors in an area. G.T. Trewartha is considered the father of population geography for establishing it as a distinct subfield in the 1950s and proposing what topics it encompasses. Population geography analyzes absolute population sizes, qualities like age and sex ratios, and dynamics including fertility, mortality, and migration patterns. It also relates population trends to variables like resources, development levels, and government policies. As an interdisciplinary field, it interconnects with demography, sociology, economics, history and other social sciences.
The document summarizes the geological structure and history of India. It discusses the major rock systems in India formed during different geological eras: 1) The Archaean rock system formed during the early Precambrian period. 2) The Purana rock system formed during the late Precambrian. 3) The Dravidian rock system formed during the Cambrian to Carboniferous period. 4) The Aryan rock system which includes the Gondwana system, Deccan Traps, Tertiary system, and Quaternary formations. It also describes the distribution and economic significance of rocks in each system.
The quantitative revolution in geography began in the 1950s with Schaefer's critique of the traditional regional geography approach. Schaefer argued geography should seek general patterns and laws across regions using quantitative methods rather than focusing on unique regions. This sparked a major transformation in the field toward spatial analysis and modeling using statistics, mathematics, and later computers. By the 1960s, the "new geography" focused on rigorous theory testing and had largely replaced the older descriptive regional approach. However, criticisms emerged in the 1970s that quantitative methods dehumanized geography and were unable to fully explain human spatial patterns. This led to the rise of qualitative approaches. While quantitative geography declined, it resurged in the 1990s with new spatial analysis techniques
The Indian sub-continent is characterised by a great and diversified group of physical features.
They are classified into the following physiographic units :
1. The Himalayas and other ranges.
2. The Indo-Gangetic plain.
3. The Thar Deserts
4. The Peninsular Plateau.
5. The Coastal belts and Islands.
Archaeology its correlation with other subjectsaghalyaG1
Archaeology relies on correlations with other fields like the natural sciences. Artifacts must be analyzed with knowledge of geology, zoology, botany, and palynology to understand the environment and human interactions. Geological studies provide climate context. Zooarchaeology and archaeobotany reveal past diets, economies, and seasons from animal and plant remains. Physical anthropology aids the study of early human evolution and anatomy. Archaeology also correlates with social sciences for holistic cultural reconstructions.
This document discusses the British school of modern geographical thought. It outlines several key founders and contributors, including Halford Mackinder who formulated the heartland theory of geopolitics. It also discusses Patrick Geddes and his concepts of region and conurbation. Later contributors applied more quantitative and statistical analysis, like Richard Chorley and Peter Haggett who advanced models and theories using new techniques. In conclusion, the document traces how the British school evolved from early environmental determinism to incorporate more nuanced regional and inter-regional analysis, and eventually quantitative and positivist approaches.
The document discusses the history and principles of town planning and architecture in ancient India. It describes how the early cities of Harappa and Mohenjodaro were planned with separate areas for housing, markets, and industries. It also outlines Chanakya's teachings on ideal town layouts, which recommended circular or rectangular designs with defenses, amenities, and different zones for residents of varying castes. The goal of town planning is to guide physical development to meet social, cultural, economic needs and provide healthy living conditions for all residents through zoning, amenities, and orderly growth.
Digital Elevation Model, Its derivatives and applicationsShadaab .
The document provides an overview of Geographic Information Systems (GIS). It explains that GIS allows for capturing, storing, analyzing and displaying spatial data layered on maps. Different types of data such as demographic, infrastructure, environmental etc. can be overlaid and analyzed together. GIS ensures all data aligns to the same scale. Users in many fields utilize GIS to produce customized maps by selecting relevant data layers. Businesses may use it to determine store locations.
Population geography is the study of human population distribution and dynamics across different regions. It examines how numbers, characteristics, and movement of people vary based on environmental and cultural factors in an area. G.T. Trewartha is considered the father of population geography for establishing it as a distinct subfield in the 1950s and proposing what topics it encompasses. Population geography analyzes absolute population sizes, qualities like age and sex ratios, and dynamics including fertility, mortality, and migration patterns. It also relates population trends to variables like resources, development levels, and government policies. As an interdisciplinary field, it interconnects with demography, sociology, economics, history and other social sciences.
The document summarizes the geological structure and history of India. It discusses the major rock systems in India formed during different geological eras: 1) The Archaean rock system formed during the early Precambrian period. 2) The Purana rock system formed during the late Precambrian. 3) The Dravidian rock system formed during the Cambrian to Carboniferous period. 4) The Aryan rock system which includes the Gondwana system, Deccan Traps, Tertiary system, and Quaternary formations. It also describes the distribution and economic significance of rocks in each system.
The quantitative revolution in geography began in the 1950s with Schaefer's critique of the traditional regional geography approach. Schaefer argued geography should seek general patterns and laws across regions using quantitative methods rather than focusing on unique regions. This sparked a major transformation in the field toward spatial analysis and modeling using statistics, mathematics, and later computers. By the 1960s, the "new geography" focused on rigorous theory testing and had largely replaced the older descriptive regional approach. However, criticisms emerged in the 1970s that quantitative methods dehumanized geography and were unable to fully explain human spatial patterns. This led to the rise of qualitative approaches. While quantitative geography declined, it resurged in the 1990s with new spatial analysis techniques
The Indian sub-continent is characterised by a great and diversified group of physical features.
They are classified into the following physiographic units :
1. The Himalayas and other ranges.
2. The Indo-Gangetic plain.
3. The Thar Deserts
4. The Peninsular Plateau.
5. The Coastal belts and Islands.
Archaeology its correlation with other subjectsaghalyaG1
Archaeology relies on correlations with other fields like the natural sciences. Artifacts must be analyzed with knowledge of geology, zoology, botany, and palynology to understand the environment and human interactions. Geological studies provide climate context. Zooarchaeology and archaeobotany reveal past diets, economies, and seasons from animal and plant remains. Physical anthropology aids the study of early human evolution and anatomy. Archaeology also correlates with social sciences for holistic cultural reconstructions.
This document discusses the British school of modern geographical thought. It outlines several key founders and contributors, including Halford Mackinder who formulated the heartland theory of geopolitics. It also discusses Patrick Geddes and his concepts of region and conurbation. Later contributors applied more quantitative and statistical analysis, like Richard Chorley and Peter Haggett who advanced models and theories using new techniques. In conclusion, the document traces how the British school evolved from early environmental determinism to incorporate more nuanced regional and inter-regional analysis, and eventually quantitative and positivist approaches.
The document discusses the history and principles of town planning and architecture in ancient India. It describes how the early cities of Harappa and Mohenjodaro were planned with separate areas for housing, markets, and industries. It also outlines Chanakya's teachings on ideal town layouts, which recommended circular or rectangular designs with defenses, amenities, and different zones for residents of varying castes. The goal of town planning is to guide physical development to meet social, cultural, economic needs and provide healthy living conditions for all residents through zoning, amenities, and orderly growth.
Remote Sensing and GIS in Land Use / Land Cover MappingVenkatKamal1
This document discusses using remote sensing and GIS for land use/land cover mapping. It describes analyzing agricultural versus urban land to ensure development doesn't degrade farmland. Land cover refers to ground surface characteristics like vegetation or bare soil, while land use refers to how land is used, such as agriculture or recreation. The document outlines classification systems and criteria for remote sensing-based land use/land cover mapping. It also discusses digital classification techniques, global and national land use datasets, and applications of remote sensing for natural resource management and change detection analysis.
This document discusses systems approach in geography. It defines a system as a set of interrelated elements that interact to maintain the system. The key elements of a system include inputs, outputs, processors, control, feedback, boundaries and environment. It also distinguishes between open systems, which exchange both matter and energy with the environment, and closed systems, which only exchange energy. An example of a system discussed is an ecosystem. The document aims to discuss systems thinking to better understand complex geographical phenomena.
The document discusses the key components of a geographic information system (GIS). It describes the main components as hardware, software, data, people, procedures, and networks. It provides details on each component, including how hardware is used to capture, store and display spatial data; common GIS software and their functions; different types of spatial and attribute data; and how procedures and methods ensure quality. Topological relationships and database models used in GIS are also overviewed.
Yakshas are nature spirits in Hindu, Jain and Buddhist literature that are caretakers of natural treasures hidden in the earth. They can have a dual personality as either benevolent protectors or dangerous ghosts. The document lists several examples of sculptures and inscriptions of Yakshas and Yakshinis found at archaeological sites in North India, such as a 2.59 meter sculpture of Manibhadra, an avatar of Shiva, discovered at Parkham, Mathura dated to 200-50 BCE. Inscriptions of Yakshas have also been found at Patna and Besnagar providing names and details. Yakshas are often depicted in art as attendants of Kubera, the
Digital Elevation Model (DEM) is the digital representation of the land surface elevation with respect to any reference datum. DEM is frequently used to refer to any digital representation of a topographic surface. DEM is the simplest form of digital representation of topography. GIS applications depend mainly on DEMs, today.
This document discusses the concept of uniformitarianism in geology. It provides:
1) A definition of uniformitarianism as the doctrine that geological processes acted in the same manner in the past as they do today.
2) A brief history of the development of uniformitarianism from James Hutton in 1785 to its popularization by Charles Lyell.
3) Key principles of uniformitarianism, including that geological processes occurred gradually over long periods of time rather than through catastrophic events, and that the present state of the Earth provides insight into its past.
Lidar uses laser light to measure distances by illuminating targets. It is an active remote sensing method. The document discusses remote sensing concepts like platforms, sensors, data collection using electromagnetic radiation, and data interpretation techniques. It provides examples of Indian remote sensing satellites like Resourcesat and Cartosat, and describes their sensors and applications in areas like agriculture, mapping, and disaster management. Visual interpretation of remote sensing images involves analyzing tone, shape, size, pattern, texture, shadows, and associations of targets.
Greek scholars made many important contributions to the field of geography from 500 BC to 200 BC. Some key figures included Thales, who proposed early geometric principles and viewed the Earth as a disk floating in water. Anaximander created one of the first world maps. Hecataeus established a literary tradition in geography by publishing one of the first formal descriptions of the known world. Herodotus is considered the father of history and ethnography for his geographical and human descriptions. Plato and Aristotle further developed understanding of the spherical Earth and habitable zones. Eratosthenes accurately calculated the Earth's circumference and is considered the father of geography. Hipparchus helped establish geography as a mathematical system.
The document provides information on key concepts related to maps and map reading, including:
1) Maps are graphical representations of physical and cultural features on Earth's surface, with symbols used to denote features. Scale allows large areas to be shown on small maps and is expressed verbally, as a ratio, or with a bar scale.
2) Grid references use a system of eastings and northings to precisely locate features on maps divided into grids. Contour lines and spot heights indicate land elevation and relief. Hachures and shading are also used to represent relief.
3) Maps use colors to represent different features - green for forests, blue for water, etc. Settlement patterns, drainage patterns, transportation
The document discusses the social life in ancient Tamilakam, which was divided into different regions called Tinais based on landscape. There were five main Tinais: Kurinchi for hilly regions where people practiced shifting cultivation; Mullai for grasslands where cattle rearing was main occupation; Palai for desert regions with no specific occupation; Marutham for wetlands where cultivation was main job; and Neytal for coastal regions where fishing and salt preparation were occupations. Each Tinai was associated with different occupations and ways of life according to their landscape.
OUR STATE KARNATAKA AND PHYSIOGRAPHIC DIVISIONS STD 9TH.pptxMVHerwadkarschool
The document summarizes the physiographic divisions of Karnataka state in India. It divides the state into three main divisions - the Coastal Plains along the western coast, the Malnad region comprising the Western Ghats mountain range, and the Maidan region east of the Ghats. The Coastal Plains stretch 320 km along the coast and vary in width. The Malnad region consists of the Western Ghats ranging from 900-1500 meters. The Maidan region is divided into a northern and southern plateau, with the northern having black soil and the southern having red soil and uneven surface.
This presentation is prepared for the Graduation students to get basic idea and general information’s regarding the topic. Overall content of presentations is not through and complete, also required further additions.
Galileo used early optical enhancements in the 1600s to observe celestial bodies and merchant ships arriving in harbor. In the 1880s, Arthur Batut affixed cameras to kites, including an altimeter to determine the scale of images, making him the father of kite aerial photography. By 1903, camera miniaturization allowed cameras to be attached to pigeons for aerial photography, though images were limited. During the Cuban Missile Crisis in 1962, U-2 spy planes detected Soviet nuclear missiles in Cuba using remote sensing, changing the course of history.
Concept 1. The same physical processes and laws that operate today operated throughout geologic time, although not necessarily always with the same intensity as now.
Concept 2. Geologic structure is a dominant control factor in the evolution of land forms and is reflected in them.
Inter-State River Water Disputes in IndiaAnmol Utsav
This document discusses inter-state river water disputes in India. It provides background on water resources and river basins in India. The major causes of inter-state river water disputes are uneven distribution of water, increasing demand, and rainfall variability. It outlines some of the major disputes like Krishna, Godavari, Narmada, and Cauvery rivers. Tribunals are established under the Inter-State River Water Dispute Act to adjudicate where negotiations fail. Approaches to resolving disputes include sub-basin division and equitable apportionment. Solutions proposed to improve the dispute process include treating water as a national resource, limiting actors, and establishing time frames and enforcement bodies.
Ladakh is a region in northern India located within the state of Jammu and Kashmir. It is situated between the Karakoram mountain range in the north and the main Himalayas to the south. Ladakh has a high plateau environment, with much of the region over 3,000 meters in elevation. Historically, Ladakh included several neighboring valleys and regions, but it is now divided into the Leh and Kargil districts within Jammu and Kashmir. Transportation includes about 1,800 km of roads, with 800 km being surfaced, and the region has a diverse population of Indo-Aryan and Tibetan peoples.
The document provides details about the Edicts of the Maurya Emperor Ashoka from the 3rd century BCE. It summarizes the different types of edicts, including Major and Minor Rock Edicts, Major and Minor Pillar Edicts, Separate Edicts, and Cave Inscriptions. It describes some of the key contents, such as Major Rock Edict II outlining Ashoka's definition of dharma and mentioning southern Indian kingdoms. Minor Rock Edict II details instructions for distributing copies of the edicts. Over 50 edicts from Ashoka have been found across India, Pakistan, Afghanistan, and Nepal, written in various local languages of the time.
Interaction of EMR with atmosphere and earth surfaceSumant Diwakar
The document discusses how electromagnetic radiation interacts with the atmosphere and earth's surface. It notes that radiation is scattered or absorbed by particles in the atmosphere through mechanisms like Rayleigh scattering, Mie scattering, and absorption by gases. When radiation reaches the surface, it can be absorbed, transmitted, or reflected depending on the material. The type of reflection - specular or diffuse - depends on the smoothness of the surface. Different materials like vegetation, water, and soil have distinct spectral responses when measured over various wavelengths.
This presentation is based on E -book "Shruti DarpaN and deals with ancient Indian music with special reference to establishment of 22 notes on flutes as mentioned in ancient text Natyashatra
This document describes several educational software packages developed by Dr. A.S. Nene for geotechnical engineering. The packages utilize computer aided learning, design, and assessment to provide interactive multimedia education on topics like soil mechanics experiments, footing design, earth pressure calculations, slope stability, and sheet pile design. They were created between 1988-2000 to enrich engineering education and can be run on DOS systems. The packages have been distributed to engineering institutes in India and abroad.
Remote Sensing and GIS in Land Use / Land Cover MappingVenkatKamal1
This document discusses using remote sensing and GIS for land use/land cover mapping. It describes analyzing agricultural versus urban land to ensure development doesn't degrade farmland. Land cover refers to ground surface characteristics like vegetation or bare soil, while land use refers to how land is used, such as agriculture or recreation. The document outlines classification systems and criteria for remote sensing-based land use/land cover mapping. It also discusses digital classification techniques, global and national land use datasets, and applications of remote sensing for natural resource management and change detection analysis.
This document discusses systems approach in geography. It defines a system as a set of interrelated elements that interact to maintain the system. The key elements of a system include inputs, outputs, processors, control, feedback, boundaries and environment. It also distinguishes between open systems, which exchange both matter and energy with the environment, and closed systems, which only exchange energy. An example of a system discussed is an ecosystem. The document aims to discuss systems thinking to better understand complex geographical phenomena.
The document discusses the key components of a geographic information system (GIS). It describes the main components as hardware, software, data, people, procedures, and networks. It provides details on each component, including how hardware is used to capture, store and display spatial data; common GIS software and their functions; different types of spatial and attribute data; and how procedures and methods ensure quality. Topological relationships and database models used in GIS are also overviewed.
Yakshas are nature spirits in Hindu, Jain and Buddhist literature that are caretakers of natural treasures hidden in the earth. They can have a dual personality as either benevolent protectors or dangerous ghosts. The document lists several examples of sculptures and inscriptions of Yakshas and Yakshinis found at archaeological sites in North India, such as a 2.59 meter sculpture of Manibhadra, an avatar of Shiva, discovered at Parkham, Mathura dated to 200-50 BCE. Inscriptions of Yakshas have also been found at Patna and Besnagar providing names and details. Yakshas are often depicted in art as attendants of Kubera, the
Digital Elevation Model (DEM) is the digital representation of the land surface elevation with respect to any reference datum. DEM is frequently used to refer to any digital representation of a topographic surface. DEM is the simplest form of digital representation of topography. GIS applications depend mainly on DEMs, today.
This document discusses the concept of uniformitarianism in geology. It provides:
1) A definition of uniformitarianism as the doctrine that geological processes acted in the same manner in the past as they do today.
2) A brief history of the development of uniformitarianism from James Hutton in 1785 to its popularization by Charles Lyell.
3) Key principles of uniformitarianism, including that geological processes occurred gradually over long periods of time rather than through catastrophic events, and that the present state of the Earth provides insight into its past.
Lidar uses laser light to measure distances by illuminating targets. It is an active remote sensing method. The document discusses remote sensing concepts like platforms, sensors, data collection using electromagnetic radiation, and data interpretation techniques. It provides examples of Indian remote sensing satellites like Resourcesat and Cartosat, and describes their sensors and applications in areas like agriculture, mapping, and disaster management. Visual interpretation of remote sensing images involves analyzing tone, shape, size, pattern, texture, shadows, and associations of targets.
Greek scholars made many important contributions to the field of geography from 500 BC to 200 BC. Some key figures included Thales, who proposed early geometric principles and viewed the Earth as a disk floating in water. Anaximander created one of the first world maps. Hecataeus established a literary tradition in geography by publishing one of the first formal descriptions of the known world. Herodotus is considered the father of history and ethnography for his geographical and human descriptions. Plato and Aristotle further developed understanding of the spherical Earth and habitable zones. Eratosthenes accurately calculated the Earth's circumference and is considered the father of geography. Hipparchus helped establish geography as a mathematical system.
The document provides information on key concepts related to maps and map reading, including:
1) Maps are graphical representations of physical and cultural features on Earth's surface, with symbols used to denote features. Scale allows large areas to be shown on small maps and is expressed verbally, as a ratio, or with a bar scale.
2) Grid references use a system of eastings and northings to precisely locate features on maps divided into grids. Contour lines and spot heights indicate land elevation and relief. Hachures and shading are also used to represent relief.
3) Maps use colors to represent different features - green for forests, blue for water, etc. Settlement patterns, drainage patterns, transportation
The document discusses the social life in ancient Tamilakam, which was divided into different regions called Tinais based on landscape. There were five main Tinais: Kurinchi for hilly regions where people practiced shifting cultivation; Mullai for grasslands where cattle rearing was main occupation; Palai for desert regions with no specific occupation; Marutham for wetlands where cultivation was main job; and Neytal for coastal regions where fishing and salt preparation were occupations. Each Tinai was associated with different occupations and ways of life according to their landscape.
OUR STATE KARNATAKA AND PHYSIOGRAPHIC DIVISIONS STD 9TH.pptxMVHerwadkarschool
The document summarizes the physiographic divisions of Karnataka state in India. It divides the state into three main divisions - the Coastal Plains along the western coast, the Malnad region comprising the Western Ghats mountain range, and the Maidan region east of the Ghats. The Coastal Plains stretch 320 km along the coast and vary in width. The Malnad region consists of the Western Ghats ranging from 900-1500 meters. The Maidan region is divided into a northern and southern plateau, with the northern having black soil and the southern having red soil and uneven surface.
This presentation is prepared for the Graduation students to get basic idea and general information’s regarding the topic. Overall content of presentations is not through and complete, also required further additions.
Galileo used early optical enhancements in the 1600s to observe celestial bodies and merchant ships arriving in harbor. In the 1880s, Arthur Batut affixed cameras to kites, including an altimeter to determine the scale of images, making him the father of kite aerial photography. By 1903, camera miniaturization allowed cameras to be attached to pigeons for aerial photography, though images were limited. During the Cuban Missile Crisis in 1962, U-2 spy planes detected Soviet nuclear missiles in Cuba using remote sensing, changing the course of history.
Concept 1. The same physical processes and laws that operate today operated throughout geologic time, although not necessarily always with the same intensity as now.
Concept 2. Geologic structure is a dominant control factor in the evolution of land forms and is reflected in them.
Inter-State River Water Disputes in IndiaAnmol Utsav
This document discusses inter-state river water disputes in India. It provides background on water resources and river basins in India. The major causes of inter-state river water disputes are uneven distribution of water, increasing demand, and rainfall variability. It outlines some of the major disputes like Krishna, Godavari, Narmada, and Cauvery rivers. Tribunals are established under the Inter-State River Water Dispute Act to adjudicate where negotiations fail. Approaches to resolving disputes include sub-basin division and equitable apportionment. Solutions proposed to improve the dispute process include treating water as a national resource, limiting actors, and establishing time frames and enforcement bodies.
Ladakh is a region in northern India located within the state of Jammu and Kashmir. It is situated between the Karakoram mountain range in the north and the main Himalayas to the south. Ladakh has a high plateau environment, with much of the region over 3,000 meters in elevation. Historically, Ladakh included several neighboring valleys and regions, but it is now divided into the Leh and Kargil districts within Jammu and Kashmir. Transportation includes about 1,800 km of roads, with 800 km being surfaced, and the region has a diverse population of Indo-Aryan and Tibetan peoples.
The document provides details about the Edicts of the Maurya Emperor Ashoka from the 3rd century BCE. It summarizes the different types of edicts, including Major and Minor Rock Edicts, Major and Minor Pillar Edicts, Separate Edicts, and Cave Inscriptions. It describes some of the key contents, such as Major Rock Edict II outlining Ashoka's definition of dharma and mentioning southern Indian kingdoms. Minor Rock Edict II details instructions for distributing copies of the edicts. Over 50 edicts from Ashoka have been found across India, Pakistan, Afghanistan, and Nepal, written in various local languages of the time.
Interaction of EMR with atmosphere and earth surfaceSumant Diwakar
The document discusses how electromagnetic radiation interacts with the atmosphere and earth's surface. It notes that radiation is scattered or absorbed by particles in the atmosphere through mechanisms like Rayleigh scattering, Mie scattering, and absorption by gases. When radiation reaches the surface, it can be absorbed, transmitted, or reflected depending on the material. The type of reflection - specular or diffuse - depends on the smoothness of the surface. Different materials like vegetation, water, and soil have distinct spectral responses when measured over various wavelengths.
This presentation is based on E -book "Shruti DarpaN and deals with ancient Indian music with special reference to establishment of 22 notes on flutes as mentioned in ancient text Natyashatra
This document describes several educational software packages developed by Dr. A.S. Nene for geotechnical engineering. The packages utilize computer aided learning, design, and assessment to provide interactive multimedia education on topics like soil mechanics experiments, footing design, earth pressure calculations, slope stability, and sheet pile design. They were created between 1988-2000 to enrich engineering education and can be run on DOS systems. The packages have been distributed to engineering institutes in India and abroad.
This document provides an overview of the 64 arts described in ancient Indian texts. It discusses the arts mentioned in texts like the Ramayana, Mahabharata, and Puranas. Specifically, it outlines the 64 arts described by Sage Shukracharya and Keldi Shri Basavrajendra. The arts are grouped into categories like work-based, gambling-based, sleeping posture-based, and miscellaneous. Examples of arts mentioned include singing, dancing, playing musical instruments, painting, sewing, wrestling, cooking, gardening, and perfumery. The document also discusses classifications of the arts by other ancient Indian scholars and provides more details on dancing and playing musical instruments.
1) Ancient India had advanced engineering sciences dating back 3500-5000 BC with over 1000 texts on various engineering topics still available.
2) Indian sages developed the concepts of Mantra, Tantra and Yantra which included hymns, technology, and machines. Ancient texts also discussed the five basic elements - Prithvi, Aap, Vayu, Aakash and Tej.
3) Ancient Indian texts contained extensive knowledge on environmental protection, including concepts of pollution prevention, waste disposal techniques, water resources engineering, and noise pollution prevention.
The document discusses the various uses of stones in ancient India for sculptures and construction, the different sources and classifications of building stones, and techniques used in ancient times for selecting, cutting, placing, and hardening stones as well as identifying defects. Ancient Indian texts provided classifications of stones by color, age, gender, and defects as well as methods for breaking stone blocks, tempering tools, and identifying microscopic defects in stones.
Geotechnical engineering in ancient indiaAshok Nene
This document summarizes the contents of a book on ancient Indian geotechnical engineering. It discusses how the book is based on rare literature on Shilpa-samhita compiled by the late G.G. Joshi. It describes how Joshi dedicated his life to collecting over 5,000 ancient texts on engineering from libraries across India. The author was inspired by Joshi's work and decided to focus on geotechnical engineering. The book contains 9 chapters covering topics in geology, rock mechanics, soil mechanics, foundation engineering, and more based on ancient Indian literature. It aims to increase awareness and pride in India's ancient wisdom in engineering sciences.
This document provides an overview of ancient Indian history from 2500 BCE to the 1600s CE. It summarizes several major periods including the Indus Valley Civilization from 2500-1500 BCE, the Vedic period from 1500-500 BCE, the rise of Hinduism and Buddhism, the Mauryan Empire from 323-185 BCE, the Kushan Empire from the 1st-2nd century CE, the Gupta Empire from 320-540 CE, the Sultanate of Delhi from 1206-1522, and the Vijayanagara Empire from 1336-1646. It also briefly describes important sites like Mohenjo-Daro, Varanasi, Sanchi, Nalanda, and the Taj
- The document provides an overview of ancient Indian civilization and geography, focusing on the Indus Valley Civilization from around 3000 BCE, including major cities like Harappa and Mohenjo-Daro. It then discusses the later invasion of the Aryans around 1500 BCE, who introduced concepts like Sanskrit, Hinduism, and the caste system. Key beliefs of Hinduism are outlined, including concepts of dharma, karma, and samsara. The rigid and hierarchical caste system is also summarized.
Sustainable building materials of ancient indiaAshok Nene
The document discusses sustainable materials and construction techniques described in ancient Indian texts. It summarizes information from three key texts: Shilparatna, Brihatsamhita, and Vishnudharmottara Purana. Shilparatna describes herbal paints for stone carving, recipes for durable bricks/tiles, and lime plasters reinforced with natural fibers/resins. Brihatsamhita details adamantine glues used in temple construction and methods for tempering stone-cutting tools. Vishnudharmottara Purana explains how to prepare basic and composite paint colors from locally available minerals and plants. The document concludes that ancient Indians had a sophisticated understanding of engineering and developed long-lasting
The document discusses ancient Indian building materials and construction techniques. It describes various materials used like mud, bricks, lime, stones and wood. It provides details on production processes for mud blocks, bricks and lime mortar. It outlines appropriate mixtures and curing times. Examples of ancient structures that utilized these materials are also highlighted, demonstrating sophisticated construction knowledge existed in ancient India.
The document discusses the early civilizations of ancient India, including the Indus Civilization from 3300-2400 BCE centered around the cities of Mohenjo-Daro and Harappa. It then discusses the later Vedic period from 1200-600 BCE, during which the Hindu religion was established through sacred texts known as the Vedas, written in Sanskrit. These texts included hymns, prayers, and discussions around beliefs, gods, sacrifices and the establishment of the caste system in Hindu society.
This document provides an overview of the 64 arts described in ancient Indian texts. It discusses the arts mentioned in texts like the Ramayana, Mahabharata, and Puranas. Specifically, it outlines the 64 arts described by Sage Shukracharya and Keldi Shri Basavrajendra. The arts are grouped into categories like work-based, gambling-based, sleeping posture-based, and miscellaneous. Examples of arts mentioned include singing, dancing, playing musical instruments, painting, sewing, wrestling, cooking, gardening, and perfumery. The document also discusses classifications of these arts by other ancient Indian scholars.
South Asia has ten key geographic qualities:
1. It is located in Asia and contains the Indian subcontinent.
2. It will soon have the largest population concentration in the world of over 1.3 billion people.
3. It has a variety of landscapes including mountain ranges, rivers, and deserts and a climate dominated by the monsoon rains.
The document discusses several important temples and cave sites from ancient India and Sri Lanka between the 8th-9th centuries CE. It mentions cave paintings from the Newari region on the Nepal-China border, carvings at Sigiriya in Sri Lanka, and sculptures of ladies in tents at the Ellora Caves. It also references the prominent Thyagarajaswamy temple in Tamil Nadu and the Panchanadeeswarar temple in Kerala from this time period.
The ancient Indian text Brihat Samhita, compiled by Sage Varahamihir in 412 AD, describes indicators that can be used to predict the presence of underground water sources. These natural signs include specific trees, plants, herbs, grasses, hibernating animals, and anthills. The 54th chapter contains 124 verses detailing various plants and their association with water at certain depths and distances, such as the presence of a Rotang tree indicating water 7.5 cubits deep, 3 cubits west of the tree. A number of trees and plants that can serve as indicators are illustrated.
Water resources engineering of ancient indiaAshok Nene
This document provides an overview of ancient Indian water management techniques as described in historical texts. It discusses how ancient Indian rulers and sages developed systems for water storage, supply, drainage, and forecasting rainfall. Specific techniques mentioned include developing canal networks, dewatering land, predicting underground aquifers, and forecasting rains based on natural indicators. The document also outlines properties of flowing and static water, methods of pollution prevention, ancient hydraulic machines, and regional rainfall patterns. Appendices provide additional details on source materials, terminology, water body names, and an historical tank report.
1) Ancient Indian texts defined environment as the neighborhood of six factors - site, people, animals, birds, trees and water.
2) Residential sites were selected based on environmental factors like soil quality tests, presence of trees and water. Methods for pollution prevention were also described.
3) The knowledge demonstrated in ancient Indian texts, such as selecting suitable residential sites and methods for pollution prevention, is consistent with modern environmental engineering practices.
This document summarizes the identification and classification of expansive soils. It describes simple identification tests like the free swell test and differential free swell test. It also discusses specialized tests such as differential thermal analysis. Various classification systems from different agencies are presented. Expansive soils are identified in the field by cracking patterns in summer. Laboratory tests aid identification and are grouped into simple tests and more specialized tests. The mineral composition and amount of clay influence a soil's expansivity.
The document summarizes the flora mentioned in ancient Indian epics like Ramayana and Mahabharata. It discusses how the epics refer to various forest plants and trees. Some key plants mentioned include Ashoka tree where Sita sits in Ramayana, and the burning of Khandava forest mentioned in Mahabharata. The document also examines archaeological evidence of dense forests during the epic periods. It provides Sanskrit names, botanical names and images of some significant plants referenced in Ramayana, including Arjuna, Ankola and Agnimukha trees described around Pampa lake and Matanga hermitage.
1) The Ram Sethu area developed as a multi-centric freshwater lake and pathway between India and Sri Lanka during the Late Pleistocene and Holocene periods due to a drop in sea levels around 120,000 years ago.
2) Archaeological and geological evidence indicates the presence of ephemeral freshwater streams and islands that would have facilitated migration and cultural exchange between populations in India and Sri Lanka.
3) By the middle Holocene around 7,500 years ago, the freshwater streams and pathways in the Ram Sethu area transitioned to estuarine environments as sea levels rose, which would have required the use of rafts or boats to traverse.
This document provides an overview of ancient Indian history from the earliest hunter-gatherer settlements thousands of years ago up until around 1500 BCE. It discusses the development of agriculture and earliest cities along the Indus River valley around 4700 years ago. It also mentions the composition of the Vedas beginning around 3500 years ago and the rise of the Magadha kingdom in present-day Bihar around 2500 years ago.
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Historical and archaeological perspectives of soilssusereb85c4
Cholistan was once a prosperous region supported by the Hakra River. Around 4000 BC, the Hakra River flowed through Cholistan, supporting the ancient Hakra Valley civilization. However, around 1200 BC the river began flowing irregularly and eventually vanished by 600 BC. With the loss of the river, the region was deserted through desertification processes. Today, Cholistan is a desert landscape, though archaeological ruins provide evidence it was once more habitable and productive when supported by the Hakra River.
Archaeo historical environ of cholistan and significance of ancient agricultu...ssusereb85c4
The document summarizes the archaeo-historical environment of Cholistan in Pakistan and the significance of ancient agriculture. It discusses how Cholistan was once fertile land with the Hakra River, which supported the long-lasting Hakra civilization. Archaeological remains show the area once had more water. The disappearance of the Hakra River around 1200 BC due to climate change caused the region to become desertified. It provides evidence that ancient Indus Valley sites in Cholistan had stable agriculture until hydrological changes forced populations to migrate elsewhere.
1) The document discusses the history of Sanskrit inscriptions dating back to the 6th century AD in Thailand, including an inscription mentioning Rama and Lakshmana found in Petchaboon province.
2) It describes how the Ramayana, Mahabharata, and Puranas arrived in Thailand during the reign of King Bhavavarman I in the 6th-7th century CE and became popular, as evidenced by bas-reliefs found in Thailand and Cambodia.
3) An inscription found in Thailand in 2019 mentioning the cities of Hastinapura and Dvaravati from the Mahabharata indicates it was known in central Thailand in the 6th century CE.
The document discusses the geological structure of Rajasthan, India. It describes how the state comprises rocks ranging from the oldest Archean formations to recent alluvium. The Aravalli mountain range geologically divides the state into a western arid plain and eastern plain. The western and northwestern parts are covered by young deposits including blown sand, while the remaining areas expose various hard rocks from the Precambrian era as well as sedimentary rocks from that time through the Cretaceous period. Quaternary sediments include aeolian, fluvial, and lacustrine deposits, especially in the large Thar Desert region.
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2. It also briefly outlines the Indus Valley civilization including aspects of urban planning, trade, and script.
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1. The document discusses several important aspects of Indian heritage including the Vedas, important sages like Vyasa and Yajnavalkya, the Yajur Veda, concepts of Yuga and Vedangas.
2. It also briefly outlines the Indus Valley civilization including aspects of urban planning, trade, and script.
3. Key concepts from Hindu mythology are summarized like the Dashavatars representing physical and social evolution, and embryology concepts found in ancient texts.
The document provides information about Madhesh/Tarai, the southern plains region of Nepal that borders India. It discusses the geography, climate, population, and major cities and sites of the region. Historically, Madhesh has been referred to as the "Middle Country" in ancient texts. It has been ruled by various dynasties and was handed over to Nepal in pieces by the British in 1816 and 1860. Madheshis have advocated for their rights and identity through various movements since the 1950s against rule from Kathmandu.
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2) The ancient cities of Mohenjo-Daro and Harappa in modern-day Pakistan show evidence of careful urban planning, with structures made of fired mud bricks and citadels towering above plains.
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The document discusses the true history of India, which differs significantly from common myths and misconceptions. It asserts that:
1) India was first substantially united under Emperor Bharata around 3300 BCE, and this is the origin of the country's name.
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1. Geography and Geology of
Ancient India
Edited by
Dr. A.S. Nene
Retd. Professor of Civil Engineering,
VNIT Nagpur, India
Email- nene_ashok@yahoo.com
2. Vedic literature includes the Vedas,
Upanishads, Brahmans, Aranyakas,
Puranas, epics and Shilpasamhitas etc.
It is now proved that these are
encyclopedias full of scientific and
technical information.
3. India was called as Jambudweep (Iceland ,shape
of which is like a guava) . India has gigantic
rivers such as Sindhu, Ganga and Bramhaputra in
the northern part and Arabian Sea, Bay of
Bengal and Indian Ocean on other sides.
The ancient names for Arabia and Mesopotamia
were Shalmali Dweep and Shak Dweep
respectively.
4. Ancient Indian sages have described
“Bharatavarsh or Bharatakhand” as the land
between Himalaya and Kanyakumari. The land
of India was formed in three different
periods and under different geological
conditions.
5. Description of Ancient India
हिमाहिकन्योरंतर्गतो देशस्तु भारत: ॥
सोऽपि देशस्त्स्िधाभभन्नस्तत्तदेशभैगर्ु्णै: ॥
त्रिर्ु्ं तस्त्रिचक्रं च त्रिै्ंच क्रमातस्मृतं ॥
भशल्िररन अ १६
7. The entire time span was divided into
four Yugas namely Tretayuga,
Krutayuga, Dwaparyuga and Kaliyuga.
Modern geologists call these as Primary,
Secondary, Tertiary and Recent
respectively.
8. This land can be classified into three
types according to the three time
spans, three stages or three colors.
Due the different conditions of
formation, the rocks, minerals,
climate, flora and fauna are also of
three types.
9. 1. Land between Himalaya and Vindhya
mountains is formed by sedimentation of soil
particles.
2. Land between Vindhya Mountain and
Tungabhandra River is formed of igneous
rocks as a result of cooling of molten magma.
3. Land to the south of Tungabhandra River is
formed of metamorphic rocks.
10. Ancient texts designate these three land zones
as Saatwik, Raajas and Taamas The texts
describe these zones as below.
आग्नेयापैंध्यसह्याद्या: सौम्यो हिमिर्रेस्तत: ।
अतस्तदोषधानन स्यु: अनुरूिाण् िेतुभभ: ॥
भृर्ुसंहिता
हिमैस्त््दंध्ययोमगध्यं सास्त्रैकं भूतंं स्मृतं ॥
पैंध्यशगंाहदकृ ष्ांतं रजस िररकीनतगतं ।
िुन: कृ ष्ाहदकन्यांतं तामसं भूतंं भैेद्॥
नार्रं सास्त्रैके देशे , रजसे िापैडं भैेद्।
ैेसरं तामसे देशे, क्रमे् िररकीनतगता: ॥ भशल्िररन
अ १६
11. A-Saatwik land: The hilly area between
Himalaya and Sahyadri mountains
comprises of igneous rocks. The climate
in this area is hot or cold and fruits
are dry or juicy. The rocks do contain
fossils. This land is suitable for Nagar
style of planning and Kashyapa type
architecture,
12. B-Rajas Land: The area between Vindhya
mountain to Krishna river is termed as
“Rajas” or “Raja sampanna” (which means
made of fire and ash). This land is
suitable for Nagar style of planning and
Bhrugu type architecture.
13. C-Tamas land: The land below Krishna
River is termed as “Tamas” (a Shadow
forming land).
This land is suitable for Nagar style of
planning and Maya type architecture.
14. Ancient Indian lexicon “Bruhan Nighantoo” also
mentions the characteristics of these zones .
Aagneya Zone:
The ground is plane, with little vegetation,
Terrain is Hilly with boulders,
Common trees are Shmee, Karir, Bel ,Pilu, Ber etc,
Common animals are Deers, Bears, Tigers, and Bison
etc.
Fruits are sweet and juicy,
Land is full of forests, Windy area.
It is full of oasis, dusty, dry lakes,
Irrigation mainly depends on well water,
There is scarcity of grass hence scarcity of milk.
Rice as main crop, People with angry mood etc.
15. Soumya region:
Land is full of rivers, lakes, hills,
Lakes are full of lotus plants,
Common birds are swans, Saras,
Karandav,Chakrawak etc,
Common animals are rabbits, pigs, buffalo etc.
Trees are green and full of leaves, flowers and
fruits ,
Common crops are rice and sugarcane.
Rivers are with abundant water,
People suffer from cough or acidity,
Such land is a reclaimed marshy land.
17. Taamas or SadhaaraN land:
This land is of mixed properties, The soil is neither too
wet nor too dry and non Silty soil, Trees are without
thorns trees,
There is adequate ground water, Climate is neither to
hot nor cold, Main crops are wheat, black gram, Bengal
gram and maize. The land is plain and comfortable.
Physicians term it as average land.
19. Some ancient Indian Sages have classified
the land of India into five types. The
description is as below;
North part: 1-Hilly (Tejas) and 2-Plain
(Yayas)
Central part: 3-Hilly (Aapya) and 4-Plain
(Parthiv)
South Part: 5-Common (Aakashy).
20. Table 1-Land characteristics
Sn 1 2 3 4 5
Name Parthiv-
Muddy Land
Aagneya
Aapya
Taijas Vayaveey Aakaashy or
Antarikshya
Ground Sandy/
gravelly
Boulders
Gravels
Red rocks-
laterite
Black stones
(Trap)/soil
With hills or
mountains
Water bodies Big lakes Big rivers Delta region
formed by rivers
Soil particles square Semi circular Triangular
crystals
Hexagonal Round or flat,
white
Trees Yellow flowers Catechu/
Bamboo
Babul /non juicy
fruits
Animals Yellow Small dears
Example Malawa Himalaya
foothills/ Kolkata
Belgaon or
Konkan area
Dharwad.
Bijapur, Solapur
Puri,Kathewad,
Rajastan,
Tamilnadu
(places of
pilgrimage)
21. उभयर्ु्युतं ैा नानतरुर्क्ं न स्त्स्नग्धं ।
न च खरििुंं ैा नाभभत: कं टकाढ्यं ॥
भैनत जंपैकी्ं नानतशीतं न चोष्ं ।
समप्रकृ नतसमेतं पैस्त्ध्द साधर्ं तत॥
यि्दयोरपि च ंर्क््योननैगश: ।
र्ोधूममाषच्ाभभधयाैनांग: ।
यो रास्त्जत: समजंो जनसौख्यदायी ।
साधार्: सा र्हदतो ऽणखंैगद्यराजग: ॥१॥
िृिस्त्न्नघंटु
Description SadhaaraN land
24. Comparison of ancient and modern geography
A-Kruta Yug is the period in which large geological
transformations took place. The southern part of
India was formed in this period. It never went under
water.
B- Treta Yug was the period in which mountains and
hills were formed due volcanic eruptions. Land of
Maharashtra and Vindhya region was developed in this
period.
C-Dwapar Yug was the periods in which sedimentary
rocks were formed. River basins of Sindhu, Ganges and
Yamuna were formed in this period.
D- Kali Yug is the present period in which no major
geological activities are occurring.
26. English Sanskrit term
Age Yuga
Primary or
Arkian
Kruta Yug
1.Ratnachakra (Precious stone
era
2.Hem Chakra (Gold era)
3.Loh Chakra (Iron era)
Secondary
Iron Era
Treta Yug
Tershry Dwapar Yug
Recent Kali Yug*
* This has no relation to Kaliyuga mentioned in
the epic Mahabharata.
27. The growth of vegetation and animals depends upon
the land and the climate thereof. The customs of
people also depend upon local conditions. The
construction practices too depend upon available
building materials of the land. Eighteen styles of
architecture were evolved based on eighteen regions
of ancient India.
28. Table 2 - Eighteen Kingdoms (states) of ancient India
Sn State Mountain River Tree Ores
1 Yalhik Hemkut Vipasha Pipal Gold
2 Souvir Pariyatra Sindhu Shak Mercury
3 Kaikay Himalaya Shatadru Oudumbar Silver
4 Magadh Gandhamada
n
Ganga Vat Copper
5 Malav Chitrakut Kalindi Plaksha Lead
6 Anga Uday Gandaki Bilwa Tin
29. 7 Vanga Malyawan Sarayu Tulsi Bairunt*
8 Kalinga Nishadh Shona Amalaksh
a
Iron
9 Kamboj Lokalok Irawati Palash Karkut *
10 Vidarbha Vindhya Narmad Shirish Tin
11 Lat Satpuda Tapti Parijat Bell metal
12 Surashtra Raiwatak Gomati Aamla Lead
30. 13 Aarat Sahyadri Godawari Wood
apple
Lodhra *
14 Ramsrusht
i
Asta Bhimarathi Ber Blue iron
15 Vishwamit
ra Srushti
Shriparwat Krushna Bakul White iron
16 Padya Nilgiri Kaveri Patli Gold
17 Chola Malay Tamraparn
i
Chandan Red iron
18 Madra Trikut Dhrutmala Tamarind Gems
31. A Sanskrit text BruhaNighantu (Worlds first lexicon) describes the
animals, trees and minerals found in these three lands.
Subsequently the thee lands were divided into five lands as below
Thirty-one major rivers of south Asia are mentioned in Nadi-stuti
(praise of rivers) of Rig Veda. The epic Mahabharata contains a
separate chapter devoted to geography of Indian subcontinent and
adjacent countries in central India
Purana means old. One finds mention about Nile River in Skanda
Purana. Puranas which are historical accounts of traditions,
personalities, and their achievements, evolution of crafts, cosmology,
cosmogony, cosmography, regions and people living therein.
32. Geology: Arthshastra is the earliest Indian text dealing with
the mineralogical characteristics of metallic ores and other
mineral-aggregate rocks. It recognizes ores in the earth, in
rocks, or in liquid form, with excessive color, heaviness and
often-strong smell and taste. The Arthshastra also mentions
several subsidiary types of gems named after their color, luster
or place of origin i.e. Vimalaka, jyotirasaka, lohitaksa, sasyaka
etc. It is surprising that even in the I Millennium BC; Indians had
developed an elaborate terminology for different metals,
minerals and alloys.
Geology
33. Many ancient Indian texts contain references related
to earthquakes. Most of the references contain myths
about the phenomenon of earthquake. But Brihat
Samhita of Varaha Mihira (5–6th century AD) and
Adbhuta Sagara of Ballala Sena (10–11th century AD)
are the only texts which contain some technical
information on earthquakes.
Earthquakes
34. Some myths about earthquakes are listed below.
1. Kashyapa: The earth floats over a big ocean. It moves or
shakes due to the movements of big aquatic creatures.
2. Garga: There are four "Quarter-elephants (Dig-gajas)
supporting the earth on four sides. When they get
exhausted, they heaive a heavy sigh of relief. Hence the
earthquakes and strong devastating winds blow over the
earth.
3. Vasistha: When two powerful atmospheric currents
collide and dash against the earth, there is earthquake.
4. Vrddha Garga: The earthquakes are due to some unseen
(adrusta) cause.
5. Parashar: Earthquakes are caused by the solar and lunar
eclipses and by the unnatural changes in plants.
Myths about earthquakes:
35. Bhishnaparwa of epic Mahabharata contains information
on Animal behavior which may be precursors of
earthquakes.
Hawks and vultures, and crows and herons, together
with cranes, are alighting on the tops of trees and
gathering in flocks.
These birds, delighted at the prospect of battle, are
looking down (on the field) before them.
Carnivorous beasts will feed on the flesh of elephants
and steeds.
Fierce herons, foreboding terror, and uttering
merciless cries, are wheeling across the centre towards
the southern region
Precursors of earthquakes:
36. Kokilas, wood-peckers, water-cocks, parrots,
crows and peacocks utter terrible cries.
At sun-rise flights of insects by hundreds are
seen.
The animals are all weeping and their tears are
falling fast.
37. The 32nd chapter of Brihat Samhita is devoted to
signs of earthquakes and correlates earthquakes with
cosmic and planetary influences, underground water
and undersea activities, unusual cloud formations, and
the abnormal behavior of animals. Varahmihir analyzed
and arranged the details about the earthquakes on
the following points:
•Time of the day. (Muhurta)
•Presiding deity of that period (Devta)
•The asterism assigned to the deity (Nakshyatra)
•Prognostic symptoms of the quake (Yuti of planets)
38. Ancient: Varahmihir categorizes earthquakes into
different kinds and says that the indications of one
particular kind will appear in the form of unusual cloud
formations a week before its occurrence. Following are
the, indications appearing a week.
"Huge clouds resembling blue lily, bees and collyrium in
color, rumbling pleasantly, and shining with flashes of
lightning, will pour down slender lines of water resembling
sharp clouds. An earthquake of this circle will kill those
that are dependent on the seas and rivers; and it will lead
to excessive rains."
Earthquake prediction using earthquake clouds:
39. Over the last ten years, Zhonghao Shou, a retired
chemist based near Caltech in California, has been using
satellite imagery and other scientific tools to fine-tune
his theory of "earthquake clouds" as precursors to
earthquakes. According to Shou, earthquake clouds are
formed when underground water is converted into water
vapors by the heat generated in the epicenter area of a
fault rock, which is undergoing constant stress and
friction.
Zhou says that earthquake prediction is possible by
identifying such clouds as "an earthquake generally occurs
within 49 days of the first appearance of the cloud.
Details of Zhous work are available on web.
Modern
40. • Adbhuta Sagara by Ballal Sen,ed. Murlidhar
Sen,pub. By Prabhakari & co. Benars.
• Arthshastra by Kautilya, Eng.Translation by
R.P.Kangle, Pub. Motilal Banarasi das , New Delhi.
• Brihat Samhita (of Varah Mihir),Pub. By
Khemraj Shrikrishnadas Mumbai (1945)
• BrihanNighantu (2011) Ed.D.S.Mathur, Pub. By
Khemraj Shrikrishnadas Mumbai (1945)
• Shilparatna (by Shivkumar ) part 1 and 2,Pub.
By Gaikwad Oriental series, Baroda (1924)
References –Ancient
41. Modern References
•Ali, S.M. (1966),”The geography of India from
Puranas”
•Sircar,(1960),”Studies in geography of
ancient and medieval India” Varanasi.
•Iyengar, R.N (1999),”Earthquakes in ancient
India”, Jr . History of Sciences, New Delhi.
•Nene, A.S.(2011) “Geotechnical Engineering in
ancient India, Pub. Pune Vidyatrhi gruha
prakashan, Pune.
•Vaze.K.V.(1953),”Prachin Hindi Shilpa Shastra
(Marathi), Book published by Varada
prakashan, Pune.
42. Eighteen States of Ancient India:
Puranas describe various features of the
18 Kingdoms (states) of ancient India.
Shri K.V.Vaze (1924), in his book "Prachin
Hindi Shilpashastra", compiled these
features, such as mountains, rivers, trees,
grains, rainfalls, roof slopes / types, metal
ores, tools etc.
Appendix