Aerial photography is primarily used to obtain detailed ground-level views of specific locations, providing valuable information for various geographical studies and applications.

Fixed-wing aircraft are typically used for aerial photography in India due to their stability, longer flight duration, and ability to cover large areas efficiently.

The optimal altitude for aerial photography to obtain detailed ground-level views typically ranges between 1000 and 5000 feet, allowing for a balance between image resolution and coverage area.

Digital single-lens reflex (DSLR) cameras are commonly used for aerial photography in Indian geography due to their high image quality, interchangeable lens options, and manual control capabilities.

Drones offer significant advantages in aerial photography due to their maneuverability and flexibility, allowing for precise positioning, capturing images from various angles, and accessing difficult-to-reach areas.

ArcGIS is a widely used software platform for processing, analyzing, and visualizing aerial photography data in Indian geography, providing advanced tools for image rectification, mosaicking, and spatial analysis.

Image rectification is the process of correcting distortions and geometric errors in aerial photographs, ensuring accurate measurements and spatial relationships for mapping and analysis.

Image mosaicking is the technique used to combine multiple aerial photographs into a seamless and continuous image, allowing for the creation of large-scale maps and orthophotos.

Vertical aerial photography is commonly used for land use and land cover mapping due to its ability to provide a top-down view of the Earth's surface, allowing for accurate identification and classification of land features.

Oblique aerial photography is primarily used in urban planning and development to provide a detailed view of urban areas, facilitating land use planning, infrastructure development, and urban renewal projects.

Multispectral aerial photography utilizes multiple spectral bands to capture detailed information about the Earth's surface, enabling the identification and analysis of various land features, vegetation types, and soil properties.

Hyperspectral aerial photography offers the key advantage of a wide spectral range, allowing for the identification and analysis of a vast array of materials and objects based on their unique spectral signatures.

The Survey of India is the government agency responsible for regulating and managing aerial photography activities in India, ensuring compliance with regulations and standards for data acquisition, processing, and dissemination.

The National Remote Sensing Centre (NRSC) plays a crucial role in data acquisition and processing for aerial photography in Indian geography, providing high-quality data and imagery for various applications in mapping, land use planning, and environmental monitoring.

Cartosat-2 is an Indian satellite primarily dedicated to providing high-resolution aerial photography data, supporting various applications in mapping, urban planning, and disaster management.