| There was a time when people couldn't realise that | | | | images are less expensive and have very small size. |
| they can cherish their moments with actual clarity | | | | This makes it more easy to use. However they lack |
| images and pictures. They had to expect some magic | | | | clarity of objects and cannot help in detail study of |
| to realise this dream. However the fast pacing | | | | topography and other geological factors. |
| technology made the change in a very short time than | | | | One of the key areas where CIR finds application is in |
| expected. Today people can capture colour and | | | | orthophotography. Ortho photography is the process |
| motions at their freewill and in the time they want and | | | | of creating aerial images of geography with precision in |
| cherish it for several years without even spoiling the | | | | dimension and depth. The colour infrared ortho photo |
| images. Thanks to all modern photographic methods! | | | | helps in studying the geography, weather, land usage, |
| While we talk about modern photographic methods, | | | | country planning, town planning, utilities management, |
| one thing that needs essential notice is infrared | | | | etc. With the growing technology, the colour infrared |
| photography. Infrared photography uses infrared rays | | | | image creation can be applied in variety of sectors. |
| to capture the pictures. Infrared rays fall in the range of | | | | The images in CIR showcases true colours of earth |
| 700nm to 900nm wavelength in the visible light | | | | and the topography. This enables the people to study |
| spectrum. It has less frequency and high wavelength, | | | | and interpret varied features of the geography and |
| which enables it to travel long distances without being | | | | enhance accurate learning. Compared to black and |
| scattered by air particles. This property of the infrared | | | | white infrared images, colour infrared images have |
| rays is made use in infrared photography. Infrared | | | | in-depth clarity and easily identifiable objects. In addition, |
| photography achieves high clarity in pictures because | | | | users can see added features that low resolution |
| of its less scattering property. | | | | pictures and black & white images cannot exhibit. |
| Infrared photography was first used in the early 20th | | | | Colour infrared orthophotos are suitable for studying |
| century. Earlier photographs were mainly in black and | | | | man made topographies.These photos have very |
| white. However, with the introduction of sophisticated | | | | large file size, which makes downloading and uploading |
| technologies in cameras, colour infrared (CIR) | | | | a tad difficult. However, the modern compressing tools |
| photography is now possible. Color Infrared | | | | have made orthophotos easier to handle. |
| Orthophotography provides high definition and high | | | | Concluding, Color Infrared Orthophotography is the |
| depth pictures enabling clear view of objects. Black | | | | most modern technique used for image creation. |
| and white images are otherwise called panchromatic. | | | | Orthophoto created using infrared photography |
| They were the most widely used images in the earlier | | | | enhances clarity of the images. Therefore, Orthophoto |
| days, before colour images came in. Several | | | | can be used for space and resource management |
| orthophoto creation projects were completed using | | | | services. CIR also details the topographical and other |
| the black and white colour images. Black and white | | | | geological information. |