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Smart Technologies For Natural Resource Conservation
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Smart Technologies For Natural Resource Conservation

Digital conservation is a novel attempt to preserve natural resources. The contemporary inventions in the field of science and technology aim to eliminate and prevent the factors leading to climate change as well as the destruction of natural resources.

Digital technology for nature conservation works in five critical domains: data working with nature, data with people, data integration and analysis, communication combined with experience, and participatory governance rate.

With these factors combined, smart technologies are still under development to assist in the preservation of natural resources. The ensuing technologies can be game-changing for the natural environment:

  1. Io Trees Project: The Io tress project is designed to preserve and enhance the growth and plantation of trees in the natural areas. This project is designed to make the monitoring growth of trees easier. The mission utilises sensors and a dendrometer to measure trees, which transmit the signals back to the HQ. The use of satellite communication to geo-localised the trees is further used in this program.
    This method is effective as it reduces human interaction with the natural forest environment and furthermore, enables the collection of a large quantity of reliable data. Consequently, significant decisions, such as the decisions for harvest, are made easier, and their accuracy is increased.
  2. Wild We Go: WildWeGo is a program still undergoing development. This platform aims to spread awareness regarding biodiversity preservation and nature while simultaneously setting the goal to secure additional revenues. This platform is working to create a realistic game which allows the players to visit the virtual depiction of a national park. As a result, the human footprint in the visitation of these parks can be decreased, while simultaneously increasing the awareness regarding the diversity offered by nature.
    This platform connects the users with the national park from the comfort of their homes. The use of satellites for location mapping is a defining feature of this technology. If this project turns out to be successful, it can increase user awareness on the functions of flora and fauna.
    With this newfound knowledge, further technological advances to preserve the environment can be worked upon.
    To contribute to this project, individuals-particularly university students, can hire assignment help and download this application in their smartphones and other electronic devices.
  3. WAMCAM: WAMCAM aids in scientific research and the preservation of endangered species. The technology dispels the traditional method of setting traps for wildlife and uses satellite communication, Artificial Intelligence, and location mapping to discover a particular species of wildlife.
    The project facilitates the research as scientists can easily have access to the searched animal and tag it to carry out the required research. With its increasing use, this technological advancement can make its way around the globe to study the different categories of species available around the globe.

The different technologies have taken the initial step towards the conservation of natural resources and the protection of the environment. If these advancements are successful in their mission, they can implement the change necessary for the survival of the planet.

- AUTHOR