ENVIRONMENTAL RESOURCES SUSTAINABILITY
Research Center for Environmental and Clean Technology
Research Solutions for
Sustainable Environment
Background
Earth is a unified ecosystem. Ecosystems are formed from the interaction between abiotic, biotic, and cultural components. Phenomena that occur in the ecosystem cannot be separated from the interaction of these three factors. Abiotic components are components of meteorological, geological and hydrological clusters; among others in the form of climate, rocks, soil, and water (surface water, groundwater, atmospheric water). The biotic components in the form of flora and fauna are closely related to biodiversity. The cultural component is in the form of various aspects of human activities which ultimately leave anthropogenic traces. Landscape is a form of ecosystem. The components that make up the landscape are interconnected and interdependent with one another.
In essence, an ecosystem has the ability to perform natural recovery against disturbance or pollution. However, this capability is limited by a constraint, namely the natural recovery capacity of the ecosystem which is known as the carrying capacity. On the other hand, exploitation of environmental resources is unavoidable in the context of improving human welfare. However, often these exploitation activities do not heed the carrying capacity of the environment, causing environmental damage. Exceeding the carrying capacity of the environment causes losses that are generally intangible which in a certain period of time can stop the development process itself.
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This research group aims to identify between the use of environmental resources and their carrying capacity, it is necessary to manage and use ecoregion-based (environmentally friendly) space to harmonize various sectors of activity on the landscape. For this reason, various studies are needed that examine environmental dynamics at the landscape scale to support the optimization of sustainable management and use of space with an environmental carrying capacity approach.





