An integrated network of interacting components that includes physical, chemical, and biological entities constitutes a complex, interconnected whole. These components, ranging from living organisms to non-living matter such as air, water, and soil, operate in a dynamic relationship. An example is a forest, where trees, animals, soil microorganisms, climate, and water cycles are all interwoven, influencing each other in numerous ways.
Understanding these interconnected wholes is crucial for effective resource management, conservation efforts, and mitigating adverse impacts from human activities. Historically, a fragmented approach to environmental issues has often led to unintended consequences and unsustainable practices. Recognizing the intricate linkages within these wholes allows for more holistic and proactive approaches to environmental stewardship, fostering long-term ecological integrity and societal well-being.