DefinePK

Abstract

Background. Plants as primary producers transform solar energy into biochemical energy, and are the foundation of terrestrial ecosystems. In advance, plants hold the ability to interact with soil, other biotic factors, and their communities to drive nutrient cycles and preserve the ecosystem homeostasis.
Methodology. This review aimed to compile the available studies on plant ecosystem interaction while observing the links with other species, photosynthesis, plant soil dynamics, and biogeochemical cycling. Various human impacts, such as deforestation and climate change were evaluated to determine how they affect the balance of ecosystem.
Results. Primary production and nutrient cycling particularly nitrogen, phosphorous, and carbon cycles contribute to the stability of ecosystems. The plant animal interaction fosters biodiversity and the plant soil and microorganisms are collectively involved in improving fertility. However, these processes are distributed by human activity which results in instability in ecosystem.
Conclusion. To support nutrition and energy flows, plants are essential to preserve the integrity of ecosystems. Considering the growing environmental problems, this assessment shows the interconnectedness of plant systems and the need for protection and sustainable utilization.