Environmental engineering and ecosystem stability convergence is a critical issue on sustainable development as the number of environmental problems continues to grow. The nexus linkage is the innovations which are based on the unification of engineering solutions with ecological principles and the improvement of ecological protection and restoration of the ecosystems. Some examples of these green-urban innovations in green infrastructure are: bio-based materials and natural flood-control mechanisms which can also be used in reducing the impact of droughts and climate change, and also benefit the biodiversity. In addition to this, there is the development of new technologies in the treatment of wastewater, waste reuse and clean sources of energy to minimize human exploitation on some of the vulnerable ecosystems. Restoration and rewilding of degraded ecosystems are increasingly becoming a viable way to boost their ability to cope with the impacts of climatic stressors, such as drought, floods, and biodiversity loss. The entire methodology facilitates symbiotic association between Technology and nature, grounded on adaptive measures to maintain ecosystem services, and improve the overall environmental stability in the long run. The solutions they come up with can be replicated in such a way that when they are developed, they will not just be designed to tackle the impact on the environment in the short term, but also contribute to the creation of stronger, more sustainable ecosystems for future generations. The other novelty of the specification is that it will be necessary to incorporate interdisciplinary activities in engineering, environmental science, and policy-making to achieve sustainable change in the preservation and restoration of ecosystems worldwide.
Sachdeva et al. (2026) studied this question.