In order to achieve adequate conservation of biodiversity in human-modified landscapes, there is a need to introduce proper measures that balance ecological requirements with socio-economic realities. This abstract emphasizes three distinct perspectives in the conservation of biodiversity: landscape management, integrated conservation strategies (including in-situ and ex-situ conservation), and reforestation. The first strategy promotes designing suitable landscapes to have a significant amount of forest cover (>40%), which should be structured into large-scale and dispersed small-scale patches enclosed within a high-quality matrix. Designing such landscapes offers a balance between development and conservation objectives, protecting species that live in forests while fulfilling human requirements. The second approach, “One Conservation,” deals with a comprehensive framework to integrate in-situ and ex-situ conservation as a driving factor in restoring ecosystems. This can be achieved by facilitating the exchange of genetic material among in-situ and ex-situ populations and developing new reproductive biotechniques that serve as great tools for restoring species to their natural surroundings. Another approach evaluates reforestation as a critical tool for the conservation of biodiversity. Reforestation should be implemented in tropical regions like Brazil and Indonesia, where reforestation-able areas overlap with habitats of endangered species, to attain conservation on a global scale. On the other hand, this strategy delves into understanding the reduced impact of reforestation on climate change while making the cost and efforts of reforestation reliable to promote economic incentives. Integrating these measures with one another contributes greatly, not just in biodiversity conservation but also in achieving sustainability, paving the way for resilient ecosystems in this constantly changing world.