As humanity looks toward a future where cosmic engineering may become essential for survival and progress, the concept of stellar lifting—the deliberate removal of material...

Objective: Design and implement comprehensive, long-term sustainable resource management strategies that balance human needs with ecosystem health, ensuring the preservation of biodiversity and ecological integrity...

Objective: Launch and sustain large-scale rewilding initiatives that restore natural ecosystems, reinstate key species, and reinvigorate ecological processes to build resilient landscapes capable of withstanding...

Objective: Establish and maintain interconnected protected areas worldwide to facilitate species migration, adaptation, and long-term survival amid environmental changes, particularly climate change. 1. Rationale for...

As humanity faces unprecedented environmental challenges and existential risks, the ability to anticipate long-term trends and potential extinction threats is critical for species survival. Artificial...

As humanity advances toward large-scale solar system engineering, it becomes imperative to implement protocols aimed at identifying and protecting potential extraterrestrial life and ecosystems before...

Solar shielding technologies aim to selectively block or reduce portions of solar radiation reaching planets to fine-tune their climates and protect habitability. By controlling the...

Protecting future space habitats and terraformed planets from harmful solar radiation necessitates the creation or enhancement of magnetic fields. A magnetic field deflects charged particles...

In our ongoing battle to preserve Earth’s oceans and, by extension, human civilization, cutting-edge technologies are emerging as powerful allies. Satellite monitoring, drones, and AI-enabled...

In the face of escalating threats to our oceans, a promising approach has emerged that places the power of conservation directly in the hands of...