  Natural disasters can have catastrophic consequences, a poignant example is
the series of $7.7$ and $7.6$ magnitude earthquakes that devastated T\"urkiye
on February 6, 2023. To limit the damage, it is essential to maintain the
communications infrastructure to ensure individuals impacted by the disaster
can receive critical information. The disastrous earthquakes in T\"urkiye have
revealed the importance of considering communications and energy solutions
together to build resilient and sustainable infrastructure. Thus, this paper
proposes an integrated space-air-ground-sea network architecture that utilizes
various communications and energy-enabling technologies. This study aims to
contribute to the development of robust and sustainable disaster-response
frameworks. In light of the T\"urkiye earthquakes, two methods for network
management are proposed: the first aims to ensure sustainability in the
pre-disaster phase and the second aims to maintain communications during the
in-disaster phase. In these frameworks, communications technologies such as
High Altitude Platform Station(s)(HAPS), which are among the key enablers to
unlock the potential of 6G networks, and energy technologies such as Renewable
Energy Sources (RES), Battery Energy Storage Systems (BESSs), and Electric
Vehicles (EVs) have been used as the prominent technologies. By simulating a
case study, we demonstrate the performance of a proposed framework for
providing network resiliency. The paper concludes with potential challenges and
future directions to achieve a disaster-resilient network architecture
solution.
