This paper explores the evolution of geoscientific inquiry, tracing the progression from
traditional physics-based models to modern data-driven approaches facilitated by significant …

Climate change is leading to more extreme weather hazards, forcing human populations to
be displaced. We employ explainable machine learning techniques to model and …

The Advocacy Coalition Framework (ACF) remains one of the most established and applied
approaches to studying policy processes. This chapter provides an overview of the ACF …

The exponential growth of human activities has resulted in a substantial increase in land use
practices that not only modify the characteristics of landscape patterns but also pose …

Risk management alone fails to limit the impact of extreme climate events Skip to main content
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Climate disasters have become more frequent, more extreme, and more often coincide in
different places and among diverse residents. Characteristics of residents like races are …

The inhibiting effect of geohazards on urban expansion has been demonstrated at the site or
local scale. At the regional scale, the more ambiguous relationship between urban …

ABSTRACT A general malaise exists today about the prospects for timely and effective
climate action. This calls for increased attention to factors that enable climate policy change …

Extreme weather events become more frequent in the context of global climate change.
Understanding how the public sense and perceive extreme weather events such as …

Climatic and anthropogenic changes appear to be driving the emergence of new ecosystem
and human health risks. As new risks emerge, and the severity or frequency of known risks …