Coupled ocean-atmosphere science steadily advances with increasing information obtained
from long-records of in situ observations, multiple-year archives of remotely sensed satellite …

Place-based data is required in wildfire analyses, particularly in regions of diverse terrain
that foster not only strong gradients in meteorological variables, but also complex fire …

Self-organizing maps (SOMs) are a relative newcomer to synoptic climatology; the method
itself has only been utilized in the field for around a decade. In this article, we review the …

Weather and climate is a fascinating system, which affects our daily lives, and is closely
interlinked with the environment, society and infrastructure. They have large impact on our …

This paper presents a decision-scaling based framework to determine whether one or more
preselected planning alternatives for a multiobjective water-resources system are robust to a …

Previous work summarized the application of global models to simulate climate. The
horizontal resolution of these models—generally 1–3 degrees latitude and longitude—while …

Coastal hazards often result from the combination of different simultaneous oceanographic
processes that occur at multiple spatial and temporal scales. To predict coastal flooding and …

En el presente informe se resume la tercera entrega de la generación de proyecciones
regionalizadas de cambio climático para España realizadas por AEMET mediante la …

A classification of weather patterns (WP) is derived that is tailored to best represent
situations relevant for the urban heat island (UHI). Three different types of k-means-based …

Atmospheric circulation is a key driver of climate variability, and the representation of
atmospheric circulation modes in regional climate models (RCMs) can enhance the …