Southern Australia's rainfall is highly variable and influenced by factors across scales from
synoptic weather to large‐scale circulation and remote climate modes of variability …

Using 41 years of ERA5 reanalysis, two types of ridging South Atlantic Ocean high pressure
systems were identified in the South African domain. Type-N events have a zonal structure …

A hidden Markov model (HMM) with four hidden states is used to describe the daily
precipitation occurrence and wet day intensities of a gridded precipitation dataset over the …

Persistent and organized convective cloud systems that arise in convergence zones can
lead to the formation of synoptic cloud bands extending from the tropics to the extratropics …

Drought-related impacts in the southern Tropical Andes are crucial for economic activities.
Here, precipitation decreases (p< 0.1) during the dry-to-wet transition season (SON) based …

In boreal winter, strong upper‐level midlatitude troughs across the Atlantic–Africa–
southwestern Asia sector generate substantial tropical–extratropical interaction and have …

Tropical–extratropical cloud bands are common in South America (SAm), contributing
significantly to the total rainy season precipitation. Thus, it is fundamental that climate and …

Human activities continue to warm our climate in ways unprecedented in thousands of
years. The latest Intergovernmental Panel on Climate Change (IPCC) report confirms our …

Persistent and organized convective cloud systems that arise in convergence zones can
lead to the formation of synoptic cloud bands extending from the tropics to the extratropics …

Tropical-extratropical cloud bands are elongated cloud structures bridging tropical and
midlatitude regions, and are crucial drivers of precipitation. While these cloud bands result …