Statistics of the seasonal cycle of the 1951-2000 surface temperature records in Italy
Valerio Lucarini, Teresa Nanni, Antonio Speranza
Abstract
We present an analysis of seasonal cycle of the last 50 years of records of surface temperature in Italy. We consider two data sets which synthesize the surface temperature fields of Northern and Southern Italy. Such data sets consist of records of daily maximum and minimum temperature. We compute the best estimate of the seasonal cycle of the variables considered by adopting the cyclograms' technique. We observe that in general the minimum temperature cycle lags behind the maximum temperature cycle, and that the cycles of the Southern Italy temperatures records lag behind the corresponding cycles referring to Northern Italy. All seasonal cycles lag considerably behind the solar cycle. The amplitude and phase of the seasonal cycles do not show any statistically significant trend in the time interval considered.
Create a lesson
Related papers
Morphology-based retrieval of local wave parameters and phase shifts in satellite-observed atmospheric disturbances
Yuriy Klymenko, Alla Fedorenko, Evgen Kryuchkov et al.
Parametric wave spectrum models for prediction of Stokes drift profiles
W. Erick Rogers, Yalin Fan, Luis Zamudio et al.
Evaluating LLMs for Translating Legacy Fortran Atmospheric Physics to GPU-Accelerated JAX
Iris Linck, John Dennis, John Schreck et al.
legoESM: a modular, differentiable, multiscale, AI-ready Earth system model built with AI agents
Pierre Gentine, Dhruv Balwada, Aytaç Paçal et al.
A Physics-Constrained Implicit Profile Network for Continuous Reconstruction of Tropical Cyclone Near-Surface Wind Profiles
Jian Ma, Yilin Yang, Robert Rogers et al.
A Graph Neural Network for Global Daily Fire Radiative Power Prediction at Medium-Range Lead Times
Li Zhang, Jun Wang, Isidora Jankov et al.