Division of Climate Environment, DPRI, Kyoto University
Skip to content
  • About
  • Members
  • Stratospheric Forecast
  • 日本語 (Japanese)
  • Contact and access

La Niña and anomalous climate

By 榎本 剛 | 2021年5月22日
0 Comment


A paper on anomalous climate in mid-latitudes during La Niña has been published.

Shiozaki, M. and T. Enomoto, 2021: Two Types of Mid-Latitudes Responses during La Niña. SOLA, 17, 103–108, doi: 10.2151/sola.2021-016.

Category: Research Tags: ENSO, La Niña
Post navigation
← Evaluation of observations JpGU 2021 →

Recent Posts

  • 6th International Workshop on Nonhydrostatic Numerical Models
  • Workshop on partial differential equations on the sphere 2023
  • EGU23
  • Aircraft observations for Typhoon Nanmadol (2022)
  • Complex network analysis on precipitable water observations
  • Northeast Asia Forum on Meteorological Science and Technology
  • WCRP-WWRP Symposium on Data Assimilation and Reanalysis
  • Tropical cyclone track forecast from multiple analyses
  • JpGU 2021
  • La Niña and anomalous climate

Tags

AFES Anomalous Weather Event Atlantic Decadal Variability Atmospheric General Circulation Model Baiu Frontal Zone Bomb Cyclone Carbon Dioxide CO2 cold wave Complex Network Data Assimilation DPRI Annual Meeting El Niño ENSO Extratropical Cyclone Global Warming Hurricane Japan Meteorological Agency Kuroshio Meteorological Observation Microwave Radiometer MLEF Monsoon Nonlinearity Numerical Method Numerical Weather Prediction Observing System OpenIFS precipitable water Predictability Radial Basis Functions RBF Rossby wave Semi-Lagrangian Method Shallow Water Equations Spherical Helix Stratosphere Tropical Cyclone Typhoon Venus ドローン バイオロギング メディケーン ラジオゾンデ 移流

Archives

Recent Posts

  • 6th International Workshop on Nonhydrostatic Numerical Models
  • Workshop on partial differential equations on the sphere 2023
  • EGU23
  • Aircraft observations for Typhoon Nanmadol (2022)
  • Complex network analysis on precipitable water observations

Tags

AFES Anomalous Weather Event Atlantic Decadal Variability Atmospheric General Circulation Model Baiu Frontal Zone Bomb Cyclone Carbon Dioxide CO2 cold wave Complex Network Data Assimilation DPRI Annual Meeting El Niño ENSO Extratropical Cyclone Global Warming Hurricane Japan Meteorological Agency Kuroshio Meteorological Observation Microwave Radiometer MLEF Monsoon Nonlinearity Numerical Method Numerical Weather Prediction Observing System OpenIFS precipitable water Predictability Radial Basis Functions RBF Rossby wave Semi-Lagrangian Method Shallow Water Equations Spherical Helix Stratosphere Tropical Cyclone Typhoon Venus ドローン バイオロギング メディケーン ラジオゾンデ 移流
Copyright 2019
DPRI/Kyoto University
Iconic One Theme | Powered by Wordpress