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SCOPUS

Advances in Statistical Climatology, Meteorology and Oceanography

Copernicus Publications, Germany

Advances in Statistical Climatology, Meteorology and Oceanography is an academic journal published by Copernicus Publications (Germany). Identifiers: ISSN 2364-3579, eISSN 2364-3587. Indexed in SCOPUS. Metrics: CiteScore 2.7, SJR 0.571, SNIP 0.73. tlooto lists 94 papers from this journal.

CiteScore

2.70

Scopus citation metric

SJR

0.571

SCImago rank

SNIP

0.73

Source normalized impact

Percentage rank

-

JIF percentile rank

Journal profile

ISSN
2364-3579
eISSN
2364-3587
Abbreviation
-
Publisher
Copernicus Publications
Country
Germany

Web of Science categories

No Web of Science category data available.

Scopus ASJC categories

1902 Atmospheric Science1910 Oceanography2604 Applied Mathematics2613 Statistics and Probability

Papers in this journal

Recent papers

  1. Robust doubly censored Weibull modelling of NDVI-based burn-scar persistence in satellite time series

    2026

  2. Improving multisite precipitation generators based on generalised linear models

    2026

  3. Simulation of extreme functionals in meteoceanic data: application to surge evolution over tidal cycles

    2026

  4. Comparing climate time series – Part 6: Testing equality of autoregressive parameters without assuming equality of noise variances

    2026

  5. Bayesian hierarchical modelling of intensity-duration-frequency curves using a climate model large ensemble

    2026 · 1 citations

Most cited papers

  1. A protocol for probabilistic extreme event attribution analyses

    2020 · 260 citations

  2. A machine learning approach to emulation and biophysical parameter estimation with the Community Land Model, version 5

    2020 · 71 citations

  3. Evaluating skills and issues of quantile-based bias adjustment for climate change scenarios

    2023 · 38 citations

  4. Skewed logistic distribution for statistical temperature post-processing in mountainous areas

    2019 · 28 citations

  5. Low-visibility forecasts for different flight planning horizons using tree-based boosting models

    2019 · 27 citations