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First and last frost date determinations based on meteorological observations in Japan: trend analysis and estimation scheme construction

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Abstract

We investigated the first and last frost dates using meteorological observation data from Japan. First, we identified long-term trends of retardation (mean: +0.224 day/year) in the first frost date in fall and advancement (−0.228 day/year) in the last frost date in spring using historical frost observation data from 1951 to 2010. Trends determined over 20-year subperiods were distinct from long-term trends and were sensitive to decadal changes in daily minimum air temperature. Second, we proposed a scheme to infer the first and last frost dates from the time series of daily minimum air temperature. After optimization, the first (last) cold date when the daily minimum temperature fell below a temperature criterion of ca. 2 °C yielded the best estimate of the first (last) frost date with an error of 2 days in most cases. However, the overall root mean square errors were 13–16 days because some cases with significant misfits deteriorated the values. Both wind speed and humidity shifted the criterion. Sites with strong winds contributed to a decrease in the temperature criterion. Because this scheme only requires the daily minimum air temperature, it is widely applicable to the quantitative evaluation of the first and last frost dates from given meteorological or climate projection data.

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Data Availability

JMA observation data are distributed via Japan Meteorological Business Support Center.

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Acknowledgements

Meteorological observation data (including frost observation) used in this study were collected by JMA. We acknowledge an anonymous reviewer for improving the manuscript.

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  1. Hirosaki University, Hirosaki, 036-8561, Japan

    Yoshimitsu Masaki

  2. Ibaraki University, Ami, 300-0393, Japan

    Yoshimitsu Masaki

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  1. Yoshimitsu Masaki
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Correspondence to Yoshimitsu Masaki.

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Masaki, Y. First and last frost date determinations based on meteorological observations in Japan: trend analysis and estimation scheme construction. Theor Appl Climatol 145, 411–426 (2021). https://doi.org/10.1007/s00704-021-03637-6

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