Risk of vegetable crop freezing injury due to winter temperature regime in the Sanriku coastal region

M. Okada, U. Matsushima, Maki Okada
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Abstract

Freezing tolerance of plants is lowered by high temperatures in which plants are grown before exposure to subzero freezing temperatures. As a measure of freezing tolerance, we used the daily mean and/or the daily maximum air temperature, averaged over 10 days, before the daily minimum air temperature dropped below freezing point during early winter. For the vegetable crop, we assumed a freezing temperature of - 3 ° C or - 5 ° C. The 30-year temperature records from 15 AMeDAS observatories of the Japan Meteorological Agency were used. Of these, 13 are located in the Sanriku coastal region and two in the inland area of Iwate Prefecture. The calculated 10-day averages across the coastal sites were comparable to or larger than those of the inland sites. They showed a specific increase in the coastal zone ranging from Kuji to Yamada. The larger values resulted from relatively low minimum and high maximum temperatures, which are specific to that region. It is generally thought that coastal areas are suitable for the production of winter vegetable crops due to their moderate temperature regime. However, our results indicate that unlike the other typical coastal areas, the temperature regime of the Sanriku region is not moderate; therefore, it possibly increases the risk of crop freezing injury. キーワード:
三陆沿海地区冬季温度变化对蔬菜作物冻害的影响
植物在暴露于零度以下的冰冻温度之前生长的高温会降低植物的抗冻性。作为耐寒性的测量,我们使用了在初冬期间每日最低气温降至冰点以下之前10天的平均气温和/或每日最高气温。对于蔬菜作物,我们假设冰点温度为- 3°C或- 5°C,使用日本气象厅15个AMeDAS观测站30年的温度记录。其中13个位于三陆沿海地区,2个位于岩手县内陆地区。沿海站点的10天平均值与内陆站点相当或大于内陆站点。它们显示,从久地到山田的沿海地区有明显的增加。较大的数值是由于相对较低的最低温度和较高的最高温度,这是该地区特有的。一般认为,沿海地区由于温度适中,适合生产冬季蔬菜作物。然而,我们的研究结果表明,与其他典型的沿海地区不同,三陆地区的温度状况并不温和;因此,它可能增加作物冻害的风险。:
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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