Alcázar Purificación, García-Mozo Herminia, Trigo Maria Del Mar, Ruiz Luis, González-Minero Francisco José, Hidalgo Pablo, Díaz de la Guardia Consuelo, Galán Carmen
Department of Botany, Ecology and Plant Physiology, Campus Universitario Rabanales, University of Córdoba, Edificio Celestino Mutis, 3a planta, 14071, Córdoba, Spain.
J Environ Monit. 2011 Sep;13(9):2502-10. doi: 10.1039/c1em10355e. Epub 2011 Jul 11.
Platanus is a major cause of pollen allergy in many Spanish cities. The present paper reports an analysis of Platanus pollen season throughout the Andalusia region (southern Spain), which has among the highest pollen counts and the highest incidence of Platanus-related allergies in Europe. The main aim was to analyze pollen season trends from 1992 to 2010 in Andalusia; models were also constructed to forecast the start of the season. Daily pollen counts were recorded using Hirst-type volumetric spore-traps. Pollen season start-dates were very similar at all sites, usually occurring in March. The pollen season was delayed over the study period. The Pollen-season duration and Pollen index generally increased throughout the study period. The starting date for temperature accumulation was around the 10th February, although the threshold temperatures varied by site. The regional model for Andalusia failed to provide sufficiently accurate results compared with sub-regional or local models. For modeling purposes, three sub-regions are recommended: Inland, East Coast and West Coast.
悬铃木是西班牙许多城市花粉过敏的主要诱因。本文报告了对整个安达卢西亚地区(西班牙南部)悬铃木花粉季的分析,该地区是欧洲花粉计数最高且与悬铃木相关过敏发病率最高的地区之一。主要目的是分析1992年至2010年安达卢西亚的花粉季趋势;还构建了模型来预测花粉季的开始时间。使用赫斯特型体积孢子捕捉器记录每日花粉计数。所有地点的花粉季开始日期非常相似,通常在3月出现。在研究期间,花粉季有所延迟。在整个研究期间,花粉季持续时间和花粉指数总体上有所增加。温度积累的起始日期约为2月10日,不过阈值温度因地点而异。与次区域或局部模型相比,安达卢西亚的区域模型未能提供足够准确的结果。为了建模目的,建议划分三个次区域:内陆、东海岸和西海岸。