Air pollutants, weather conditions influence pollen concentration, says study

Air pollutants influence pollen concentration and different types of pollens have a unique response to weather conditions shows a study by Indian scientistsPollens remain suspended in the air and form part of the air we breathe When inhaled they put a strain on our upper respiratory system and cause widespread upper respiratory tract and nasobronchial allergy with manifestations like asthma seasonal rhinitis and bronchial irritationAirborne pollen varies in character from place to place due to diverse meteorological or environmental conditions There is growing evidence that airborne pollen plays a crucial role in increasing allergic diseases in the urban environment As pollen climatic variables and air pollutants coexist in nature they have the potential to interact with one another and exacerbate their adverse effects on human healthIn light of this Prof Ravindra Khaiwal from Post Graduate Institute of Medical Education and Research PGIMER Chandigarh along with chairperson Department of Environment Studies Dr Suman Mor and PhD scholar Akshi Goyal studied the influence of meteorology and air pollutants on the airborne pollen of ChandigarhIn the study financially supported by the Department of Science and Technology and one of the first in India trying to understand the impact of air pollutants and meteorological variables on airborne pollen they explored the relationships of temperature rainfall relative humidity wind speed direction and ambient air pollutants mainly particulate matter and nitrogen oxide to the airborne pollen a release saidThe study recently published in Science of the Total Environment suggests that each pollen type studied had a unique response to weather conditions and air pollutantsThe majority of pollen types were reported in the spring and autumn flowering period Distinct peaks of airborne pollen were observed during favourable weather conditions like moderate temperature low humidity and low precipitation It was observed that moderate temperature plays a significant role in flowering inflorescence maturation pollen release and dispersal In contrast pollen grains were eliminated from the atmosphere during precipitation and high relative humidityA complex and obscure relationship of airborne pollen was indicated with air pollutants The scientists plan to examine longterm data sets to establish the trends in the relationshipKhaiwal highlighted that in terms of the climatic future it is expected that the urban environment will significantly impact plant biological and phenollogical parametersTherefore the studys findings generate useful hypotheses that air pollutants influence pollen concentration and can be further explored as the data set expands in the future the release addedThe current studys findings could help to improve the understanding of complex interactions between airborne pollen air pollutants and climatic variables to aid in formulating suitable mitigation policies and minimising the burden of pollinosis in the IndoGangetic Plain region identified as a hotspot of air pollution specifically during October and NovemberThis story has been sourced from a third party syndicated feed agencies Midday accepts no responsibility or liability for its dependability trustworthiness reliability and data of the text Midday managementmiddaycom reserves the sole right to alter delete or remove without notice the content in its absolute discretion for any reason whatsoever