佛得岛航道卡拉塔甘湾海藻生物多样性与温度波动

Chona Camille Vince Cruz Abeledo
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引用次数: 2

摘要

海藻生物多样性的变化反映了沿海群落的生态变化和管理。卡拉塔根湾是一个旅游、农业和水产养殖业的热点,毗邻佛得岛通道,被吹捧为全球海洋生物多样性中心。通过监测发现压力源是妥善管理该地区的关键。本研究调查了海岸现有的海藻种类,并将其与该地区报告的物种进行了对比,并与过去二十年来海洋表面温度的波动进行了对比,并与当地沿海居民的当地知识和观点进行了对比。在50 km2的代表性海域采集沿海海藻,根据形态和色素进行物种鉴定。9种以前未报道的物种被发现,14种以前报道的物种不再被观察到。已知市场需求的菜菜属、麻菜属和马尾藻属为优势属。当地气象站和NOMADs数据库的海温数据显示,从1998年6月至今,海温显著变暖,海温峰值为31.9℃。与当地社区进行的重点小组讨论表明,冰冰病发病率增加,邻近农场不受控制地使用化肥污染其沿海地区的问题。
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Seaweed biodiversity and temperature fluctuations of Calatagan bay, Verde Island passage
Changes in seaweed biodiversity reflect ecological changes and management of coastal communities. Calatagan Bay is a tourism, agriculture and aquaculture hotspot fronting the Verde Island Passage, touted to be the global center of marine biodiversity. Detection of stressors through monitoring is key in the proper management of the area. This study surveyed existing seaweed species of the coast, and contrasted it with reported species in the area together with fluctuations in sea surface temperatures for the past two decades, contrasted with the local knowledge and perspectives of local coast-dwellers. Seaweed along the coast were collected from a representative area of 50 km2 with species identification based on morphology and pigment. Nine species that were previously unreported were found while fourteen previously reported species were no longer observed. Caulerpa, Kappaphycus and Sargassum, all with known market demands, were the dominant genera.  Sea surface temperature data from local weather stations and the NOMADs database indicate significant warming events from June 1998 to present, with peak sea surface temperature at 31.9oC. Focused group discussions with local communities indicate increased incidences of ice-ice disease, and issues with the uncontrolled use of fertilizers of neighboring farms contaminating their coastal fronts.
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