Asian swamp eels (Synbranchidae, Monopterus) in Florida: distribution, spread, and range of hydrologic tolerance over twenty-seven years (1997–2023)

IF 2.2 3区 环境科学与生态学 Q2 ECOLOGY Aquatic Invasions Pub Date : 2024-05-13 DOI:10.3391/ai.2024.19.2.124660
M. Pintar, Nicole D. Strickland, Jeffrey L. Kline, Mark I. Cook, N. Dorn
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Abstract

Asian swamp eels (Monopterus albus/javanensis) were first reported as introduced to Florida waterbodies in 1997 near Tampa and Miami; a third population was recorded by 1999 in Homestead. Initial assessments, published soon after swamp eels in southern Florida were first recorded in wetlands beyond canals and ponds (in 2007), concluded there was little threat to Florida’s aquatic ecosystems. Long-term data now suggest they precipitated population crashes of crayfishes and small fishes in the eastern Everglades. We used records from continuous long-term monitoring programs, sporadic monitoring studies, and online databases to reconstruct swamp eel presence across Florida. Monitoring studies provided wetland hydrologic variables to assess limits for swamp eels. From 1997–2007, populations in southern Florida remained restricted to canals; initial spread from 2007–2017 across southern Everglades National Park proceeded slowly and the two populations covered ~1500 km2 of southern Florida. From 2017–2022, the rate of spread increased as they spread west and north (~5800 km2 range). Through 2014, the Tampa population occurred only along southern/eastern Tampa Bay (~60 km2) but has since spread south along the Gulf Coast, east into central Florida, and south along the Lake Wales Ridge (~11,000 km2). We found evidence of two potentially new introductions, in Palm Beach County and Orlando. There was no clear evidence of limitation of wetland drying on swamp eel occurrence in the Everglades; they were captured in marshes that dried for 1–5 months during the previous dry season, but short-hydroperiod wetlands may have slowed spread. In the Everglades, evidence suggests swamp eels may have been inadvertently spread into marshes from canals used to deliver water for flood control and hydrologic restoration. Swamp eels are currently spreading unchecked across Florida, and there should be great concern about continued spread in this region and their establishment and spread elsewhere.
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佛罗里达州的亚洲沼泽鳗(Synbranchidae,Monopterus):二十七年来(1997-2023 年)的分布、传播和水文耐受范围
据报道,亚洲沼泽鳗(Monopterus albus/javanensis)于 1997 年首次引入佛罗里达州坦帕和迈阿密附近的水体;1999 年在霍姆斯特德记录到第三个种群。在佛罗里达州南部运河和池塘以外的湿地首次记录到沼泽鳗后不久(2007 年),发布了初步评估报告,结论是沼泽鳗对佛罗里达州的水生生态系统威胁不大。现在的长期数据表明,沼泽鳗导致了沼泽地东部螯虾和小型鱼类的种群崩溃。我们利用长期连续监测项目、零星监测研究和在线数据库的记录,重建了佛罗里达州各地沼泽鳗鱼的存在情况。监测研究提供了湿地水文变量,以评估沼泽鳗的生存极限。从 1997 年到 2007 年,佛罗里达州南部的种群仍然局限于运河;从 2007 年到 2017 年,最初在大沼泽国家公园南部的扩散进展缓慢,两个种群覆盖了佛罗里达州南部约 1500 平方公里的区域。从 2017 年到 2022 年,随着向西和向北扩散(约 5800 平方公里),扩散速度加快。到 2014 年,坦帕种群仅出现在坦帕湾南部/东部(约 60 平方公里),但此后沿墨西哥湾海岸向南扩散,向东进入佛罗里达州中部,并沿威尔士湖山脊向南扩散(约 11,000 平方公里)。我们在棕榈滩县和奥兰多发现了两个可能的新引入地。没有明确的证据表明湿地干燥限制了沼泽鳗在大沼泽地的出现;它们是在前一个旱季干燥了 1-5 个月的沼泽地中被捕获的,但短水期湿地可能减缓了传播速度。在大沼泽地,有证据表明,沼泽鳗可能无意中从用于防洪和水文恢复的运河中传播到沼泽中。沼泽鳗目前正在佛罗里达州肆无忌惮地蔓延,人们应该对该地区的持续蔓延以及它们在其他地方的建立和蔓延表示极大的担忧。
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来源期刊
Aquatic Invasions
Aquatic Invasions ECOLOGY-MARINE & FRESHWATER BIOLOGY
CiteScore
4.30
自引率
0.00%
发文量
20
审稿时长
6-12 weeks
期刊介绍: Aquatic Invasions is an open access, peer-reviewed international journal focusing on academic research of biological invasions in both inland and coastal water ecosystems from around the world. It was established in 2006 as initiative of the International Society of Limnology (SIL) Working Group on Aquatic Invasive Species (WGAIS) with start-up funding from the European Commission Sixth Framework Programme for Research and Technological Development Integrated Project ALARM. Aquatic Invasions is an official journal of International Association for Open Knowledge on Invasive Alien Species (INVASIVESNET). Aquatic Invasions provides a forum for professionals involved in research of aquatic non-native species, including a focus on the following: • Patterns of non-native species dispersal, including range extensions with global change • Trends in new introductions and establishment of non-native species • Population dynamics of non-native species • Ecological and evolutionary impacts of non-native species • Behaviour of invasive and associated native species in invaded areas • Prediction of new invasions • Advances in non-native species identification and taxonomy
期刊最新文献
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