Invasive Species in Mexican Continental Aquatic Ecosystems

Alfaro, Roberto Mendoza; Luna, Sergio; Aguilera, Carlos

doi:10.1002/9781119607045.ch40

Cited by 3 publications

(3 citation statements)

References 57 publications

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“…The dominant species that exist are classified as invasive or invasive alien species (IAS). Similar to other regencies/cities in Southeast Sulawesi (Purnama et al 2020;Sirza et al 2020;Purnama et al 2021), in the inland waters of Kolaka, there are also alien species invasions such as Tarebia granifera (Chuboon et al 2013;Veeravechsukij et al 2018;Oliveira et al 2020;Sirza et al 2020;Malatji et al 2021;Nguyen et al 2021;Purnama et al 2021;Makherana et al 2022;Yin et al 2022) and Melanoides tuberculata (Facon et al 2005;Daniel et al 2019;Barros et al 2020;Khanam et al 2020;Lopes et al 2020;Okumura and Rocha 2020;Oliveira et al 2020;Alfaro et al 2021;McClure 2021;Bose et al 2022;Tolley-Jordan et al 2022).…”

Section: Diversitymentioning

confidence: 63%

Ecological index of freshwater gastropods in Kolaka District, Southeast Sulawesi, Indonesia

2022

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Abstract. Salwiyah, Purnama MF, Syukur. 2022. Ecological index of freshwater gastropods in Kolaka District, Southeast Sulawesi, Indonesia. Biodiversitas 23: 3031-3041. Kolaka District is one of the existing centers of high freshwater gastropod diversity in Southeast Sulawesi Province, Indonesia. more than 30 species of inland gastropods occupy this area and some of them (species) are used by local communities as food (daily consumption). This research was conducted for 4 months, namely January-April 2021 in Kolaka District, Southeast Sulawesi, Indonesia. The purpose of this study was to determine the ecological index (abundance, diversity, evenness, species richness, dominance, and distribution pattern) of the inland gastropod community in Kolaka. The sampling location of gastropods was determined qualitatively using the purposive sampling method and sampling using a simple random sampling technique (Quantitative based). Gastropod samples were collected manually (hand picking) using a paralone pipe (3.5 inches), Sieve (1 mm), and Gloves. The total gastropod sample obtained during the study was 1929 individuals consisting of 9 families, 19 genera, and 33 species. The average abundance of the gastropod population reached 96.45 ind./m2 and the abundance of gastropod species ranged from 0.75-15.05 ind./m2. Overall, the results of the gastropod ecological index analysis showed a stable condition, where the diversity of gastropod species was categorized as high (H': 3.20), moderate evenness (E: 0.90), and high species richness (R: 4.23), dominant dominance. showed that there were no dominant species (C: 0.1) and the distribution of gastropods showed a clumped pattern (Ip: 0.01). Empirically the ecological index data is a scientific justification related to the sustainability of inland water ecosystems or a description of the current freshwater homeostasis system in Kolaka.

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Section: Diversitymentioning

confidence: 63%

Ecological index of freshwater gastropods in Kolaka District, Southeast Sulawesi, Indonesia

2022

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“…These two things have made the population of T. granifera uncontrollable, especially in Southeast Sulawesi (Chuboon et al 2013;Veeravechsukij et al 2018;Oliveira et al 2020;Purnama et al 2020;Sirza et al 2020;Malatji et al 2021;Nguyen et al 2021;Makherana et al 2022;Yin et al 2022). A potential threat might also come from M. tuberculata (Facon et al 2005;Daniel et al 2019;Barros et al 2020;Khanam et al 2020;Lopes et al 2020;Okumura and Rocha 2020;Oliveira et al 2020;Alfaro et al 2021;McClure 2021;Bose et al 2022;Tolley-Jordan et al 2022), although its invasion rate was not as high as T. granifera. These two invasive snails are always found in all types of freshwater habitats (rivers, lakes, swamps, embankments, dams, rice fields, and drainage), and the range of population density is quite high when they are found in water (25-67 ind./m 2 ) (Purnama et al 2019;2022a,b).…”

Section: Discussionmentioning

confidence: 99%

Freshwater gastropod community in South Konawe District, Southeast Sulawesi, Indonesia

Oetama

Purnama

2022

Biodiversitas

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Abstract. Oetama D, Purnama MF. 2022. Freshwater gastropod community in South Konawe District, Southeast Sulawesi, Indonesia. Biodiversitas 23: 3364-3372. The freshwater gastropod population in South Konawe District, Southeast Sulawesi, Indonesia, consists of aquatic and terrestrial snail communities. This resource (gastropod) is an ecological and economic potential that needs to be maintained and utilized optimally and sustainably. This research was conducted in April-July 2021 and aimed to determine the ecological index of the inland gastropod community in the South Konawe District. The sampling location was determined qualitatively using the purposive sampling method and a simple random sampling technique (Quantitative based). Gastropod samples were collected manually (hand picking) with a paralon pipe (3.5 inches), Sieve (1 mm), and Gloves. The total gastropods obtained at 33 sampling locations in this district were 2635 individuals. The inland gastropods comprised 19 genera and 33 species spread over 9 families, namely Achantinidae, Ampullariidae, Ariophantidae, Lymnaeidae, Neritidae, Pachychilidae, Planorbidae, Thiaridae, and Viviparidae. The average abundance of gastropods reached 79.85 ind./m2 and the abundance of gastropod species ranged from 0.58-13.48 ind./m2. Overall, the analysis of gastropod ecology index showed a stable condition, where the diversity of gastropod species was categorized as high (H'= 3.03), moderate evenness (E= 0.87), and high species richness (R= 4.06). There were no dominant species (C= 0.08) and the gastropod distribution showed a clustered pattern (Ip= 0.02). These ecological index values indicated that the gastropod community in the inland waters of South Konawe District was in a stable condition. Although the gastropod community in the inland waters of the South Konawe District simultaneously has the same area as the invasive gastropod from the family Thiaridae, namely Melanoides tuberculata (O.F.Müller, 1774) and Tarebia granifera (Lamarck, 1816).

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“…Moreover, this introduction also encompasses research activities, for example, the exchange of genetic material, biological specimens, microbial culture collections and laboratory equipment. Several invasive mollusk species have been identified, such as Melanoides tuberculata (Purnama et al 2019(Purnama et al , 2022a(Purnama et al , 2022bBarros et al 2020;Khanam et al 2020;Lopes et al 2020;Okumura and Rocha 2020;Alfaro et al 2021;Lopes et al 2021;McClure 2021), and Achatina fulica (Gregoric et al 2011;Purnama et al 2019;Barbosa et al 2020;Oliveira et al 2020;Song et al 2020;Cano-Pérez et al 2021;Dumidae et al 2021) Their biological properties are highly resistant to water quality change, making them quickly colonize new environments. These two invasive mollusks have been a major concern in many parts of the world.…”

Section: Introductionmentioning

confidence: 99%

Short Communication: Invasive mollusks Melanoides tuberculata, and Achatina fulica in Southeast Sulawesi, Indonesia

Purnama

Salwiyah²

2022

Biodiversitas

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Abstract. Purnama MF, Salwiyah. 2022. Short Communication: Invasive mollusks Melanoides tuberculata, and Achatina fulica in Southeast Sulawesi, Indonesia. Biodiversitas 23: 4770-4774. Southeast Sulawesi Province has natural/artificial inland waters for various usages. For example, freshwater has supported various activities such as agriculture, plantations, inland fisheries, and ecotourism. This study reports the presence of invasive mollusk in freshwater (Melanoides tuberculata) and terrestrial (Achatina fulica) habitats. This study is the first report regarding the spatial distribution of the three invasive mollusk species in the inland waters of Southeast Sulawesi, Indonesia. All administrative areas (17 districts/cities) in Southeast Sulawesi province were invaded by A. fulica and 16 districts/cities by M. tuberculata. These invasive mollusks species are a severe threat to the preservation of native species and human health because they are an intermediate host for several types of parasites, such as the trematode group. The spreading and rapid development of these invasive mollusks is caused by their reproductive ability and resistance to poor environmental quality and airborne dispersal factors by birds, water flow, and commercial activities. This invasive species can directly cause huge economic losses as they become a pest in agricultural activities, plantations, and freshwater fisheries (aquaculture). They also can transmit pathogens and displacement of native species. Therefore, it is recommended to have a preventive effort to tackle the expansion of IAS in Southeast Sulawesi.

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Invasive Species in Mexican Continental Aquatic Ecosystems

Cited by 3 publications

References 57 publications

Ecological index of freshwater gastropods in Kolaka District, Southeast Sulawesi, Indonesia

Ecological index of freshwater gastropods in Kolaka District, Southeast Sulawesi, Indonesia

Freshwater gastropod community in South Konawe District, Southeast Sulawesi, Indonesia

Short Communication: Invasive mollusks Melanoides tuberculata, and Achatina fulica in Southeast Sulawesi, Indonesia

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