OCCURRENCE OF THE BRACHIOPOD<i>TICHOSINA</i>IN DEEP-SEA CORAL BOTTOMS OF THE CARIBBEAN SEA AND ITS PALEOENVIRONMENTAL IMPLICATIONS

Rojas, Alexis; Gracia, Adriana; Hernández-Ávila, Iván; Patarroyo, Pedro; Kowalewski, Michał

doi:10.1101/2020.06.24.168658

Cited by 2 publications

(3 citation statements)

References 40 publications

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“…coral patches has an important role as a habitat-forming species, lending support and colonization substrate to this type of organisms. Specifically, Tichosina plicata was observed attached to Madracis branches, and in a lower proportion than other corals (Rojas et al, 2022). Chordata (Fish) Among the fishes, most of the species are motile between the coral patches and the rocky macro-habitats that surround them.…”

Section: Brachiopodamentioning

confidence: 99%

Fauna diversity in Madracis spp. coral patches in the Colombian Caribbean

Cedeño-Posso,

Polanco,

Borrero-Pérez

et al. 2023

Arx. Misc. Zool.

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Madracis spp. coral patches are the main deep–sea framework builder observed on the shelf–break scarp of the Colombian Caribbean, between 107 and 230 m depth. The Marine Protected Area, Corales de Profundidad National Natural Park, was established in 2013 to protect a site of high biodiversity associated with Madracis communities. Our research summarizes the advances in knowledge of its biodiversity as the result of four expeditions and offers insights into the state of its associated fauna. Madracis colonies occur in five areas of the park but corals thrive and build coral patches in only two of the five, both in the southwest area. Our surveys have resulted in the inventory of 337 species. Mollusca (116) dominated the fauna, followed by Bryozoa (70), Cnidaria (50), Echinodermata (39), Arthropoda (14), Annelida (13), Brachiopoda (3), and Chordata (32 fishes). Store voucher specimens at the Museo de Historia Natural Marina de Colombia–Makuriwa and metadata are available online in the SiBM database. Checklist published through GBIF (DOI: 10.15470/vqshir)

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Section: Brachiopodamentioning

confidence: 99%

Fauna diversity in Madracis spp. coral patches in the Colombian Caribbean

Cedeño-Posso,

Polanco,

Borrero-Pérez

et al. 2023

Arx. Misc. Zool.

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“…These brachiopod shells aim to represent the benthic macrofauna from the R/V Pillsbury program in the Caribbean. Modified from Rojas et al (2022, fig. 2).…”

Section: The Map Equation Framework For Higher-order Networkmentioning

confidence: 99%

“…The abstracted fossil record. This abstracted record is a bipartite network representation of the underlying data (sampling stations × taxa matrix) (Rojas et al 2022)(Supplementary Data 1). The brachiopod Tichosina , the larger component of the Cenozoic brachiopod faunas in the Caribbean, is indicated.…”

Section: The Map Equation Framework For Higher-order Networkmentioning

confidence: 99%

A natural history of networks: Modeling higher-order interactions in geohistorical data

Rojas

Eriksson

Neuman

et al. 2022

Preprint

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Paleobiologists often employ network-based methods to analyze the inherently complex data retrieved from geohistorical records. However, they lack a common framework for designing, performing, evaluating, and communicating network-based studies, hampering reproducibility and interdisciplinary research. The high-dimensional and spatiotemporally resolved data also raise questions about the limitations of standard network models to represent the local-, regional-, and global-scale systems considered in paleobiology. By assuming independent pairwise links, standard network models wash out higher-order node interactions and can obscure paleontological patterns. These challenges provide an opportunity to move paleobiology research beyond standard network representations toward higher-order models better suited for the complex relational structure of the geohistorical data. Higher-order representations can represent the spatiotemporal constraints on the information paths underlying geohistorical data, capturing the high-dimensional patterns more accurately. Here we describe how to use the Map Equation framework for designing higher-order models of geohistorical data, address some practical decisions involved in modeling complex dependencies, and discuss critical methodological and conceptual issues that make it difficult to compare results across studies in the growing body of network paleobiology research. We illustrate multilayer networks, hypergraphs, and varying Markov time models for higher-order networks in case studies based on the fossil record and delineate future research directions for current challenges in the emerging field of network paleobiology.

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OCCURRENCE OF THE BRACHIOPODTICHOSINAIN DEEP-SEA CORAL BOTTOMS OF THE CARIBBEAN SEA AND ITS PALEOENVIRONMENTAL IMPLICATIONS

Cited by 2 publications

References 40 publications

Fauna diversity in Madracis spp. coral patches in the Colombian Caribbean

Fauna diversity in Madracis spp. coral patches in the Colombian Caribbean

A natural history of networks: Modeling higher-order interactions in geohistorical data

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