Artificial seaweed substrates complement ARMS in DNA metabarcoding-based monitoring of temperate coastal macrozoobenthos

BR Leite, S Duarte, JS Troncoso, FO Costa - Diversity, 2023 - mdpi.com
We used DNA metabarcoding to compare macrozoobenthic species colonization between
autonomous reef monitoring structures (ARMS) and artificial seaweed monitoring systems …

[HTML][HTML] Unveiling the role of taxonomic sufficiency for enhanced ecosystem monitoring

D Carreira-Flores, M Rubal, E Cabecinha… - Marine Environmental …, 2024 - Elsevier
The use of Artificial substrates (AS) as sampling devices addresses challenges in
macrofaunal quantitative sampling. While effectively capturing biodiversity patterns, the time …

Colonization in artificial seaweed substrates: two locations, one year

D Carreira-Flores, R Neto, HRS Ferreira, E Cabecinha… - Diversity, 2023 - mdpi.com
Artificial substrates have been implemented to overcome the problems associated with
quantitative sampling of marine epifaunal assemblages. These substrates provide artificial …

[HTML][HTML] Patterns of diversity in subtidal marine macrofaunal communities: Insights from a semi-enclosed bay system in the Northeast Atlantic

CM Alves, MA Gomes, R Neto, JS Troncoso… - Regional Studies in …, 2024 - Elsevier
The complexity of describing patterns and scales of variation in the distribution of species
has created a delay in our understanding of the natural world. Understanding ecological …

Colonization in artificial seaweed substrates: two locations, one year

DC Flores, RC Neto, HRS Ferreira, E Cabecinha… - 2023 - repositorium.sdum.uminho.pt
Artificial substrates have been implemented to overcome the problems associated with
quantitative sampling of marine epifaunal assemblages. These substrates provide artificial …