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marine plankton metagenome Raw sequence reads
Prokaryotic and eukaryotic microbial plankton reads from the Red Sea. -
ARMS Jeddah sample Raw sequence reads
To assess cryptic benthic diversity in three reefs in the Jeddah region of the Red Sea we undertook a metabarcoding (using 18S rRNA primers) approach to survey the eukaryotes... -
Eukaryotic biodiversity patterns from man-made environments and nearby coral ...
Man-made environments such as ports and marinas are gateways for many marine non-indigenous species (mNIS) transported via shipping worldwide. These habitats are often the focus... -
Cryptobiome COI raw reads
Assessment of the coral reef crypto benthic fauna using Autonomous Reef Monitoring Structures and metabarcoding. -
FISHDIV
The project aims at providing an optimized sampling and analytical framework for eDNA assessment of biodiversity and quantification in fjord systems as a complementary tool to... -
ASU barcoding in 5 regional seas
Metabarcoding of metazoan taxa collected in Artificial Substrate Units in 5 regional seas. -
Sewage outflow marine plankton metagenome raw sequence reads
Planktonic survey of microbial plankton near sewage outflows around Jeddah in the Red Sea. -
Arabian Peninsula ARMS
Analysis of the cryptobiome of ARMS around the Arabian Peninsula -
Comparative metagenomics of microbial communities in temperate octocorals, ma...
The sustainability of coral reefs bears fundamental implications to the functioning of coastal ecosystems and the biogeochemistry of our planet. The coral-associated microbiota... -
Autonomous Reef Monitoring Structure Red Sea Latitudinal Raw Reads
Prokaryotic (16S rRNA) raw reads obtained from Autonomous Reef Monitoring Structures (ARMS) positioned along the latitudinal gradient of the Saudi Arabian Red Sea. -
Eukaryotic biodiversity patterns from man-made environments and nearby coral ...
Man-made environments such as ports and marinas are gateways for many marine non-indigenous species (mNIS) transported via shipping worldwide. These habitats are often the focus...