Oligotrophic areas represent a large proportion of the oceans, wherein microbial food webs
largely determine carbon flux dynamics and biogeochemical cycles. However, little is known …

In this study, we investigated the in situ responses of Red Sea picophytoplankton, the
dominant phytoplankton group in the oligotrophic ocean, to two toxic polycyclic aromatic …

Ongoing bioremediation research seeks to promote naturally occurring microbial polycyclic
aromatic hydrocarbon (PAH) degradation during and after oil spill events. However, complex …

Benthic microorganisms are key players in the recycling of organic matter and recalcitrant
compounds such as polyaromatic hydrocarbons (PAHs) in coastal sediments. Despite their …

The microbial diversity and functioning around oceanic islands is poorly described, despite
its importance for ecosystem homeostasis. Here, we aimed to verify the occurrence of …

There is growing concern that predicted changes to global ocean chemistry will interact with
anthropogenic pollution to significantly alter marine microbial composition and function …

To understand the impact of oil contamination on marine microbial communities, numerous
studies have been conducted following microbial dynamics after oil spills and concerning …

Increasing quantities of organic pollutants (OP) are being released to the environment,
posing a threat to Earth's life system. In the marine environment, OP pollution caused by oil …

Marine oil spills can impact both coastal and offshore marine environments, but little
information is available on how the microbial response to oil and dispersants might differ …

The use of novel high‐throughput sequencing (HTS) technologies to examine the responses
of natural multidomain microbial communities to scrubber effluent discharges to the marine …