Publications by authors named "P Hosegood"

As global temperatures continue to rise, shallow coral reef bleaching has become more intense and widespread. Mesophotic coral ecosystems reside in deeper (30-150 m), cooler water and were thought to offer a refuge to shallow-water reefs. Studies now show that mesophotic coral ecosystems instead have limited connectivity with shallow corals but host diverse endemic communities.

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Expansion of bivalve aquaculture offshore reports lower environmental impacts compared to inshore farms. Taking a Before-After Control-Impact approach, this study presents the first functional diversity analysis and long-term Biological Trait Analysis (BTA) of infauna functional traits following the development of the United Kingdom's first large-scale, offshore longline mussel farm. Located in an area historically impacted by mobile fishing gear, farm sites had the greatest number of taxa and abundance compared to control sites.

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Three Odontaspis ferox (confirmed by mtDNA barcoding) were found in the English Channel and Celtic Sea in 2023 at Lepe, UK (50.7846, -1.3508), Kilmore Quay, Ireland (52.

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Article Synopsis
  • Seamounts are vital marine habitats with high species diversity, but they are threatened by human activities and are challenging to protect due to their offshore and shallow characteristics.
  • Estimates suggest there are between 10,000 and 60,000 seamounts, with recent studies using improved bathymetry data to update these predictions, highlighting the importance of accurate mapping for marine research.
  • A survey in the British Indian Ocean Territory revealed issues with previous predictions, revealing 15 'phantom seamounts' that resulted from misinterpretations of navigational charts, showcasing the need for better data quality; the current estimate now stands at 37,889 seamounts, reflecting an increase from earlier counts.
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Manta rays forage for zooplankton in tropical and subtropical marine environments, which are generally nutrient-poor. Feeding often occurs at predictable locations where these large, mobile cartilaginous fishes congregate to exploit ephemeral productivity hotspots. Investigating the zooplankton dynamics that lead to such feeding aggregations remains a key question for understanding their movement ecology.

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