There is urgent need for effective and efficient monitoring of marine fish populations.
Monitoring eggs and larval fish may be more informative than that traditional fish surveys …

A critical factor in fisheries management is the protection of spawning sites for ecologically
and economically important fish species. DNA barcoding (ie., amplification and sequencing …

Identifying spawning sites for broadcast spawning fish species is a key element of
delineating critical habitat for managing and regulating marine fisheries. Genetic barcoding …

Marine protected areas (MPAs) are important tools for maintaining biodiversity and
abundance of marine species. However, key to the effectiveness of MPAs is monitoring of …

Identifying spawning areas for economically and ecologically important fishes is critical for
fisheries conservation and ecosystem-based management. Additionally, monitoring the …

Ichthyoplankton studies can be used to assess the abundance, distribution, and
reproductive activity of marine fishes, but few studies have monitored spawning activity at …

Monitoring marine protected areas is essential in order to assess if they are effectively
conserving marine species and their habitats. Long-term studies allow us to track changes in …

Understanding fish diversity patterns is critical for fisheries management amidst overfishing
and climate change. Fish egg surveys have been used to characterize pelagic spawning fish …

We found a startling correlation (Pearson ρ> 0.97) between a single event in daily sea
surface temperatures each spring, and peak fish egg abundance measurements the …

We find a startling correlation (Pearson ρ> 0.97) between a single event in daily sea surface
temperatures each spring, and peak fish egg abundance measurements the following …