Scientists and decision-makers need tools that can assess which specific pressures lead to
ecosystem deterioration, and which measures could reduce these pressures and/or limit …

In the current study, remotely sensed sea surface ocean temperature (SST) and sea surface
chlorophyll (SSC), an indicator of tuna abundance, were used to determine the optimal …

Decision strategies in fisheries management are often directed by the geographic
distribution and habitat preferences of target species. This study used remote sensing data …

Understanding the spatial arrangement of species in maritime settings necessitates the
study of oceanography. Hence, doing a study on the correlation between oceanography and …

Species distribution models (SDMs) have received increasing attention in freshwater
management to support decision making. Existing SDMs are mainly data-driven and often …

Eichhornia crassipes is one of the most ubiquitous invasive aquatic species in the world that
negatively impact on native fauna and flora. The information on the occurrence of such …

Identifying the most important independent environmental variables affecting the habitat
preferences of marine fish species is very important for a proper and effective fisheries …

Abstract The distribution of Caspian Kutum, Rutilus kutum, an economically important fish
species with a limited understanding of its ecology, was investigated along the southern …

Istnaeni ZD, Gaol JL, Zainuddin M, Fitrianah D. 2023. Implementation of the Pelagic Hotspot
Index in detecting the habitat suitability area for bigeye tuna (Thunnus obesus) in the …

Since the 1990s, anthropogenic activities have been the major direct or indirect threats to
the structural and functional organization of the unique ecosystem of the Caspian Sea (CS) …