Research Fingerprints
Automated semantic analysis of research output.
Core Expertise
Semantic Radar
Complete Taxonomic Profile
Artificial intelligence analyzes all abstracts and manuscript metadata to precisely map the consistency and weight of research fields.
Fishery83%
Oceanography73%
Geography68%
Biology54%
Geology53%
No Co-Authored Relations Detected
Once publications with internal authors are synced, building the mapped network takes place automatically.
Global Collaborations & Top Areas
Interactive map showing the intensity of the author's research collaborations across the globe over the last five years.
Mapping geodata...
Research OutputQ3×
Features output statistics and 9 synchronized journal, conference, and book publications.
9 Works
ArticleSCOPUSOpen AccessSDG 142025
Assessment of Fishing Pressure on the Ole Fish Population in the Customary Area of Tomia–Wakatobi National Park Using the FISAT II Approach
Isman K.
ArticleSCOPUSOpen AccessSDG 142025
Seasonal Habitat Suitability Shifts of Anchovy (Stolephorus indicus) in the Banda Sea During Peak Catch Periods: A MaxEnt Approach
Srioktoviana S.K.
ArticleSCOPUSOpen Access2025
Spatial Modeling of Yellowfin Tuna in the Banda Sea Based on Oceanographic Factors Using MaxEnt
Asuhadi S.
ArticleSCOPUSOpen AccessSDG 142025
ENSO and IOD Effects on Sea Surface Temperature and Chlorophyll-a in the Semi-Enclosed Waters: Case Study of Bone Bay, Indonesia
Hidayat R.
ArticleSCOPUSOpen AccessSDG 142025
Estimation Potential Fishing Zones of Decapterus ruselli Using Oceanography-Based Remote Sensing Data in the Bone Gulf, Indonesia
Yuniar A.
ArticleSCOPUSOpen AccessSDG 142025
The Role of Customary Law in Sustaining Endemic Marine Species: A Case Study of Ole Fish Conservation in Wakatobi, Indonesia
Isman K.
ArticleSCOPUSOpen AccessSDG 142024
Prediction Potential Fishing Zone of the Yellowfin Tuna (Thunnus albacares) in the Southern Flores Sea Using Satellite Remote Sensing Data
Sukardi
ArticleSCOPUSOpen AccessSDG 142020
Detection of potential fishing zones of Bigeye tuna (Jhunnus obesus) at profundity of 155 M in the eastern Indian Ocean
Syah A.F.