Dr. Husamah is a scholar in Biology Education and Environmental Science at Universitas Muhammadiyah Malang, Indonesia. His Scopus-indexed publications reflect a sustained research trajectory in environmental education, sustainability competencies, biodiversity, conservation, ecology, ecotourism, local ecological wisdom, and technology-supported environmental monitoring. His works have addressed environmental literacy, action competence for sustainability, mangrove and coastal ecosystems, river conservation, marine biodiversity, ethnobiology, and science learning innovation. This interdisciplinary profile connects ecological research with education for sustainable development, especially in Indonesian socio-ecological contexts. His publication in Geographies is therefore highly relevant because the journal’s scope aligns with his long-standing interest in spatial environmental analysis, ecological change, conservation, and human–environment interactions. The study on sediment-driven estuarine mangrove progradation extends his previous work on mangrove ecosystems, UAV-based vegetation mapping, biodiversity, and environmental sustainability by using geospatial approaches to explain dynamic coastal landscape changes.
Dr. Husamah is a scholar in Biology Education and Environmental Science at Universitas Muhammadiyah Malang, Indonesia. His Scopus-indexed publications reflect a sustained research trajectory in environmental education, sustainability competencies, biodiversity, conservation, ecology, ecotourism, local ecological wisdom, and technology-supported environmental monitoring. His works have addressed environmental literacy, action competence for sustainability, mangrove and coastal ecosystems, river conservation, marine biodiversity, ethnobiology, and science learning innovation. This interdisciplinary profile connects ecological research with education for sustainable development, especially in Indonesian socio-ecological contexts. His publication in Geographies is therefore highly relevant because the journal’s scope aligns with his long-standing interest in spatial environmental analysis, ecological change, conservation, and human–environment interactions. The study on sediment-driven estuarine mangrove progradation extends his previous work on mangrove ecosystems, UAV-based vegetation mapping, biodiversity, and environmental sustainability by using geospatial approaches to explain dynamic coastal landscape changes.