Organization for Women in Science for the Developing World

Recent papers from Organization for Women in Science for the Developing World

1. Spatial and temporal variability of Honduran benthic communities and reef functionality throughout the fourth global coral bleaching eventFrontiers in Marine Science · 2026
2. Connecting knowledge and action: recommendations to leverage Guatemala's scientific diaspora to address water management challengesFrontiers in Research Metrics and Analytics · 2026
3. Unprecedented heat stress and coral bleaching in 2023: a regional assessment from the Bay Islands of HondurasCoral Reefs · 2026
4. Understanding international travelers’ health risk perceptions, preferences, and decisions: a segmentation analysisTropical Diseases Travel Medicine and Vaccines · 2025
5. Knowledge management and the power of communication: INDESGUA as a social technology enabling equitable access to scholarships in GuatemalaFrontiers in Communication · 2025
6. The needed link between open science and science diplomacy—A Latin American perspectiveFrontiers in Research Metrics and Analytics · 2024
7. Tourists and epidemics: how news media cover the risks of Zika virus and chikungunya outbreaks in the AmericasCurrent Issues in Tourism · 2024
8. Tools for soil understanding: Hot Ball method, XRD, and AC complex conductivityCogent Food & Agriculture · 2023
9. Engaging Honduran Science Diasporas for Development: Evidence From Three Consolidated NetworksFrontiers in Research Metrics and Analytics · 2022
10. Engaging the Guatemala Scientific Diaspora: The Power of Networking and Shared LearningFrontiers in Research Metrics and Analytics · 2022
11. Organized Scientific Diaspora and Its Contributions to Science Diplomacy in Emerging Economies: The Case of Latin America and the CaribbeanFrontiers in Research Metrics and Analytics · 2022
12. Mitigating losses: how scientific organisations can help address the impact of the COVID-19 pandemic on early-career researchersHumanities and Social Sciences Communications · 2021
13. Combined effects of nonparaxiality, optical activity, and walk-off on rogue wave propagation in optical fibers filled with chiral materialsPhysical review. E · 2018
14. Influence of optical activity on rogue waves propagating in chiral optical fibersPhysical review. E · 2016