Award Winners

Award Winners

 Title First Name Last Name Institution/Organization Country Subject Track Subject Area Selected for Winner Profile
DrDROH ARSENEBEHIUNIVERSITE DE MAN, COTE D'IVOIRECôte d'IvoireMathematicsNonlinear analysisBest Researcher AwardView Profile
Drsamehben mabroukfaculty of sciences of sfaxTunisiaBiology and Life Sciencesbiochemistry and food applicationBest Researcher AwardView Profile
DrYoussefBencharkiICARDAMoroccoBioelectronics and BiomaterialsBest Researcher AwardView Profile
DrPoojaBhatia NarangN/AUnited StatesArts and HumanitiesApplied Linguistics, CompositionBest Researcher AwardView Profile
Assoc Prof DrWeiweiBianInner Mongolia University of Science and TechnologyChinaOthersFretting corrosion for structural materialBest Researcher AwardView Profile
DrweibianShanxi Medical UniversityChinaNanotechnologyNanomedicine technologyBest Researcher AwardView Profile
MsStylianiBilianiUniversity of PatrasGreeceEnvironmental ScienceEnvironmental EngineeringResearch Excellence AwardView Profile
Assoc Prof DrMohd RadziBin HilmiDepartment of Optometry and Visual Science (DOVS), Kulliyyah of Allied Health Sciences (KAHS), International Islamic University Malaysia (IIUM)MalaysiaMedicine and Health SciencesOptometryResearch Excellence AwardView Profile
MsSamiraBinte SaifUniversity of DhakaBangladeshEnvironmental and Sustainable MaterialsEconomics, MIS, LandscapingExcellence in Innovation AwardView Profile
Assoc Prof DrIoana RoxanaBordeaUniversity of Medicine and Pharmacy Iuliu Hatieganu Cluj NapocaRomaniaDentistryDentistryExcellence in Research AwardView Profile
DrUteBotzenhartTU DresdenGermanyMedicine and Health SciencesOrthodonticsResearch Excellence AwardView Profile
MsPratikshaBramheDepartment of Pharmaceutical Sciences R.T.M. Nagpur University NagpurIndiaPharmacology, Toxicology and Pharmaceutical SciencePharmaceutical SciencesBest Paper AwardView Profile
Prof DrAnjaBräuerUniversität Oldenburg, Institut für AnatomieGermanyMedicine and Health SciencesAnatomie, Molekulare- und Zelluläre NeurobiologieExcellence in ResearchView Profile
DrChaoCaiHuazhong University of Science and Technology, School of Materials Science and EngineeringChinaAdvanced Materials EngineeringAdditive Manufacturing, Hot Isostatic PressingYoung Scientist AwardView Profile
MrXianLingCaoShandong University of Traditional Chinese Medicine, China; Fudan University, ChinaChinaGenetics and GenomicsObstetrics and Gynecology - Placental DiseasesBest Researcher AwardView Profile
DrYuCaoDalian maritime universityChinaComputer Science and Artificial IntelligenceIntelligent optimizationBest Researcher AwardView Profile
DrZiCaoHenan UniversityChinaHumanities and Science Integrationenvironmental management; health economyBest Researcher AwardView Profile
Assoc Prof DrWenxiuCaoHunan City UniversityChinaChemical EngineeringMetal Organic FrameworksWomen Researcher AwardView Profile
MrİsmailÇaparZonguldak Bülent Ecevit University, Faculty of DentistryTurkeyDentistryOral and Maxillofacial Radiology, Artificial Intelligence in Dentistry, Diagnostic ImagingInnovative Research AwardView Profile
MsIoanaCaprarBabes-Bolyai UniversityRomaniaEnvironmental ScienceAssessing the Potential Microplastic Sources and Retention Efficiency in Valencia’s Tancat de la Pipa Wetland Abstract Constructed wetlands are promising nature-based solutions for mitigating environmental pollution, able to retain suspended solids as microplastic (MP) particles. This study aims (i) to identify potential sources and transport pathways of MPs in the Tancat de la Pipa constructed wetland (Spain), using a conceptual source-attribution approach based on spatial distribution, particle characteristics, catchment characteristics, hydrological connections, and the available literature and official information, as well as (ii) to evaluate the effectiveness of the wetland in retaining MPs within the investigated size range. Sampling was conducted at six locations representing two inlet canals, two internal sites, and two outlet points of the wetland towards Albufera Lake. Higher MP abundances were recorded at the inlet, while lower concentrations at internal and outlet sites indicated partial retention, with apparent removal efficiencies ranging from 24% to 50%, depending on the sampling campaign. Blue and transparent MPs predominated, while polyethylene (47%) and polyester (18%) were the dominant polymers, followed by polymethyl methacrylate (10%), polystyrene (8%), and polypropylene (7%). The spatial distribution and particle characteristics, together with catchment land use and hydrological connections, indicated potential contributions from mixed sources, including packaging, agricultural activities, wastewater, traffic runoff, fisheries, and industrial activities. These findings provide an initial assessment of potential MP sources and transport pathways in a Mediterranean wetland and indicate partial retention of MPs within the investigated size range, supporting the need for longer-term and source-specific monitoring to improve source attribution and evaluate seasonal variability. Keywords: microplastics; wetland; Albufera; pollution; nature-based solutionsInnovative Research AwardView Profile
 Title First Name Last Name Institution/Organization Country Subject Track Subject Area Selected for Winner Profile