ScholarWorks@Hanyang University: Kim, Baik Ho

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Kim, Baik Ho (김백호)

서울 부총장(서울) (서울 창의융합교육원)

Research Area: 환경생물학

Tel 02-2220-0960
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water quality:10||morphology:5||taxonomy:5||molecular phylogeny:4||estuary:3||CCA:3||Water quality:3||random forest:3||cyanobacteria:3||epilithic diatom:3||geosmin:3||Phytoplankton:2||Stephanodiscus hantzschii:2||Microcystis aeruginosa:2||Anabaena circinalis:2||Cyanobacteria:2||cluster analysis:2||Nitzschia:2||artificial channel:2||North Han River:2||benthic diatom:2||water quality improvement:2||2MIB:2||epilithic diatoms:2||Actinobacteria:2||rainfall:2||random forest model:2||PMC:2||rbcL:2||SSU:2||filtration rate:2||response surface methodology:2||Han River:2||diatom indices:2||mussel size:2||freshwater bivalve:2||Estuaries landuse:1||Eutrophic lake:1||Eutrophication:1||Field temperature:1||Filterfeeding bivalve:1||Flowthrough chamber system:1||Fragilaria:1||Freshwater unionid:1||Geum River System:1||Geum river basin:1||Gogorevia:1||Gomphonema:1||HCO3:1||Hannaea:1||Harmful Algal Bloom:1||Harmful algal blooms:1||Hwajinpo lagoon:1||Hypertrophic lake:1||Indicator Species Analysis:1||Inter and intraspecific filtration rate:1||Iris pseudoacorus:1||Korean multimetric diatom index:1||Korean peninsula:1||Landuse:1||Light:1||MicrocystinLR removal:1||Microcystis spp.:1||Multivariate analyses:1||North Han River System:1||Nutrient enrichment and limitation:1||PSP toxin:1||Peridinium bipes:1||Plankton:1||Plantmineral combination:1||Plantmineral composite:1||Prorocentrum:1||Pseudanabaena:1||Pseudanabaena limnetica:1||Pseudomonas fluorescens:1||Pseudomonas fluorescens HYK0210SK09:1||Sinanodonta woodiana:1||Skeletonema costatum:1||Spatial patterns:1||TSI:1||Turbid water:1||Unio douglasiae:1||Water Quality:1||Water environments:1||Water treatment:1||Yamunotri hot spring:1||algaeblocking mat:1||algal bloom:1||algal proliferation:1||algal species:1||algicidal bacteria:1||algicidal bacterium:1||algicidal mechanism:1||algivores:1||allelopathy:1||aquatic ecosystem:1||artificial structures:1||assimilation:1||biocontrol:1||bioindicator:1||biocontrol:1||biodiversity:1||biodiversity conservation:1||biological control:1||biological integrity:1||canonical corresponding analysis:1||carbon:1||ciliate:1||classification:1||community dynamic index:1||concentration:1||cover type:1||current:1||cyanobacteria Microcystis:1||cyanobacterial harmful algae:1||cyanobacterium:1||cyst germination:1||depth:1||diatom Stephanodiscus:1||diatombased assessment:1||diatoms:1||dinoflagellates:1||discharge depletion:1||distance method:1||drinking water:1||drinking water source:1||drought:1||ecological impact:1||ecosystem health:1||environment:1||environmental DNA (eDNA):1||environmental factors:1||epilithic diatom community:1||eutrophic lake:1||field temperature:1||filterfeeder:1||flow rate:1||food chain:1||freshwater:1||freshwater diatom:1||freshwater diatoms:1||freshwater redtide:1||geosmin production potential:1||harbor:1||harmful algal blooms (HABs):1||heterotrophic flagellates:1||hydrogeomorphometry:1||hydrological changes:1||indicator species:1||indicator species analysis:1||indoor mesocosm:1||ingestion:1||intermittently turbid water:1||land use:1||land use/cover type:1||mesocosm:1||microalgae:1||microcystin LR:1||microcystinmediated growth:1||microcystins:1||molecular techniques:1||natural plantmineral composite:1||new species:1||nitrogen:1||nutrient enrichment:1||odor:1||odor compounds:1||offflavor material:1||pH:1||particulate organic matter (POM):1||periphytic diatom:1||phenotypes:1||phylogenetic tree:1||phylogeny tree:1||physical method:1||phytoplankton:1||phytoplankton aggregates:1||plantmineral composite:1||plantmineral composite (PMC):1||pretreatment:1||principal component analysis:1||raphid pennate:1||removal activity:1||reservoir:1||river ecosystem health:1||selforganizing map (SOM):1||southern coastal waters of Korea and Japan:1||spatial distribution:1||species distribution models:1||spring bloom:1||stable isotope:1||stable isotope tracer:1||stream:1||stream and estuary:1||stream temperature:1||taste:1||tasteandodor compound:1||temperature:1||thermal springs:1||toxic Microcystis:1||trend analysis:1||ultrastructure:1||uptake:1||vertical difference:1||vertical weir curtain:1||water resource management:1||water treatment technologies:1||zooplankton:1||공학:1||16S rDNA:1||토목공학:1||16S rRNA:1||2methylisoborneol:1||Achnanthidium:1||Alexandrium pacificum:1||Allelochemicals:1||Allelopathic activity:1||Anabaena:1||Anabaena crassa:1||Anodonta woodiana:1||Artificial channel:1||Artificial dams:1||Asiamonsoon:1||Asian monsoon:1||Badrinath hot spring:1||Batch cultures:1||Benthic diatom:1||Benthic diatoms:1||Bioassessment:1||Bivalve:1||Blooming:1||Bukhan River:1||Chemostat:1||Cluster Analysis:1||Coagulation:1||Corbicula leana:1||Current:1||Cyanobacterial cell:1||Cyanobacterium:1||Diatom distribution:1||Dinoflagellate:1||Diphylleia rotans:1||Dolichospermum:1||Ecological gradient:1||Encyonema:1||Epilithic Diatom:1||

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