ScholarWorks@Korea University: Cho, Ki jong

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Cho, Ki jong (조기종)

College of Life Sciences and Biotechnology (Division of Environmental Science and Ecological Engineering)

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Tel 02-3290-3064
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climate change:4||Heavy metal:3||Taylor&apos:3||tally threshold:3||DYMEX:3||Daphnia magna:3||BoxCox transformation:3||Tetranychus urticae:3||Reproduction:3||s power law:3||cadmium:3||Cadmium toxicity:2||American serpentine leafminer:2||SELDITOFMS:2||temperature:2||leafmine:2||Springtail:2||phylogeny:2||IGRs:2||Korea:2||chemical accidents:2||Biomarker:2||Heavy metals:2||tomato:2||Gammarus sobaegensis:2||Amphipoda:2||medium:2||mitogenome:2||Head capsule width:2||Biological toxicity:2||Sediment:2||Liriomyza trifolii:2||Abandoned mine:2||binomial sampling:2||Collembola:2||Western flower thrips:2||ecotoxicity:2||Mine drainage:2||risk assessment:2||Artificial soil:2||survivorship:2||gene order:2||Ecotoxicology:2||sulfuric acid:1||ISO:1||Individualbased modeling dynamic energy budget:1||age structure:1||strong acid:1||Allelopathy:1||food web ecology:1||Commonpool resource:1||Scotinophara lurida:1||intervention model:1||multivariate time series:1||r and K life history traits:1||RCP8.5 climate change scenario:1||Ecdysis:1||Hatching toxicity:1||whitefly:1||Oryzias latipes:1||biomarkers:1||Outlier cleaner:1||simulation:1||아메리카잎굴파리:1||모의실험:1||DYMEX simulation:1||Paronychiurus kimi:1||HCAP:1||Fixedprecisionlevel sampling:1||population growth:1||coplanar PCBs:1||heavy metals:1||Soil physicochemical properties:1||shifted power transformation:1||new species:1||pollutant:1||Chronic toxicity:1||longterm interaction:1||extracellular:1||Forest management:1||Menyanthes trifoliata:1||CO2:1||paddy soil:1||rising temperature:1||Toxic contribution rate:1||Melon thrips:1||Abandoned mines:1||Biomagnification:1||Folsomia quadrioculata:1||Nontarget species:1||Molting:1||Competitive dominance:1||Geographical shift:1||error correction:1||SELDITOF MS:1||wsp:1||CaCl2:1||Road deicer:1||Spatial analysis of distance indices:1||Dispersal:1||Instar number variation:1||Ephemera orientalis:1||Spatial additive model:1||adult oviposition model:1||Aleyrodidae:1||Bioaccumulation factor:1||무응답 보정:1||nonresponse adjustment:1||Empirical model:1||Mixture toxicity:1||Soil characteristics:1||Collembolan:1||reproduction:1||Frankliniella fusca:1||potato:1||PCDFs:1||Spodoptera exigua:1||adult flight:1||Toxicity identification:1||Ecological risk assessment:1||resampling simulation:1||herbicide:1||biological specimens:1||Biodiversity on the Korean Peninsula:1||springtail:1||Multiple stress:1||high resolution spatial data:1||sampling cost:1||CO2 sequestration:1||rice (Oryza sativa):1||nitric acid:1||Collembolan toxicity test:1||greenhouse gas:1||DNDC model:1||Compressed soil test:1||Life history:1||Pepper:1||internal metal concentration:1||bioindicator:1||Midge larvae:1||species interaction:1||Jeju common ranch:1||Developmental time:1||paddy field:1||Japanese medaka:1||Carboxylesterase:1||egg hatching:1||Benthic macroinvertebrates:1||Calcium chloride:1||Toxicity test:1||Baekdudaegan Mountains:1||genetic drift:1||lead:1||toxicitymodifying factor:1||cotton aphid:1||greenhouse microclimate temperature:1||temperature dependent development model:1||Fertility:1||Trialeurodes vaporariorum:1||Soil compaction:1||회귀대체법:1||SADIE:1||Pepe:1||Taylor power law:1||resampling validation:1||resistance management:1||Chironomus riparius:1||mine area:1||chromium:1||gammarays:1||PCDDs:1||stream:1||validation:1||leaveoneout method:1||microorganism:1||arachidonic acid:1||degradation:1||habitat function:1||Energy budget:1||biological control:1||shortterm interaction:1||Environmentmicrobiota interactions:1||Nutrient removal efficiency:1||model performance:1||Metal transfer:1||population growth rate:1||pH:1||Water quality parameter:1||Globalization:1||substances requiring preparation for accidents:1||Metal joint ecotoxicity:1||Native collembolan:1||Environmental variable:1||RCP 8.5 scenario:1||Phenology:1||Chlorpyrifos:1||Cytoplasmic incompatibility:1||population phenology model:1||Population growth rate:1||Fecundity:1||ratio imputation:1||Chromium:1||cadmium toxicity:1||Honeydew:1||Koko:1||Spatial distribution pattern:1||concentrationmortality line:1||METIs:1||2DE:1||digital image analysis:1||otoluidine:1||Power transformation:1||sequential sampling:1||ecotoxicity test:1||Daphnid:1||Bioavailability:1||adsorption isotherms:1||Forest budget:1||paddy mesocosm:1||Risk map:1||MaxEnt:1||Screening level assessment:1||Chlorella vulgaris:1||Burrowing behavior:1||carbon dioxide (CO2) emission:1||Survival:1||Bioindicator:1||Novel test organism:1||Rice:1||population dynamics:1||Environmental variables:1||Freshwater:1||Spatial patterns:1||Tobacco cutworm:1||Variogram models:1||greenhouse leaf surface temperature:1||개체군 밀도 변동모형:1||Phytoseiid predators:1||spatial autocorrelation:1||Regression imputation:1||Copper:1||Response surface model:1||Age structure:1||Cadmium:1||soil properties:1||Choice and nonchoice tests:1||Hot pepper:1||residual effects:1||polynomial regression:1||PDquest:1||fixedprecisionlevel sampling:1||TRE:1||bimodal model:1||Bioassay:1||Invertebrate:1||Soil health:1||cross validation:1||normality:1||spherical variogram:1||Korean indigenous species investigation project:1||Rosenzweig and MacArthur model:1||spatial sampling:1||intracellular:1||kinetic dynamics:1||Invertebrates:1||Laboratorymaintained arthropod:1||Cicuta virosa:1||CH4:1||PEC:1||SSP:1||Myzus persicae:1||Food chain:1||species diversity:1||Epidemic model:1||Life table analysis:1||Asynchrony:1||wastewater:1||Molt:1||linkage disequilibrium:1||vitellogenin:1||Central composite design:1||central composite design:1||two spotted spider mite:1||reproductive bioassay:1||genetic variation:1||MALDITOF:1||Frankliniella occidentalis:1||sampling:1||TIE:1||Helicoverpa assulta:1||spatial distribution:1||damage frequency:1||leaf mining development:1||National List of Species of Korea:1||new Korean records:1||heavy metal:1||Collembola community:1||Mobility fraction:1||Sequential extraction:1||agriculture modeling:1||Hostmicrobiota interactions:1||Nutrient cycle:1||acid spill:1||cabbage farming:1||Bioassays:1||System dynamics:1||Individualoriented modeling:1||taxonomy:1||soil:1||Ecotoxicoproteomic approach:1||Behavioral test:1||network theory:1||DNDC:1||national estimation:1||acute toxicity test:1||Molting number:1||Additive effect:1||Polycyclic aromatic hydrocarbons:1||Wolbachia:1||Nematode community analysis:1||Eggs:1||freshwater quality:1||alphaendosulfan:1||Greenhouse whitefly:1||population dynamics model:1||Life table:1||variogram:1||visual count:1||OECD artificial soil:1||무응답 대체:1||이상점 가중치 보정:1||outlier adjustment:1||Green&apos:1||association:1||Development:1||폐수:1||METIacaricides:1||twospotted spider mites:1||Frankliniella tritici:1||biomarker:1||degreeday model:1||Metal plating wastewater:1||National Institute of Biological Institute (NIBR):1||behavioral endpoint:1||Forest growth model:1||NDC:1||Climate change:1||Emergent hydrophyte:1||tillage depth:1||TER:1||Risk assessment:1||RCP:1||Line of evidence:1||Array variable:1||Folsomia octoculata:1||strong base:1||Hatching:1||Competitive response:1||Pseudokirchneriella subcapitata:1||biodiversity:1||Community resilience:1||Spring temperature:1||Transmission time:1||chronic toxicity test:1||Toxic unit approach:1||Phosphatidylcholine biomarker:1||ARIMA:1||Acidification:1||Carapace length:1||NaCl:1||melon thrips:1||insects:1||온실 내 잎 표면 온도:1||range:1||s index:1||response surface model:1||Chemical contents:1||방사선 처리:1||생태독성:1||action threshold:1||diurnal behavior:1||Thrips palmi:1||trimodal model:1||

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