ScholarWorks@Korea University: Khamzina, Asia

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Khamzina, Asia (Asia Khamzina)

College of Life Sciences and Biotechnology

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Tel 02-3290-3062
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West Africa:3||Jatropha curcas:3||soil amelioration:2||climate change:2||Central Asia:2||restoration:2||Roots:2||Landsat:2||gas exchange:2||Land degradation:2||Elaeagnus angustifolia:2||Normalized Difference Vegetation Index (NDVI):1||Top Soil Grain Size Index (TGSI):1||afforestation:1||Hydrological modeling:1||species richness:1||Water balance:1||Carbon stock:1||Power function:1||Intensive silviculture:1||Optimum partitioning theory:1||Shallow groundwater:1||Conservation status:1||Importance value index:1||functional diversity:1||maximum plant height:1||soil fertility:1||Carbon sequestration:1||C13:1||Leptosol:1||Moringa oleifera:1||capillary rise:1||Multiple water users:1||Water availability index:1||Transdisciplinary:1||stream flow:1||seedling response:1||Leptosols:1||Land use system:1||structural equation modelling:1||Remote sensing:1||Biomass carbon:1||Aralkum:1||salinity:1||woody species:1||rainfall variability:1||Heightdiameter allometry:1||Aral Sea:1||ecosystem services:1||integrated land and water resource management (ILWM):1||Aral Sea Basin:1||Hill numbers:1||needle fir:1||wateruse strategy:1||Regosols:1||Soil organic carbon:1||Soil deposition:1||Tigray:1||soil environmental condition:1||LULC:1||Evapotranspiration:1||Straight vegetable oil:1||Litterbag technique:1||Medicinal use:1||Cambisols:1||Landuse system:1||saksaul:1||decomposition stage:1||litter quality:1||Canal irrigation:1||Bland and Altman analysis:1||AquaCrop model:1||Field application efficiency:1||Jatropha byproducts:1||desertification:1||enzyme activity:1||Trait plasticity:1||Functional restoration:1||scenario analysis:1||water yield:1||Soil erosion:1||Exclosures Croplands:1||Precipitation Concentration Index (PCI):1||N15:1||Soil organic carbon (SOC):1||climate sensitivity indices:1||WaNuLCAS:1||supplemental irrigation:1||Wholesystem assessment:1||urbanization:1||Development research:1||International partnership:1||Capacity building:1||Cropland degradation:1||Leaf litterfall:1||Evidencebased platform:1||Participatory monitoring:1||Ulmus pumila:1||Soil and Water Assessment Tool (SWAT):1||extreme heat:1||Korean fir:1||photosynthesis:1||soil microbial activity:1||SCSCN:1||CN analyzer:1||land degradation:1||Intercropping:1||Landuse change:1||Life Cycle Assessment:1||Manuring:1||Survival rate:1||Relative growth rate:1||Rooting depth:1||Environmental change:1||Heat dissipation sensors:1||Threatened species:1||Climate change:1||warming:1||drylands:1||Afforestation plan:1||LANDSAT:1||Soil organic carbon stock:1||Desertification:1||herbaceous perennial species:1||household respondents:1||questionnaire survey:1||Afforestation:1||Aral Sea basin:1||sapling growth:1||Seepage losses:1||agricultural land conversion:1||biodiversity:1||Drip irrigation:1||Interdisciplinary:1||Fine roots:1||Silvicultural management:1||Populus euphratica:1||drainage ratio:1||irrigation:1||spatial water balance:1||precipitation manipulation:1||forest structure:1||specific leaf area:1||tropical forests:1||

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