Copertina

Integrating historical archives and geospatial data to revise flood estimation equations for Philippine rivers

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Pubblicato in:Hydrology and Earth System Sciences vol. 29, no. 21 (2025), p. 6181-6201
Autore principale: Hoey, Trevor B.
Altri autori: Tolentino, Pamela Louise M., Guardian, Esmael, Perez, John Edward G., Williams, Richard D., Boothroyd, Richard, David, Carlos Primo C., Paringit, Enrico C.
Pubblicazione:
Copernicus GmbH
Soggetti:
Bureau of Research
United Kingdom > UK
Indonesia
Thailand
Papua New Guinea
Philippines
Luzon
Geography
Climate variability
Datasets
Watersheds
Estimates
Water resources planning
Rivers
Hydrologic observations
Water levels
Risk management
Land use
Flood risk
Uncertainty
River flow
Climate change
Archives & records
Catchment areas
Water resources
Frequency estimation
Precipitation
Spatial data
Flood forecasting
Tropical environment
River discharge
Land cover
Regional climates
Statistical methods
Annual rainfall
Floods
Stream flow
Flood predictions
Statistics
Catchments
Rainfall data
Flood management
Water discharge
Flood magnitude
Rainfall
Flood estimation
Maximum probable flood
Tropical environments
Hydrology
Environmental risk
Hydrologic data
Statistical analysis
Flood data
Regional differences
Environmental
Accesso online:Citation/Abstract
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