Using physically based synthetic peak flows to assess local and regional flood frequency analysis methods

G Perez, R Mantilla, WF Krajewski… - Water Resources …, 2019 - Wiley Online Library
Although prior studies have evaluated the role of sampling errors associated with local and
regional methods to estimate peak flow quantiles, the investigation of epistemic errors is …

Spatial and temporal Hurst exponent variability of rainfall series based on the climatological distribution in a semiarid region in Mexico

AA López-Lambraño, C Fuentes, AA López-Ramos… - Atmósfera, 2018 - scielo.org.mx
ABSTRACT A fractal analysis from rainfall events registered in a semiarid region was carried
out. The analysis was executed for Baja California, Mexico, a region that presents a high …

On highly skewed fractional log‐stable noise sequences and their application

H Pavlopoulos, G Chronis - Journal of Time Series Analysis, 2023 - Wiley Online Library
Considering log‐LFSN (log‐linear fractional stable noise) sequences {Y n= e δ· X n+ ε} n∈
ℤ, driven by non‐Gaussian one‐sided LFSN {X n} n∈ ℤ with constant skewness intensity β …

Explaining the physics behind regional peak flow equations using the scaling theory of floods and river network descriptors

GJP Mesa - 2019 - search.proquest.com
The development of regional flood-frequency equations is a key component of engineering
infrastructure design and flood risk assessment at ungauged sites. These equations are …

[PDF][PDF] Rainfall detection by tomographic inversion of commercial radio link data: a pilot project in italy

R Nebuloni, C De Michele… - … Science and Technology …, 2017 - cest2017.gnest.org
Within MOPRAM project, we investigate the use of a network of microwave radio links to a)
improve the accuracy and reliability of precipitation fields detection and rainfall estimation …