Università degli Studi di Napoli Federico II - DICEA
The book, “Unmanned Aerial Systems for Monitoring Soil, Vegetation, and Riverine Environment”, provides a comprehensive exploration of the applications, technologies, and methodologies related to the use of unmanned aerial systems…
If you look for a stimulating research environment in the field of hydrology, don’t miss the chance to apply for a Ph.D. scholarship at University of Naples Federico II. We…
In recent years, numerous studies have shown a growing concern about the effects of climate change on the hydrological cycle and hydrological extremes. In particular, statistical analyses on either long…
Abstract. Accurate information on surface soil moisture (SSM) content at a global scale under different climatic conditions is important for hydrological and climatological applications. Machine learning (ML) based systematic integration of…
The book “Unmanned Aerial Systems for Monitoring Soil, Vegetation, and Riverine Environments” is the result of five years of intense activities carried out within the context of the COST Action…
The world is facing a water crisis, with rising demand, diminishing resources, and the impacts of climate change exacerbating the situation. On World Water Day 2023, we are bringing together experts…
The functional relationship between detention dam inflows and outflows was derived in a closed form in a recent work, which led to a theoretically derived probability distribution (TDD) of the…
This set of three documents represents a blueprint of an Operations Manual for UAS operations (OM) targeting environmental studies, accompanied by an Emergency Response Plan (ERP) and an example of UAS operation description and…
Do not miss the Webinar organised by Drones MDPI on Drones in Geographical Applications!!! Webinar will be coordinated by George P. Petropoulos and it will include the following talks: Unmanned Aerial Systems for Monitoring…
Dear Friend and Colleagues, Recent years have been filled with numerous and intense collaborations and relevant achievements. As we come to the end of the year, we wanted to take…
The use of multispectral satellite imagery for water monitoring is a fast and cost-effective method that can benefit from the growing availability of medium–high-resolution and free remote sensing data. Since…
Dear Colleagues, Soil Moisture (SM) is a vital element in the hydrological cycle and land–atmosphere interactions. Quantification of SM and its spatiotemporal variability is valuable for understanding water availability in…
Satellite remote sensing is a highly valuable data source useful in the monitoring of surface water dynamics and an essential tool in flood risk management although several factors can interfere…
In the present work, the use of optical cameras for turbidity measurements is tested on the Bode River in Germany, which is one of the best-instrumented catchments in Central Germany…
This study suggests a rapid methodology to delineate areas prone to flood using machine learning techniques. Based on available historically flooded areas, the model employs and combines globally collectible and…