Advances in Remote Sensing of the Inland and Coastal Water Zones (3rd Edition)

Dear Colleagues,

Contact areas between water and land are an important element of the environment that is constantly changing. It is related to the influence of marine and inland water masses on land and the influence of various anthropogenic factors. One of the effects of the impact may be coastal erosion, changes in the coastline, the occurrence of floods, algal blooms, pollution or changes in the functioning of ecosystems. The balanced coexistence of these two environments requires constant monitoring. Taking into account the extent of inland and coastal water areas, such monitoring can be carried out with the use of remote sensing sensors on a scale covering local analyses or covering larger sections of banks, rivers or water reservoirs. More and more detailed and diversified remote sensing data of the aquatic environment and adjacent areas make it possible to conduct comprehensive studies, which is often related to their increasing resolution, completeness, availability or development of measuring instruments.

The previous Special Issue “Advances in Remote Sensing of the Inland and Coastal Water Zones II” was a great success. We dedicate a special edition to publications related to research on the environment of coastal and inland coastal zones, undertaking comprehensive and up-to-date solutions to scientific problems. Research may also be related to new applications of remote sensing data, the development of new methods of their processing including machine learning, geospatial modelling or the assimilation of remote sensing data in forecasting models. Taking into account the constant development of remote sensing, satellite, hydrographic and other mobile sensors, in this Special Issue, we wanted to focus on their use in various environmental aspects. Research may include, among others, the detection of changes taking place in coastal zones, the analysis of water parameters, processing of data, the creation of numerical terrain and bathymetric models, ecosystem analysis and other thematically related topics.

Dr. Jacek Lubczonek
Dr. Paweł Terefenko
Dr. Katarzyna Bradtke
Dr. Marta Wlodarczyk-Sielicka
Guest Editors

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