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Pregled bibliografske jedinice broj: 881740

The Estimation of the Adriatic Sea Level Variability and Changes Based on Multi- Satellite Altimetry Data


Grgić, Marijan
The Estimation of the Adriatic Sea Level Variability and Changes Based on Multi- Satellite Altimetry Data, 2017., doktorska disertacija, Geodetski fakultet, Zagreb


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Naslov
The Estimation of the Adriatic Sea Level Variability and Changes Based on Multi- Satellite Altimetry Data

Autori
Grgić, Marijan

Vrsta, podvrsta i kategorija rada
Ocjenski radovi, doktorska disertacija

Fakultet
Geodetski fakultet

Mjesto
Zagreb

Datum
21.04

Godina
2017

Stranica
171

Mentor
Bašić, Tomislav ; Nerem, Robert Steven

Ključne riječi
absolute sea level ; coastal altimetry ; digital terrain models ; interpolation methods ; offshore reference frame ; satellite altimetry validation ; sea level trends ; sea level rise impact study ; data integration ; vertical land movement

Sažetak
The measurements of sea level change are a fundamental variable of the Earth system that indicates Earth's response to climate change and other geophysical phenomena. Changes in the height of the ocean are described through the relative and absolute sea level change depending on the geodetic reference the sea level records are related to. Satellite altimetry provides absolute sea level measurements related to the global geodetic reference with high precision in the open ocean areas and lower performance in coastal areas, whereas tide gauges provide relative sea level measurements related to the adjacent land, i.e. to the local reference, with high performance in coastal areas. Based on the research objectives and hypothesis proposed, this study resulted in a novel method for reconstructing absolute sea level from satellite altimeter and tide gauge records. The method is documented, analyzed, and applied to enable improved determination of sea level variability and sea level trends for the specific area of the Adriatic Sea during the satellite altimetry era, i.e. from late 1992 onwards. Following the results of the estimates of current sea level trends and the projections of sea level change for the 21st century combined with the computed absolute sea level surfaces and the vertical representation of the land areas, the study was extended on assessing the impact of sea level change on the Adriatic coast, focusing on the eastern Adriatic. The study hence presents the expected area loss of the eastern Adriatic coast throughout the 21st century and detects the possible vulnerable areas that are expected to be significantly influenced by the sea level change.

Izvorni jezik
Engleski

Znanstvena područja
Geologija, Geodezija



POVEZANOST RADA


Ustanove:
Geodetski fakultet, Zagreb

Profili:

Avatar Url Tomislav Bašić (mentor)

Avatar Url Marijan Grgić (autor)


Citiraj ovu publikaciju:

Grgić, Marijan
The Estimation of the Adriatic Sea Level Variability and Changes Based on Multi- Satellite Altimetry Data, 2017., doktorska disertacija, Geodetski fakultet, Zagreb
Grgić, M. (2017) 'The Estimation of the Adriatic Sea Level Variability and Changes Based on Multi- Satellite Altimetry Data', doktorska disertacija, Geodetski fakultet, Zagreb.
@phdthesis{phdthesis, author = {Grgi\'{c}, Marijan}, year = {2017}, pages = {171}, keywords = {absolute sea level, coastal altimetry, digital terrain models, interpolation methods, offshore reference frame, satellite altimetry validation, sea level trends, sea level rise impact study, data integration, vertical land movement}, title = {The Estimation of the Adriatic Sea Level Variability and Changes Based on Multi- Satellite Altimetry Data}, keyword = {absolute sea level, coastal altimetry, digital terrain models, interpolation methods, offshore reference frame, satellite altimetry validation, sea level trends, sea level rise impact study, data integration, vertical land movement}, publisherplace = {Zagreb} }
@phdthesis{phdthesis, author = {Grgi\'{c}, Marijan}, year = {2017}, pages = {171}, keywords = {absolute sea level, coastal altimetry, digital terrain models, interpolation methods, offshore reference frame, satellite altimetry validation, sea level trends, sea level rise impact study, data integration, vertical land movement}, title = {The Estimation of the Adriatic Sea Level Variability and Changes Based on Multi- Satellite Altimetry Data}, keyword = {absolute sea level, coastal altimetry, digital terrain models, interpolation methods, offshore reference frame, satellite altimetry validation, sea level trends, sea level rise impact study, data integration, vertical land movement}, publisherplace = {Zagreb} }




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