Blog Ivonne

Education Background

s1

s2

M.Eng., Dept. of Mechanical and Environmental Informatics, Tokyo Institute Of Technology, Tokyo – Jepang

2008

S3

Dr.Eng., Dept. of Mechanical and Environmental  Informatics, Tokyo Institute of Technology, Tokyo – Jepang

2011

Research interest

Regional Ocean Modelling (Indonesian and Red Seas)

Oceanic Eddy Processes

Blue Carbon

Klik disini

Tab Content

Potential Ocean Thermal Energy Conversion in Indonesia Waters Territory (2021)

Utilization and Linkage of Oceanic Energy in Natuna Island: A Review (2021)

Guo D., Kartadikaria A., Zhan P., Xie J., Li M., Hoteit I. Baroclinic Tides Simulation in the Red Sea: Comparison to Observations and Basic Characteristics (2018)

Toye H., Zhan P., Gopalakrishnan G., Kartadikaria A.R., Huang H., Knio O., Hoteit I. Ensemble Data assimilation in Red Sea: sensitivity to ensemble selction and atmospheric forcing (2017)

On the generation and evolution of in ternal solitary waves in the southern Red Sea (2016)

Zhan P., Subramanian A.C., Yao F., Kartadikaria A.R., Guo D., Hoteit I. The Eddy kinetic energy budget in the Red Sea (2016)

Kartadikaria A.R., Watanabe A., Nadaoka K., Adi N.S., Prayitno H.B., Soemorumekso S., Muchtar M., Triyulianti I., Setiawan A., Suratno S., Khasanah E.N. CO2 sink/source characteristics in the tropical Indonesian seas (2015)

Far-field ocean conditions and concentrate discharges modeling along the saudi coast of the red sea (2015)

Existence of eddies at crossroad of the Indonesia seas (2012)

Erratum: Ocean circulation for the Indonesia seas driven by tides and atmospheric forcings: Comparison to observational data (Journal of Geophysical Research (2011) 116(C10099) doi:10.1029/2011JC007638)(2011)

Ocean circulaton for the Indonesian seas driven by tides and atmospheric forcings: Comparison to observational data (2011)