幸运大转盘

Bilde av Esteves, Mariana
Bilde av Esteves, Mariana
Prosjektleder Institutt for geovitenskap mariana.esteves@uit.no +4777620920 Tromsø Her finner du meg

Mariana Esteves


Stillingsbeskrivelse

As the Project Manager for the European Research Council Synergy Grant project , Mariana leads and coordinates both the administrative and communication activities of the project, while collaborating closely with project leads, the consortium, and communication teams at 幸运大转盘, NORCE, and AWI. Mariana's role involves managing the daily operations, organizing events, overseeing internal and external communication, and driving project strategies. Mariana also engages with stakeholders, support dissemination activities, coordinate project reporting and budgeting, and ensure smooth information flow within the consortium and among collaborators.

Prior to this, Mariana worked as:

  1. Project Coordinator for the Directors of iC3 at the Department of Geosciences, 幸运大转盘 The Arctic University of Norway, helping to coordinate and oversee several of the directors projects, including:
    - iC3 associated projects, such as setting up the  and Centre Roadmap; 
    RCN FRIPRO project METALLICA - Meltwater release of heavy meTALs from gLacIer to ocean in a Changing Arctic.
  2. Centre Manager (2022-2023) and Communications Advisor (2021-2022) for the previous Norwegian Centre of Excellence at the Department, ;
  3. Temporary Centre Manager (April-June 2023) for ; 
  4.  (2018-2022), focusing on an array of projects, including reconstructing the marine-based parts of the Barents-Fennoscandian Ice Sheet and investigating subglacial hydrological systems and ice stream retreat patterns in the Barents Sea since the Last Glacial Maximum. PhD was completed at 幸运大转盘 August 2018. 

 

Mariana is an active member of the Department of Geosciences JEDI (Justice, Equity, Diversity, and Inclusion) group and was co-lead from January 2024-January 2025.


  • Mariana Esteves, Henry Patton, Monica Winsborrow :
    Chapter 13 - The Eurasian Arctic: glacial landforms during main deglaciation (18.9鈥14.6 ka)
    Elsevier 2023
  • Lis Allaart, Henry Patton, Mariana Esteves :
    Chapter 50 - The Eurasian Arctic: glacial landforms from the Younger Dryas (12.9鈥11.7 ka)
    Elsevier 2023
  • Henry Patton, Monica Winsborrow, Mariana Esteves :
    Chapter 32 - The Eurasian Arctic: glacial landforms from the B酶lling鈥揂ller酶d Interstadial (14.6鈥12.9 ka)
    Elsevier 2023
  • Calvin Shackleton, Henry Patton, Monica Winsborrow, Mariana Esteves, Lilja R霉n Bjarnad貌ttir, Karin Marie Andreassen :
    Distinct modes of meltwater drainage and landform development beneath the last Barents Sea ice sheet
    Frontiers in Earth Science 2023 /
  • Hans Petter Sejrup, Berit Oline Blihovde Hjelstuen, Henry Patton, Mariana Esteves, Monica Winsborrow, Tine Lander Rasmussen m.fl.:
    The role of ocean and atmospheric dynamics in the marine-based collapse of the last Eurasian Ice Sheet
    Communications Earth & Environment 2022 /
  • Monica Winsborrow, Henry Jared Patton, Mariana Esteves :
    Chapter 8 - The Eurasian Arctic
    Elsevier 2022
  • Henry Jared Patton, Monica Winsborrow, Mariana Esteves :
    Chapter 51 - The Eurasian Arctic: glacial landforms from the Last Glacial Maximum
    Elsevier 2022
  • Monica Winsborrow, Henry Jared Patton, Mariana Esteves, Nikolitsa Alexandropoulou :
    Chapter 32 - The Eurasian Arctic: glacial landforms prior to the Last Glacial Maximum (before 29 ka)
    Elsevier 2022
  • Karsten Gohl, Gabriele Uenzelmann-Neben, Johanna Gille-Petzoldt, Claus-Dieter Hillenbrand, Johann P. Klages, Steven M. Bohaty m.fl.:
    Evidence for a Highly Dynamic West Antarctic Ice Sheet During the Pliocene
    Geophysical Research Letters 2021 /
  • Karsten Gohl, Julia S. Wellner, Adam Klaus, Thorsten Bauersachs, Steven M. Bohaty, Margot Courtillat m.fl.:
    Development and sensitivity of the West Antarctic Ice Sheet tested from drill records of the Amundsen Sea Embayment
    International Ocean Discovery Program 2019
  • Calvin Shackleton, Henry Patton, Alun Lloyd Hubbard, Monica Winsborrow, Jonathan Kingslake, Mariana da Silveira Ramos Esteves m.fl.:
    Subglacial water storage and drainage beneath the Fennoscandian and Barents Sea ice sheets
    Quaternary Science Reviews 2018 /
  • Mariana da Silveira Ramos Esteves, Lilja R煤n Bjarnad贸ttir, Monica Winsborrow, Calvin Shackleton, Karin Andreassen :
    Retreat patterns and dynamics of the Sentralbankrenna glacial system, central Barents Sea
    Quaternary Science Reviews 2017 /
  • Jan H枚per, Jemma Louise Wadham, Philipp Spitzer, Monica Caroline Mackay Winsborrow, Martin Gr枚ger, Heck Volker m.fl.:
    GlacierXperience meets METALLICA - 脴kt studiekvalitet igjennom faglig og didaktisk samarbeid p氓 tvers av fakulteter
    2024
  • Sarah Louise Tingey, Mariana Da Silveira Ramos Esteves :
    METALLICA: MEltwater release of heavy meTALs from gLacIer to ocean in a Changing Arctic
    2023
  • Henry Jared Patton, Alun Lloyd Hubbard, Jakob Heyman, Nikolitsa Alexandropoulou, Amando P. E. Lasabuda, Arjen P Stroeven m.fl.:
    A time-transgressive perspective of glacial erosion and meltwater beneath the Eurasian ice sheet
    2023
  • Mariana Da Silveira Ramos Esteves :
    AKMA-OceanSenses Expedition receives endorsement from UN Ocean Decade
    2022
  • Mariana Esteves :
    CAGE Invites Conference on the Changing Arctic: Ocean, Ice, and Climate
    2022
  • Mariana Esteves :
    CAGE scientists will lead the newly funded Norwegian Centre of Excellence for Outstanding Research at 幸运大转盘: Centre for ice, Cryosphere, Carbon and Climate (iC3)
    2022
  • Mariana Esteves :
    Methane leaks in the Arctic 鈥 How do they affect the climate and environment?
    2022
  • Mariana Esteves :
    Muhammed Fatih Sert will defend thesis on 鈥淏iogeochemistry of dissolved organic matter in Arctic Ocean waters charged with methane鈥
    2022
  • Mariana Esteves :
    Welcome aboard our virtual research cruise!
    2022
  • Mariana Esteves, Karin Marie Andreassen :
    Formidling av forskning i CAGE
    Ottar 2022 FULLTEKST
  • Mariana Esteves :
    The incredible power of the ice that sculpted Europe鈥檚 landscape
    2022
  • Mariana Esteves :
    Methane emissions in the Arctic diversify the diets of marine ecosystems living in productive shallow-marine areas
    2022
  • Mariana Esteves :
    Methane in a changing Arctic: the final international CAGE conference
    2022
  • Mariana Esteves :
    New state-of-the-art technology collects a unique time series from methane seeps in the Arctic
    2022
  • Mariana Esteves :
    Knut Ola D酶lven defends thesis on 鈥淢easuring Methane in the Arctic Ocean 鈥 From legal framework to time series analysis via technology innovation 鈥
    2022
  • Mariana Esteves :
    Warmer bottom water temperatures increased methane seepage in the NW Barents Sea
    2021
  • Mariana Esteves :
    Katarzyna Melaniuk defends thesis on 鈥楢ssessing the relationship between living benthic foraminifera and methane emissions in the Arctic Ocean鈥
    2021
  • Mariana Esteves :
    Vincent Carrier defends thesis on 鈥淢icrobial community structure associated to Arctic cold seeps鈥
    2021
  • Maja Sojtaric, Mariana da Silveira Ramos Esteves :
    Methane nibbling bacteria are more active during summer
    2021
  • Mariana Esteves :
    Geochemical measurements using the CAGE Mass Spectrometer contributes to high impact climate research
    2021
  • Mariana Esteves :
    Naima El Bani Altuna defends thesis on millennial-scale variability of the Atlantic water inflow in the Nordic Seas and the Barents Sea
    2021
  • Monica Winsborrow, Jochen Manfred Knies, Vincent Carrier, Mariana Esteves, Clea Fabian, Andre Jensen m.fl.:
    Cage21-6 Cruise report. Hydrocarbon leakage in Hopendjupet, central Barents Sea
    幸运大转盘 Norges arktiske universitet 2021
  • Hans Petter Sejrup, Berit Oline Blihovde Hjelstuen, Mariana Esteves, Henry Patton, Monica Winsborrow, Karin Andreassen m.fl.:
    Disintegration of the marine based parts of the last Eurasian Ice Sheet聽
    2020
  • Mariana da Silveira Ramos Esteves, Calvin Shackleton, Monica Winsborrow, S. J. Livingstone, Denise Christina R眉ther, Lilja R煤n Bjarnad贸ttir m.fl.:
    Investigating palaeo-subglacial lakes in the central Barents Sea
    2019
  • Mariana da Silveira Ramos Esteves :
    Glacial History of the Amundsen Sea, West Antarctica, to be recovered in IODP Drill Cores
    2019
  • Mariana da Silveira Ramos Esteves, Monica Winsborrow :
    Collapse of a marine-based ice sheet
    幸运大转盘 Norges arktiske universitet 2018
  • Mariana da Silveira Ramos Esteves, Calvin Shackleton, Monica Winsborrow, Karin Andreassen, Lilja R煤n Bjarnad贸ttir :
    Investigating palaeo-subglacial lakes in the central Barents Sea
    2017
  • Mariana da Silveira Ramos Esteves :
    Retreat patterns and dynamics of the Sentralbankrenna Ice Stream, Central Barents Sea
    2016
  • Mariana da Silveira Ramos Esteves, Lilja R煤n Bjarnad贸ttir, Monica Winsborrow, Karin Andreassen :
    Deglaciation of the Sentralbankrenna Ice Stream in the Central Barents Sea
    2016
  • Calvin Shackleton, Lilja R煤n Bjarnad贸ttir, Monica Winsborrow, Mariana da Silveira Ramos Esteves, Karin Andreassen :
    Subglacial hydraulic conditions of the former Barents Sea Ice Sheet inferred from meltwater landforms
    2016
  • Calvin Shackleton, Lilja R煤n Bjarnad贸ttir, Monica Winsborrow, Mariana da Silveira Ramos Esteves, Karin Andreassen :
    Subglacial hydraulic conditions of the former Barents Sea Ice Sheet inferred from meltwater landforms
    2016
  • Mariana da Silveira Ramos Esteves, Lilja R煤n Bjarnad贸ttir, Denise Christina R眉ther, Monica Winsborrow, Karin Andreassen :
    Potential subglacial basins in the Central Barents Sea; implications on the dynamics and retreat patterns of Sentralbanken
    2015
  • Mariana da Silveira Ramos Esteves, Lilja R煤n Bjarnad贸ttir, DC Ruther, Monica Winsborrow, Karin Andreassen :
    Potential subglacial basins in the Central Barents Sea; implications on the dynamics and retreat patterns of Sentralbankrenna
    2015
  • Lilja R煤n Bjarnad贸ttir, Monica Winsborrow, Karin Andreassen, Mariana da Silveira Ramos Esteves, Calvin Shackleton :
    The influence of subglacial hydrology on glacial dynamics
    2015