Henriikka Kivilä

Henriikka Kivilä

Postdoctoral Researcher
Unit
Faculty of Mathematics and Science
Department / Division
Department of Biological and Environmental Science
Room number
Email
henriikka.e.kivila@jyu.fi
Mobile
+358504421842
Postal address
Survontie 9

Research interests

I study the drivers and impacts of environmental change in aquatic systems, using both modern limnological methods and paleolimnological sediment archives that reach some thousands of years back in time. Much of my research focuses on Arctic lakes that are highly vulnerable to climate change, but I also work in the boreal environment, where lakes face multiple stressors due to human actions.   

Publications

Publication
2022

Catena.
Kivilä, E. Henriikka
Rantala, Marttiina V.
Antoniades, Dermot
Luoto, Tomi P.
Nevalainen, Liisa
Rautio, Milla
Publication
2020

Hydrobiologia.
Kivilä, E. Henriikka
Luoto, Tomi P.
Rantala, Marttiina, V
Nevalainen, Liisa
Publication
2019

Hydrobiologia.
Nevalainen, Liisa
Kivilä, Henriikka
Luoto, Tomi P.
Rantala, Marttiina V.
Damme, Kay Van
Publication
2019

Aquatic Sciences.
Luoto, Tomi P.
Rantala, Marttiina V.
Kivilä, Henriikka
Nevalainen, Liisa
Ojala, Antti E. K.
Publication
2019

Freshwater Biology.
Kivilä, Henriikka
Luoto, Tomi P.
Rantala, Marttiina V.
Kiljunen, Mikko
Rautio, Milla
Nevalainen, Liisa
Publication
2019

JYU dissertations.
Kivilä, Henriikka
Publication
2019

Science of the Total Environment.
Luoto, Tomi P.
Rantala, Marttiina V.
Kivilä, Henriikka
Nevalainen, Liisa
Publication
2017

International Journal of Climatology.
Luoto, Tomi
Kivilä, Henriikka
Rantala, Marttiina V.
Nevalainen, Liisa
Publication
2017

Hydrobiologia.
Belle, Simon
Luoto, Tomi
Kivilä, Henriikka
Nevalainen, Liisa
Publication
2016

Biogeochemistry.
Nevalainen, Liisa
Kivilä, Henriikka
Luoto, Tomi

Projects

Logo with a daphnia on blue to brown gradient background and ephippia in sediment.
Project

Daphnia ephippia as time capsules – using dormant eggs to detect browning-induced shifts in lake biogeochemistry (Hippicap)

The aim of the Hippicap project is to use multiple proxies in sediment core studies to show how browning has changed – and is still changing - the structure and function of small lakes.