Katja Pulkkinen

Senior Lecturer

Unit

Faculty of Mathematics and Science

Department / Division

Department of Biological and Environmental Science

Room number

YA C315.1

katja.pulkkinen@jyu.fi

Mobile

+358408469359

Postal address

Survontie 9

Fields of science

1181 Ecology, evolutionary biology

Research interests

I study the effect of nutrient and element availability on microscopic aquatic organisms, such as phytoplankton and zooplankton, and pathogens and parasites of aquatic organisms. My research increases knowledge about the effects of runoff of organic matter from land to aquatic environments. I also study the recovery of nutrients and carbon dioxide in algal biomass from recirculating aquaculture.

Publications

Publication

2026

Growth and biomass composition of Chlorella vulgaris using nutrient-rich water and CO2 from a recirculating aquaculture system

Aquaculture.

Hiltunen, Minna

Kannangara, Ruchira

Nakandalage, Bernadeth

Söderena, Olivia

Timilsina, Hemanta

Pirhonen, Juhani

Pulkkinen, Katja

Publication

2025

Accurate non-invasive quantification of astaxanthin content using hyperspectral images and machine learning

Algal Research.

Calderini, Marco L.

Pääkkönen, Salli

Yli-Tuomola, Aliisa

Timilsina, Hemanta

Pulkkinen, Katja

Pölönen, Ilkka

Salmi, Pauliina

Publication

2025

Breakdown of plastic waste into microplastics during an industrial Composting : A case study from a biowaste facility

Waste Management.

Risku, N.

Dahl, O.

Vanhanen, H.

Pulkkinen, K.

Litmanen, J.J.

Rigaud, C.

Taipale, S.J.

Publication

2025

Flow-through and cyclic fed-batch cultivation of the green microalga Haematococcus pluvialis in recirculating aquaculture effluent : strategies for sustained biomass production and astaxanthin biosynthesis

Aquacultural Engineering.

Timilsina, Hemanta

Hiltunen, Minna

Calderini, Marco L.

Salmi, Pauliina

Pirhonen, Juhani

Pulkkinen, Katja

Publication

2024

Comparison of three unionid mussel species in removing green microalgae grown in recirculating aquaculture system effluent

Hydrobiologia.

Julkunen, Ville

Stevčić, Čedomir

Pirhonen, Juhani

Pulkkinen, Katja

Publication

2024

Nutrient enrichment increases virulence in an opportunistic environmental pathogen, with greater effect at low bacterial doses

FEMS Microbiology Ecology.

Pulkkinen, Katja

Taskinen, Jouni

Publication

2023

Adaptation to a limiting element involves mitigation of multiple elemental imbalances

Journal of the royal society interface.

Jeyasingh, Punidan D.

Sherman, Ryan E.

Prater, Clay

Pulkkinen, Katja

Ketola, Tarmo

Publication

2023

Supplementing air with CO2 stripped from recirculating aquaculture improves growth of two green microalgae in aquaculture wastewater

Aquaculture.

Pirhonen, Juhani

Koukka, Silja

Pulkkinen, Katja

Publication

2022

Does the freshwater mussel Anodonta anatina remove the fish pathogen Flavobacterium columnare from water?

Hydrobiologia.

Hajisafarali, Mahsa

Aaltonen, Sari

Pulkkinen, Katja

Taskinen, Jouni

Publication

2022

Lowered nutritional quality of prey decrease the growth and biomolecule content of rainbow trout fry

Comparative Biochemistry and Physiology B: Biochemistry and Molecular Biology.

Taipale, Sami J.

Pulkkinen, Katja

Keva, Ossi

Kainz, Martin J.

Nykänen, Hannu

Katja Pulkkinen

Research interests

MIDAS - Microalgal Digital Applications - Bio