Eva Lindström

Professor vid Institutionen för ekologi och genetik; Limnologi

Telefon:: 018-471 64 97
E-post:: Eva.Lindstrom@ebc.uu.se
Besöksadress:: Evolutionsbiologiskt centrum (EBC)
Norbyvägen 18 D
752 36 Uppsala
Postadress:: Norbyvägen 18 D
752 36 Uppsala

Ladda ned kontaktuppgifter för Eva Lindström vid Institutionen för ekologi och genetik; Limnologi

Akademiska meriter:: FD, Docent
CV:: Ladda ned CV
ORCID:: 0000-0001-8920-3071

Kort presentation

Den biologiska mångfalden bland bakterier och andra mikroorganismer är ofantlig, nya genetiska metoder har visat detta. Vi vet nu att deras mångfald varierar över tid och rum, men vi vet inte varför och vi vet inte om detta har någon betydelse för deras roll i ekosystem. Med andra ord saknar vi grundläggande kunskaper om mikroorganismers ekologi, och vet inte om de är fundamentalt annorlunda än andra organismer. Det vill jag ta reda på!

Nyckelord

limnology
lake
bacteria
diversity

Biografi

Since 2013 I am a professor in Biology at Uppsala University at the Limnology program, where I am also a part of the Microbial Ecology group.

Previous achievements include a PhD degree in Limnology at Uppsala University in 1999, and a Docent title from the same university in 2004. I have held two postdoc positions, one in 1999-2000 at the Department of Limnology of the Austrian Academy of Sciences and one in 2004 at Université du Québec à Montréal.

During my time at Uppsala University I have been teaching corresponding to 10-50% of a full time position including course development and responsibility for 9 different undergraduate and Masters courses. I have done more than 400 hours of lectures in such courses.

Courses I currently teach as course coordinator:

Limnology

Vattenvård (in Swedish)

Östersjöns miljö/The Baltic Sea environment (in Swedish and English)

I am also a member of the teacher team of the following courses:

Biodiversity and ecosystem functioning

Organismernas evolution och mångfald (in Swedish)

Biologi A (in Swedish)

Mikroorganismers liv och interaktioner (in Swedish)

Forskning

Two questions are central for my research:

1) Which factors are shaping microbial diversity?

2) Does the function of the microbial community in the ecosystem depend on the diversity or community composition?

My projects

My research is in microbial biogeography and the role of microorganisms in lake ecosystems.

The following questions are addressed in current and recent projects:

1) How important is dispersal of bacterial cells for bacterial community composition and functioning? Can massive dispersal of cells (mass effects) over shadow environmental steering factors for community composition? Is the sequence of dispersal of importance due to so called priority and monopolization effects? What about stochastic processes such as drift? Does the importance of these factors differ over season, among lakes of different types and among organism groups? What are the consequences of dispersal and community assembly for the functioning of microbial communities?

2) How important is photoheterotrophy for the role of bacteria and archaea in lake ecosystems? Phhotoheterotrophy means that light can be used as an energy source in other ways than through photosynthesis. However, we know very little about this processes, especially in lakes.

In general, questions about biogeography and biodiversity-ecosystem function relationships have been little addressed in microbial communities due to methodological constraints. Today we use novel DNA-sequencing techniques. This development has opened up the door for a new set of questions since diversity can be analysed to a great precision and depth. Finally we can address the over-all question of if microorganism biogeography and biodiversity follow similar rules as that of larger organisms or if they are fundamentally different. Only future will tell if this information will make us rewrite ecology textbooks!

Further, this research aims to increase our understanding of the role of microorganisms in ecosystems, where they play central roles in for instance carbon cycling. Thus, my research deals with the small players with global impact.

Recent and current projects have been made possible by financial support from for instance Vetenskapsrådet, The Wenner-Gren foundation, Carl Tryggers Stiftelse för Vetenskaplig forskning, Stiftelsen Oscar och Lili Lamms minne, Biodiversa, the Åforsk foundation and Stiftelsen Olle Engkvist Byggmästare.