Ecogenomics workshop series starting in 2009!

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27 Nov 2008

Starting early in 2009, a series of workshops will be organized, each focusing on a specific subject. Participation is free and open to all who are interested. Please contact the organiser for more details. 


Gene transcription pathways and evolution of trade-offs

Summary:



 
Many species adapt to environmental change by tuning their life-histories in favour of fitness maximization. But the options are constrained by trade-offs such as increasing offspring while decreasing survivorship. Trade-offs between fitness traits are a central tennet in life-history theory and a major question is how they are regulated across different environments. This workshop aims to explore different ways of studying the genetic (transcriptional) architecture of trade-offs. How can we use high throughput technologies to study trade-offs? What are the evolutionary implications of a tightly regulated trade-off?
Date:
January 16, 2009
Venue:
Laboratory of Nematology, Wageningen University, Binnenhaven 5, Building 512, room C44, Wageningen.
Organisation: Dr. Jan Kammenga, Jan.Kammenga@wur.nl


Metagenomics and nature mining

Summary:
to be announced
Date:
March 20, 2009
Venue:
NIOO, Heteren
Organisation: Prof. Hans van Veen, H.vanVeen@nioo.nl

Comparative genomics

Summary:
to be announced
Date:
around May 15, 2009
Venue:
University of Amsterdam
Organisation: Prof. Peter van Tienderen, Tienderen@science.uva.nl

The ecogenomics of ecological stress

Summary:
to be announced
Date:
September 11, 2009
Venue:
Organisation: Joop Ouborg, J.Ouborg@science.ru.nl

Model- vs. non-model species in ecogenomics

Summary:
Within ecogenomics we aim to understand the ecological and evolutionary processes underlying biodiversity. This can be studied from the level of the individual up to the ecosystem. The use of model species (those species that have their genomic DNA sequenced) facilitates the identification and characterization of genes associated with ecologically or evolutionary relevant traits or behaviours. But most models are opportunistic species. (How) can we translate the results from model to non-models? If we would know the sequence of non-models could we answer the relevant questions?
Date:
November 20, 2009
Venue:
Laboratory of Nematology, Wageningen University, Binnenhaven 5, Building 512, C44, Wageningen.
Organisation: Jan Kammenga, Jan.Kammenga@wur.nl


 


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