From SwissExperiment

GEDIHAP Lumino Deployment/Fieldsite

Deployment/Fieldsite Information
Deployment	GEDIHAP Lumino	Location	Photos Videos Wikipedia Webcams
Keywords	sustainability, pathogen evolution, environmental health, food production, animal and plant health
Coordinates	46.23067803830134° N, 9.064922332763672° ELatitude: 46°13′50.441″N Longitude: 9°3′53.72″E
Altitude	270 m
Swiss Eastings
Swiss Northings
Start Date
End Date
Institutes using fieldsite	EAWAG
Experiments	gedihap: the role of genetic diversity in host-pathogen interactions in dynamic environments. (GEDIHAP)
Edit this information	Click here
Tasks	Add an experiment description Register a new measurement location Register an observation Bulk Load information Download all 2 metadata records as CSV		You are here. For help, click here
Image

Additional Information on the Fieldsite

Fieldsite Observations
Click here to register observations about the fieldsite. Enter the location name for both the database table name and parameter name.
You have not registered any observations

Search
No further information entered Click here to add a new measurement location.

Measurement Locations
Click here to add a new measurement location.

To Do info.pngList of tasks for locations in this fieldsite with status 'plan' or 'active
See projects listed on the Project management home page.
No active tasks found for GEDIHAP Lumino.

Publications related to GEDIHAP Lumino info.pngPublications based on data from this deployment/fieldsite/facility
Upload a publication or cite a publication from GEDIHAP Lumino
No publications found

http://www.cces.ethz.ch/projects/feh/gedihap

GEDIHAP: The role of genetic diversity in host-pathogen interactions in dynamic environments. This project lies at the interface between food production, environmental health, and human societies. Healthy societies are the key to sustainability. Healthy societies are based on healthy people, existing in healthy environments, and with access to a healthy food supply. Infectious diseases have major adverse effects on the environment, food supplies, and human and societal health. Genetic diversity has a major influence on the impact of infectious diseases, and infectious diseases can have a major impact on genetic diversity. Several internationally-recognized research groups work within the ETH/Eawag/WSL domains on the interplay between genetic diversity and infectious diseases, and between genetic diversity and the influence of dynamic environments, but there is no "glue" to bind them together. The proposed project offers the binding agent that could lead to development of a world leading competence center in the arena of ecology and evolution of infectious diseases.