**[[:start|Back to current School]]**

====== VI School - 2017======

=====Projects=====
  * [[2017:groups:g1:start|1. Hairy caterpillars ]]
  * [[2017:groups:g2:start|2. Whitefly-borne diseases ]]
  * [[2017:groups:g3:start|3. Healhy diet for wolves ]]
  * [[2017:groups:g4:start|4. Walking dead ants ]]
  * [[2017:groups:g5:start|5. Ladybugs' play interference ]]
  * [[2017:groups:g6:start|6. Plants' defense lose predators ]]
  * [[2017:groups:g7:start|7. Gobbling up your pollinator ]]
  * [[2017:groups:g8:start|8. A lake of midges ]]
  
===== Classes =====
  * [[2017:courses:kraenkel:start|Population Biology]]
  * [[2017:courses:debarre:start|Evolution in spatially structured populations]]
  * [[2017:courses:petrovskii:start|Mathematical Theory of Biological Invasions]]
  * [[2017:courses:deross:start|Physiologically structured population models]]
  * [[2017:courses:nourmohammad:start|Evolution of molecular phenotypes]]


===== Tutorials =====
  * [[http://nbviewer.ipython.org/github/diogro/ode_examples/blob/master/Numerical%20Integration%20Tutorial.ipynb?create=1|Numerical integration in python]]
  * [[http://nbviewer.ipython.org/github/diogro/ode_examples/blob/master/Numerical%20Integration%20Tutorial%20-%20R.ipynb?create=1|Numerical integration in R]]
  * [[http://nbviewer.ipython.org/github/diogro/ode_examples/blob/master/Qualitative%20analysis%20and%20Bifurcation%20diagram%20Tutorial.ipynb?create=1|Bifurcation diagram in python]]
  * [[http://nbviewer.ipython.org/github/diogro/ode_examples/blob/master/Qualitative%20analysis%20and%20Bifurcation%20diagram%20Tutorial%20-%20R.ipynb|Bifurcation diagram in R]]
  * [[http://nbviewer.ipython.org/github/diogro/ode_examples/blob/master/The%20Fisher-Kolmogorov%20equation.ipynb?create=1|Fisher-Kolmogorov diffusion-reaction equation]]
  * [[http://nbviewer.ipython.org/github/diogro/ode_examples/blob/master/pseR.ipynb|Latin hypercube in R]]