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1
Introduction
2
Evolutionary Cycles
3
Adding Evolution to Models
4
Genotypic Phenotype Mapping
5
Fitness Landscapes
6
Evolutionary Time
7
Absorption Rate
8
Evolutionary Branching
9
phage bacterial interaction networks
10
different types of networks
11
nestedness
12
modularity
13
measurement
14
studies
15
data
16
interaction networks
17
Adaptive Dynamics
18
Darwinian Demons
19
Heavy Seeds
20
Virus Latent Period
21
Invisibility Plots
Description:
Explore the quantitative foundations of ecological and evolutionary dynamics in this comprehensive lecture from the ICTP-SAIFR Training Program in Quantitative Ecology. Delve into topics such as evolutionary cycles, genotypic phenotype mapping, fitness landscapes, and evolutionary time. Examine concepts like absorption rate, evolutionary branching, and phage-bacterial interaction networks. Investigate different types of networks, including nestedness and modularity, and learn about measurements, studies, and data related to interaction networks. Discover adaptive dynamics, Darwinian demons, heavy seeds, virus latent periods, and invisibility plots. Gain insights from speakers Joshua Weitz, Stephen Beckett, and Jacopo Marchi from Georgia Tech as they present advanced concepts in quantitative ecology and evolution over the course of 1 hour and 24 minutes.

Quantitative Foundations of Ecological and Evolutionary Dynamics - Class 10

ICTP-SAIFR
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