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Modelling individual and population dynamics in application Modelling individual and population dynamics in application

Modelling individual and population dynamics in application - PowerPoint Presentation

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Uploaded On 2018-01-11

Modelling individual and population dynamics in application - PPT Presentation

Gon çalo M Marques Jan Baas Starrlight Augustine and Jean Lou Dorne The job Tools for ERA based on DEB for individuals and populations single compounds ID: 622538

debecotox deb mixtures population deb debecotox population mixtures modelling individual package model growth reproduction code review literature moa maintenance

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Presentation Transcript

Slide1

Modelling individual and population dynamics in application to risk assessment of chemical mixtures

Gon

çalo

M. Marques

Jan

Baas

,

Starrlight

Augustine

and

Jean-

Lou

Dorne

Slide2

The job:

Tools

for ERA

based on DEB forindividuals and populationssingle compounds and mixtures

Summary

in RSlide3

Summary

Literature review

Database

R code

individual model

R code

population modelSlide4

Literature review

Examples of keywords used:

• DEB

• Dynamic Energy Budget• Mixtures• Ecotoxicology• Modelling• Mortality• Growth• Reproduction• Population Dynamics• Individual based modellingSlide5

Literature review

Examples of keywords used:

• DEB

• Dynamic Energy Budget• Mixtures• Ecotoxicology• Modelling• Mortality• Growth• Reproduction• Population Dynamics• Individual based modellingT.

Jager

et al., Debkiss

or the quest for the simplest generic model of animal life history. Journal of Theoretical Biology, 328:9-18, 2013

K.

Lika

et al., The `covariation method' for estimating the parameters of the standard Dynamic Energy Budget model I: philosophy and approach. J. Sea Res., 66:270-277, 2011Slide6

Literature review

Examples of keywords used:

• DEB

• Dynamic Energy Budget• Mixtures• Ecotoxicology• Modelling• Mortality• Growth• Reproduction• Population Dynamics• Individual based modellingGeneral DEB

modelling

18

Effects

of mixtures

7

Population

dynamics

15

RefsSlide7

DEBSlide8

DEBecotox d

atabaseSlide9

DEBecotox database

par

conc

NEC

 

 

 Slide10

DEB MoASlide11

DEB MoA

Assimilation

Maintenance

Growth

Reproduction

Surviva

lSlide12

DEB MoA

Assimilation

Maintenance

Growth

Reproduction

Surviva

lSlide13

Mixtures

Assimilation

Maintenance

Growth

Reproduction

Surviva

l

Independent

actionSlide14

Mixtures

Assimilation

Maintenance

Growth

Reproduction

Surviva

l

Similar

actionSlide15

Mixtures

Quantitative Structure Activity

Relationships (QSAR)

Body-size

scaling relationshipsSlide16

DEBecotox R package

Add-my-Pet

code structureSlide17

DEBecotox R packageSlide18

DEBecotox R packageSlide19

DEBecotox R package

Typified

model

DEB

MoA

Group

of actionSlide20

DEBecotox R package

Typified

model

DEB

MoA

Group

of

actionSlide21

DEBecotox R packageSlide22

Future developments

Literature review

Database

R code

individual model

R code

population modelSlide23

Thank

you

!EFSA, Nov 2015