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This code underpins the aspatial stochastic population model presented in the article "Modelling effects of water regulation on the population viability of threatened amphibians"

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Stochastic Population Model for Litoria raniformis

These files underpin the aspatial stochastic population models presented in the article "Modelling effects of water regulation on the population viability of threatened amphibians"

AUTHOR: Rupert Mathwin and Corey Bradshaw

CONTACT: rupert.mathwin.ecology@gmail.com

URL: http://GlobalEcologyFlinders.com

INSTITUTION: Flinders University

INSTITUTION: Rupert.Mathwin.Ecology

RELEASE DATE: April 2021

R code accompanies article:

Mathwin, R, Wassens, S, Gibbs, MS, Young, J, Ye, Q, Saltré, F, and Bradshaw, CJA Modelling effects of water regulation on the population viability of threatened apmphibians. in review

AIM: Stochastic population model of the population viability of Litoria raniformis at wetlands of four size classes at sill heights of 7 to 11 metres mAHD under natural and regulated flow between Locks 3 and 2.

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This code underpins the aspatial stochastic population model presented in the article "Modelling effects of water regulation on the population viability of threatened amphibians"

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