Relation between the size of IS and the number of generations in a specific host just before a successful colonization.

Diverse colony morphologies evolved in all twelve microcosms.

Gerda Saxer (130487)
Michael Doebeli (36110)
Michael Travisano (234511)

February 2013

(A) Colony size diversity after 1000 generations of selection. Populations are grouped by arabino...

Relationship between population diameter and genetic variation in monoclonal populations.

Xiaolong Wang (20235)
Wei Zhao (14321)
Lin Li (28817)
Jian You (134510)
Biao Ni (5204297)
Xia Chen (299366)

May 2018

Relationship between population diameter and genetic variation in monoclonal populations.</p

Dynamics of Population Growth

Fess, Jennifer

January 1993

The objective of this project was to examine the dynamics of population size based on age-specific l...

Phase diagrams.

Sabrina B. L. Araujo (802925)
Mariana Pires Braga (802926)
Daniel R. Brooks (802927)
Salvatore J. Agosta (458408)
Eric P. Hoberg (488853)
Francisco W. von Hartenthal (802928)
Walter A. Boeger (802929)

October 2015

Each diagram shows the probability of successful colonization (color legend at right) as function...

Scatter plots of relationships between location of introduction characteristics and metrics of outbreak probability and size.

Michael A. Robert (102240)
Rebecca C. Christofferson (231583)
Noah J. B. Silva (2994225)
Chalmers Vasquez (2994222)
Christopher N. Mores (231589)
Helen J. Wearing (245189)

August 2016

Each column shows a different population of introduction characteristic: (A,D) population size (l...

Midpoint of IS (a) and its maximum amplitude (b) in relation to the utilized resource as function of IS.

Sabrina B. L. Araujo (802925)
Mariana Pires Braga (802926)
Daniel R. Brooks (802927)
Salvatore J. Agosta (458408)
Eric P. Hoberg (488853)
Francisco W. von Hartenthal (802928)
Walter A. Boeger (802929)

October 2015

Black and gray lines show the mean and the confidence interval (of 95%), respectively. When the p...

Equilibrium relationships between genetic diversity and parasite prevalence.

Jason A. Hendry (11302608)
Dominic Kwiatkowski (35064)
Gil McVean (21571)

August 2021

(a) Boxplots showing the equilibrium parasite prevalence in hosts (x-axis) versus genetic diversity ...

Relationships between selected life-history variables and genome size (from among the significant relationships in Table 1).

Cen Zeng (560353)
Ivan Gomez-Mestre (498192)
John J. Wiens (311887)

May 2014

For ease of visualization, we plot the raw data and standard regression lines (see <a href="http:...

Predicted probability of extinction.

C. Jessica E. Metcalf (81692)
Katie Hampson (110989)
Andrew J. Tatem (82578)
Bryan T. Grenfell (44234)
Ottar N. Bjørnstad (143155)

September 2013

The x axis is population size for four childhood infections and the y axis is probability of exti...

The Effect of Population Expansion and Fertility Inheritance on the Balance Measure Mean I′

Michael G. B Blum (67101)
Evelyne Heyer (163044)
Olivier François (39338)
Fréderic Austerlitz (380321)

February 2013

For each value of the fertility inheritance parameter α and each scenario of population ex...

Correlation between Log10 parasite abundance and colony size for 148 individuals from 25 colonies of known size (RS = −0.263, p = 0.002).

Heike Lutermann (291983)
Nigel C. Bennett (153769)
John R. Speakman (380055)
Michael Scantlebury (293749)

February 2013

Correlation between Log10 parasite abundance and colony size for 148 individuals from ...

Model dynamics.

Paul E. Smaldino (210792)
Lesley Newson (487373)
Jeffrey C. Schank (487374)
Peter J. Richerson (487375)

November 2013

The three rows reflect three different costs of childbirth. The left graphs reflect the average g...

The relationship between population size and critical mutation rate is consistent across haploids and diploids.

Elizabeth Aston (502669)
Alastair Channon (502670)
Charles Day (502671)
Christopher G. Knight (502672)

December 2013

Here is the dominance parameter, as described in the section entitled Fitness Calculation. The s...

Correlation between invasion success and traits of the invading species.

Elvira Mächler (306628)
Florian Altermatt (82469)

February 2013

Traits concern size (A, B), growth rate (C, D) and carrying capacity (E, F). Left hand panels are...

A comparison of the observed and predicted number of infections from simulations.

Joel C. Miller (214929)

July 2014

Left: 5% initially infected, chosen randomly from the population. Right: 5% initially infected, c...

Diverse colony morphologies evolved in all twelve microcosms.

Gerda Saxer (130487)
Michael Doebeli (36110)
Michael Travisano (234511)

February 2013

(A) Colony size diversity after 1000 generations of selection. Populations are grouped by arabino...

Relationship between population diameter and genetic variation in monoclonal populations.

Xiaolong Wang (20235)
Wei Zhao (14321)
Lin Li (28817)
Jian You (134510)
Biao Ni (5204297)
Xia Chen (299366)

May 2018

Relationship between population diameter and genetic variation in monoclonal populations.</p

Dynamics of Population Growth

Fess, Jennifer

January 1993

The objective of this project was to examine the dynamics of population size based on age-specific l...

Phase diagrams.

Sabrina B. L. Araujo (802925)
Mariana Pires Braga (802926)
Daniel R. Brooks (802927)
Salvatore J. Agosta (458408)
Eric P. Hoberg (488853)
Francisco W. von Hartenthal (802928)
Walter A. Boeger (802929)

October 2015

Each diagram shows the probability of successful colonization (color legend at right) as function...

Scatter plots of relationships between location of introduction characteristics and metrics of outbreak probability and size.

Michael A. Robert (102240)
Rebecca C. Christofferson (231583)
Noah J. B. Silva (2994225)
Chalmers Vasquez (2994222)
Christopher N. Mores (231589)
Helen J. Wearing (245189)

August 2016

Each column shows a different population of introduction characteristic: (A,D) population size (l...

Midpoint of IS (a) and its maximum amplitude (b) in relation to the utilized resource as function of IS.

Sabrina B. L. Araujo (802925)
Mariana Pires Braga (802926)
Daniel R. Brooks (802927)
Salvatore J. Agosta (458408)
Eric P. Hoberg (488853)
Francisco W. von Hartenthal (802928)
Walter A. Boeger (802929)

October 2015

Black and gray lines show the mean and the confidence interval (of 95%), respectively. When the p...

Equilibrium relationships between genetic diversity and parasite prevalence.

Jason A. Hendry (11302608)
Dominic Kwiatkowski (35064)
Gil McVean (21571)

August 2021

(a) Boxplots showing the equilibrium parasite prevalence in hosts (x-axis) versus genetic diversity ...

Relationships between selected life-history variables and genome size (from among the significant relationships in Table 1).

Cen Zeng (560353)
Ivan Gomez-Mestre (498192)
John J. Wiens (311887)

May 2014

For ease of visualization, we plot the raw data and standard regression lines (see <a href="http:...

Predicted probability of extinction.

C. Jessica E. Metcalf (81692)
Katie Hampson (110989)
Andrew J. Tatem (82578)
Bryan T. Grenfell (44234)
Ottar N. Bjørnstad (143155)

September 2013

The x axis is population size for four childhood infections and the y axis is probability of exti...

The Effect of Population Expansion and Fertility Inheritance on the Balance Measure Mean I′

Michael G. B Blum (67101)
Evelyne Heyer (163044)
Olivier François (39338)
Fréderic Austerlitz (380321)

February 2013

For each value of the fertility inheritance parameter α and each scenario of population ex...

Correlation between Log10 parasite abundance and colony size for 148 individuals from 25 colonies of known size (RS = −0.263, p = 0.002).

Heike Lutermann (291983)
Nigel C. Bennett (153769)
John R. Speakman (380055)
Michael Scantlebury (293749)

February 2013

Correlation between Log10 parasite abundance and colony size for 148 individuals from ...

Model dynamics.

Paul E. Smaldino (210792)
Lesley Newson (487373)
Jeffrey C. Schank (487374)
Peter J. Richerson (487375)

November 2013

The three rows reflect three different costs of childbirth. The left graphs reflect the average g...

The relationship between population size and critical mutation rate is consistent across haploids and diploids.

Elizabeth Aston (502669)
Alastair Channon (502670)
Charles Day (502671)
Christopher G. Knight (502672)

December 2013

Here is the dominance parameter, as described in the section entitled Fitness Calculation. The s...

Correlation between invasion success and traits of the invading species.

Elvira Mächler (306628)
Florian Altermatt (82469)

February 2013

Traits concern size (A, B), growth rate (C, D) and carrying capacity (E, F). Left hand panels are...

A comparison of the observed and predicted number of infections from simulations.

Joel C. Miller (214929)

July 2014

Left: 5% initially infected, chosen randomly from the population. Right: 5% initially infected, c...

Diverse colony morphologies evolved in all twelve microcosms.

Gerda Saxer (130487)
Michael Doebeli (36110)
Michael Travisano (234511)

February 2013

(A) Colony size diversity after 1000 generations of selection. Populations are grouped by arabino...

Relationship between population diameter and genetic variation in monoclonal populations.

Xiaolong Wang (20235)
Wei Zhao (14321)
Lin Li (28817)
Jian You (134510)
Biao Ni (5204297)
Xia Chen (299366)

May 2018

Relationship between population diameter and genetic variation in monoclonal populations.</p

Dynamics of Population Growth

Fess, Jennifer

January 1993

The objective of this project was to examine the dynamics of population size based on age-specific l...

Relation between the size of IS and the number of generations in a specific host just before a successful colonization.

Abstract

Extracted data

Relation between the size of IS and the number of generations in a specific host just before a successful colonization.

Abstract

Extracted data

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