The effect of male age on copulation duration with young females (light grey boxes) and old females (dark grey boxes).

<p>Asterisks indicate significant differences in copulation duration between old and young females within a male age class.</p

Effect of copulation duration on the number of eggs laid by females in the first two days after mating.

<p>Regression lines obtained from the second gamlss models are plotted. Empty symbols and dashed lines represent matings of 4-day old males; grey symbols and solid grey line depict matings of 11-day old males; filled black symbols and solid black line show matings of 19-day old males.</p

Figure 3 code

This file includes the code used to create Figure 3. It includes data (in form of matrices) that was generated using separate files. One such data generating file is provided separately here. See "Note" at the top of the code in this file

Figure 6 data generation file Sp=0.05

This file includes the code used to create one of the panels in Figure 6. It includes the life cycle loop iterated over multiple generations across a large number of combinations of parameter values

Calculations of the DeltaH and figures 5

This files uses the coefficients derived in the "Derivation" file to get exact values for the contributions of different evolutionary forces on the evolution of female choosiness

Life cycle loop with frequency-dependent cost of mate choice

This file includes the complete life cycle used in the simulations. This particular lifecycle includes frequency-dependent cost of choosiness. The simulations are run by holding the frequency of the genetic quality alleles constant. The file allows users to generate a timeseries plot for given values of parameters

Life cycle with frequency-Independentcost of mate choice

This file includes a version of the complete life cycle with frequency-INDEPENDENT cost of choosiness. Similar to the other life cycle file, the simulations are run by holding the frequency of the genetic quality alleles constant. The file allows users to generate a timeseries plot for given values of parameters. The plot provided is the same as that shown in Figure S5 of the manuscript

Calculations of the DeltaT and figures 6

This files uses the coefficients derived in the "Derivation" file to get exact values for the contributions of different evolutionary forces on the evolution of male display

Derivation of selection coefficients and notation used in equations 3 and 4

This file includes the complete derivation of the selection coefficients used to generate figures 5 and 6 in the main text of the manuscript. The file uses the notation developed by Barton and Turelli (1991; PubMedID 2016044) to separate and analyze different components of selection. These are then used to calculate the exact strength of selection from different sources in the files titles Calculation of DeltaT and DeltaH

Additional file 2 of Experimental demonstration of tethered gene drive systems for confined population modification or suppression

Additional file 2: Data Set S1. TARE drive crosses. Data Set S2. Haplolethal homing drive crosses. Data Set S3. Homing suppression drive crosses. Data Set S4. Cage data