Female Oviposition Responses to Stimuli

Density, Patchiness & Resource Distribution

About this dataset

Explore the reproductive choices of female Drosophila melanogaster with this dataset measuring various environmental stimuli, resource distribution, and oviposition responses. By examining factors such as competition levels, distribution of resources, mate quality and duration, egg-laying behavior in different scenarios and patchiness environments, learn how female flies respond to their changing surroundings. Discover how size differences between males and females varied with different outcomes when it came to total offspring count across scenarios. Also look at the visits across patches for further insight into determining oviposition decisions made by the fly species. With many data points collected from experiments that covered everything from courtship behaviors to laying records in top-bottom vials, this dataset provides a comprehensive overview into how evolutionary processes affect female reproductive decision making

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How to use the dataset

This dataset contains data on oviposition decisions made by female Drosophila melanogaster in response to environmental stimuli and resource distribution. The data can be used to investigate how the behavior of Drosophila melanogaster is affected by differences in stimulus conditions and resource availability.

To use this dataset, first explore the available variables. These include fly, treatment, competition, and distribution. These variables provide information about the type of experiment being conducted (competition level), what stimuli were used (treatment), and how resources were distributed (distribution). Additionally, there are several other metrics related to mating behaviors such as mate latency and duration as well as courtship activity (courted). Then look at metrics related to oviposition activity including total eggs laid(totaleggs) , egg1top/total/tprop (for experiment 1), egg2top/total/tprop (for experiment 2), egg3top/total/tprop(for experiment 3),egg4top /total /t prop(for experiment 4) , patch prop ,overall prop ), visit one - four,one prop- four prov etc.

Next step is to explore the breakdown of male vs female offspring produced in each vial or patch during an individual experiment using vialmaloff,vialfemaloff,,patchmalfly,,patchfmalfly . Finally look into individual flies size using msize fsize sizediff variable that help measure how a change in resources does not necessarily equate changes in reproductive viability for a given species under some circumstances.

With these data points you can use these insights may shed light on complex decision making strategies utilized by female Drosophila melanogaster when assigning resources among different potential mates or nest sites according determine their fitness levels stemming from different environmental cues based upon internal mechanisms such as high male density or precious food sources. Finally you can analyze all this information together with images returns if available visualizing changes with time represented with date time variable corroborating overall results

Research Ideas

Studying the effect of resource distribution on oviposition behaviour in Drosophila melanogaster as a measure of fitness and adaptation to different environmental contexts.

Investigating the impact of competition level, size differences between male and female flies, and treatment condition on oviposition choice.

Assessing how changes in mating latency and duration influence reproductive decision-making by comparing data from multiple experiments using the same conditions or treatments

Acknowledgements

If you use this dataset in your research, please credit the original authors.
Data Source

License

License: CC0 1.0 Universal (CC0 1.0) - Public Domain Dedication
No Copyright - You can copy, modify, distribute and perform the work, even for commercial purposes, all without asking permission. See Other Information.

Columns

File: Churchill_et_al_2021_oviposition_data.csv

Column name	Description
date	Date of the experiment. (Date)
time	Time of the experiment. (Time)
vial	Vial number. (Number)
fly	Fly ID. (Number)
treatment	Treatment details. (Text)
competition	Experiment competition level. (Number)
distribution	Resource distribution. (Text)
tested	Number of flies tested. (Number)
matelat	Male attractiveness ratings. (Number)
matedur	Courtship duration time. (Time)
courted	Number of flies courted. (Number)
rpi	Ratio of male to female offspring. (Number)
msize	Male body size. (Number)
fsize	Female body size. (Number)
sizediff	Difference between male and female body sizes. (Number)
egg1top	Number of eggs laid in the top vial. (Number)
egg1total	Total number of eggs laid. (Number)
egg1tprop	Proportion of eggs laid in the top vial. (Number)
egg2top	Number of eggs laid in the second vial. (Number)
egg2total	Total number of eggs laid in the second vial. (Number)
egg2tprop	Proportion of eggs laid in the second vial. (Number)
egg3top	Number of eggs laid in the third vial. (Number)
egg3total	Total number of eggs laid in the third vial. (Number)
egg3tprop	Proportion of eggs laid in the third vial. (Number)
egg4top	Number of eggs laid in the fourth vial. (Number)
egg4total	Total number of eggs laid in the fourth vial. (Number)
egg4tprop	Proportion of eggs laid in the fourth vial. (Number)
totaleggs	Total number of eggs laid across all vials. (Number)
totaloffspring	Total number of offspring produced. (
oneprop	Proportion of eggs laid in the first vial. (Number)
twoprop	Proportion of eggs laid in the second vial. (Number)
threeprop	Proportion of eggs laid in the third vial. (Number)
fourprop	Proportion of eggs laid in the fourth vial. (Number)
overallprop	Proportion of eggs laid across all vials. (Number)

Acknowledgements

If you use this dataset in your research, please credit the original authors.
If you use this dataset in your research, please credit .

Tables

Churchill Et Al 2021 Oviposition Data

@kaggle.thedevastator_female_oviposition_responses_to_stimuli.churchill_et_al_2021_oviposition_data

47.96 KB
109 rows
59 columns


CREATE TABLE churchill_et_al_2021_oviposition_data (
  "date" BIGINT,
  "time" DOUBLE,
  "vial" BIGINT,
  "fly" VARCHAR,
  "treatment" VARCHAR,
  "competition" VARCHAR,
  "distribution" VARCHAR,
  "tested" VARCHAR,
  "matelat" VARCHAR,
  "matedur" VARCHAR,
  "courted" BIGINT,
  "mated" BIGINT,
  "rpi" VARCHAR,
  "msize" VARCHAR,
  "fsize" VARCHAR,
  "sizediff" VARCHAR,
  "egg1top" VARCHAR,
  "egg1side" VARCHAR,
  "egg1total" VARCHAR,
  "egg1tprop" VARCHAR,
  "egg2top" VARCHAR,
  "egg2side" VARCHAR,
  "egg2total" VARCHAR,
  "egg2tprop" VARCHAR,
  "egg3top" VARCHAR,
  "egg3side" VARCHAR,
  "egg3total" VARCHAR,
  "egg3tprop" VARCHAR,
  "egg4top" VARCHAR,
  "egg4side" VARCHAR,
  "egg4total" VARCHAR,
  "egg4tprop" VARCHAR,
  "totaleggs" VARCHAR,
  "patchlayyn" VARCHAR,
  "patchnumber" VARCHAR,
  "patchmalefly" VARCHAR,
  "patchfemalefly" VARCHAR,
  "patchtotalfly" VARCHAR,
  "patchprop" VARCHAR,
  "vialmaleoff" VARCHAR,
  "vialfemaleoff" VARCHAR,
  "vialtotaloff" VARCHAR,
  "viallayyn" VARCHAR,
  "vialprop" VARCHAR,
  "totaloffspring" VARCHAR,
  "totalmale" VARCHAR,
  "totalfemale" VARCHAR,
  "totalprop" VARCHAR,
  "images" VARCHAR,
  "patchvisityes" VARCHAR,
  "visitone" VARCHAR,
  "visittwo" VARCHAR,
  "visitthree" VARCHAR,
  "visitfour" VARCHAR,
  "oneprop" VARCHAR,
  "twoprop" VARCHAR,
  "threeprop" VARCHAR,
  "fourprop" VARCHAR,
  "overallprop" VARCHAR
);