library('ggplot2') # Load ggplot2 package
data(msleep) # Make msleep data availableOverview of the Data Sets (Website Version)
msleep
msleepis a built-in data set that comes with the packageggplot2. The data can be made available by giving the following commands (ggplot2 package must be installed)
The data give morphological data and sleeping patterns of 83 mammals species from 19 orders.
The data are from the publication:
Savage, VM and West, GB (2007) A quantitative, theoretical framework for understanding mammalian sleep. Proceedings of the National Academy of Sciences, 104 (3):1051-1056.
(opens in a new window)http://www.pnas.org/content/104/3/1051.abstract
The msleep dataset has 11 variables:
| Variable name | Definition of the variable |
|---|---|
| name | = species common name |
| genus | = genus name |
| vore | = feeding type (carnivore/herbivore/omnivore/insectivore) |
| order | = name of the order |
| conservation | = the IUCN conservation status of the species (lc/nt/en/domesticated vu/cd) |
| sleep_total | = total sleep time (hours) |
| sleep_rem | = REM sleep time (hours) |
| sleep_cycle | = length of sleep cycle (hours) |
| awake | = time spent awake (hours) |
| brainwt | = brain weight (kg) |
| bodywt | = body weight (kg) |
WOLF.CSV
This file is a text file of comma separated variables. The data can be downloaded from(opens in a new window)http://dx.doi.org/10.5061/dryad.5fp5m
The data in this file are from the publication:
Bryan H, Smits J, Koren L, Paquet P, Musiani M, Wynne-Edwards K (2014) Heavily hunted wolves have higher stress and reproductive steroids than wolves with lower hunting pressure. Functional Ecology 29(3): 347-356.(opens in a new window)http://dx.doi.org/10.1111/1365-2435.12354
This dataset includes measurements of cortisol, testosterone, and progesterone in wolf hair samples collected from hunters in the tundra-taiga and northern boreal forest of Canada. Additional samples were collected from wolves killed as part of a control program in the boreal forest (population 3).
This dataset has seven variables:
| Variable name | Definition of the variable |
|---|---|
| Individual | = the ID of each individual (1-178) |
| Sex | = the sex of each individual (M=male, F=female) |
| Population | = the population that each individual belongs to |
| . | (1=boreal forest, lightly hunted, 2=tundra-taiga, heavily hunted, 3=boreal forest, heavily hunted). |
| Colour | = coat colour of each individual (D=dark, W=light,blank=missing data) |
| Cpgmg | = concentration of cortisol in a hair sample [units=pg/mg of hair] |
| Tpgmg | = concentration of testosterone in a hair sample, males only [units=pg/mg of hair] |
| Ppgmg | = concentration of progesterone in a hair sample, females only [units=pg/mg of hair] |
INSECT.TXT
This file is a text file of TAB delimited variables. The first three rows contain a brief description of the data. The data can be downloaded fromhttp://www.ucd.ie/ecomodel/Resources/INSECT.TXT
This data set contains the number of insects counted within a quadrat from experimental fields that had been treated with one of six different insecticide sprays.
| Variable name | Definition of the variable |
|---|---|
| Spray | = the name of each insecticide spray (A-F) |
| Count | = the number of insects counted in a standard quadrat from an experimental field |
BEEKEEPER.TXT
This file is a text file with lank space delimiting the variables. The first six rows contain a brief description of the data. The data can be downloaded fromhttp://www.ucd.ie/ecomodel/Resources/BEEKEEPER.TXT
This data set is a field experiment to test the impact of a pesticide on a field’s flower productivity. Two fields were used, each field had three experimental treatments (control, procedural control and treatment) and four replicate plots per treatment.
| Variable name | Definition of the variable |
|---|---|
| Field | = Field ID variable |
| Treatment | = Treatment ID variable |
| . | (1=pesticide, 2=water procedural control, 3=control) |
| Plot | = Experimental plot ID variable |
| Flowers | = Number of flowers recorded in each experimental plot |
MALIN_HEAD.TXT
This is a TAB delimited text file containing monthly rainfall data for Malin Head (Ireland). The data were copied from(opens in a new window)https://www.met.ie/climate/available-dataand pasted into a text file. The text file can be downloaded fromhttp://www.ucd.ie/ecomodel/Resources/MALIN_HEAD.TXT
The data are organised as they appear on the website: in a wide format where each month’s rainfall is in a separate column. The rainfall data is therefore spread out across several columns.
| Variable name | Definition of the variable |
|---|---|
| Year | = Year in which data was collected |
| Month | = Month for which data was collected (Jan-Dec) |
| Rainfall | = Monthly rainfall (mm) |
HEIGHT.CSV
This file is a comma separated variable file. The file contains a subset of data from the 2012 U.S. Army Anthropometric database.
The file contains data on US army recruits aged from 20 to 40 years of age. The full data set is available at(opens in a new window)https://phc.amedd.army.mil/topics/workplacehealth/ergo/Pages/Anthropometric-Database.aspx
| Variable name | Definition of the variable |
|---|---|
| AGE | = Age of the individual when data was collected [units=years] |
| SEX | = Sex of the individual (Male, Female) |
| YEAR | = The year when an observation was collected (2010, 2011, 2012) |
| HANDED | = Handedness when writing (Left, Right, None) |
| HEIGHT | = Height of the individual [units=m] |
| WEIGHT | = Weight of the individual [units=kg] |
| WRIST_CIRC | = Wrist circumference [units=mm] |
| HEAD_CIRC | = Head circumference [units=mm] |
| HAND_LENGTH | = Hand length [units=mm] |
| SPAN | = The distance between the tips of the middle |
| . | fingers of horizontally outstretched arms [units=mm] |
| FOOT_LENGTH | = The distance from the back of the heel (pternion) to the |
| . | landmark at the first metatarsophalangeal protrusion on |
| . | the ball of the right foot [units=mm] |
PARMA_ETAL_2017.XLSX
This is an Excel file containing the data from the paper by Parmaet al(2017) ((opens in a new window)https://doi.org/10.1038/s41598-017-16827-y).
The dataset contains observations on the handedness (left/right) of 29 individuals from Italy when they were 9 years old, and quantitative measurements from ultrasound scans before these individuals were born.
| Variable name | Definition of the variable |
|---|---|
| ID | ID code for an individual |
| PostnatalHandedness_Code | Handedness (0=right handed, 1=left handed) |
| PostnatalHandedness | Handedness (left / right) |
| Gender_Code | Gender of individual (0=male, 1=female) |
| Gender | Gender of individual (male / female) |
| GW_Code | Gestation weeks code (1=14 weeks, 2=18weeks, 3=22 weeks) |
| GW | Gestation weeks (14, 18, 22 weeks) |
| Target Code | Ultrasound Test Target (1=eye, 2=mouth, 3=wall) |
| Target | Ultrasound Test Target (eye/mouth/wall) |
| Movement_Code | Movement direction (0=right, 1=left) |
| Movement | Movement direction (right/left) |
| MT | Movement time (ms) |
| TPV | Time to peak velocity (percentage) |
MOSQUITO.XLSX
This is an Excel file that is available on the Zenodo data repository ((opens in a new window)https://doi.org/10.5281/zenodo.1296744). The data are from a study by Vantauxet al.((opens in a new window)https://doi.org/10.1101/207183) that look at whether the malaria parasitePlasmodium falciparumcan manipulate a mosquito’s host choice.
| Variable name | Definition of the variable |
|---|---|
| village | = Village where data were collected (Klesso, Samendeni, Soumousso) |
| collection | = The method used to collect mosquitos (obet = OBET, spray, tent =BNT) |
| origin | = The location of the collection site (MH= human dwellings , MI= unoccupied houses , CA= animal shed , PA= calf baited-trap, PH= human baited trap) |
| fed | = Has a mosquito had a blood meal? (yes, no) |
| parity | = Reproductive status of mosquito (parous=has laid eggs, nulliparous=has not laid eggs, undetermined) |
| species.mol | = Mosquito species from molecular data (a= anopheles arabiensis, c= anopheles coluzzii, g =anopheles gambiae, NA= undetermined) |
| oocyst | = Number of malarial oocysts in the mosquito |
| spz | = Presence of sporozoite in the mosquito (0=absent, 1=present) |
| infection | = Infection status of the mosquito (oocyst = oocyst infected only, spz = oocyst and sporozoite infected & sporozoite infected only, uninfected) |
| infection1 | = Infection status of the mosquito (oocspz = oocyst and sporozoite infected, spz =sporozoite infected only, oocyst = oocyst infected only, uninfected) |
| choice | = Host choice of the mosquito (H= human host & animal and human only choice, other = animal choice) |
| RS_tech | = Technique used to detect blood meal (ELISA, pcr) |
| spz_tech | = Technique used to detect infection status (ELISA, qpcr) |
Recruitment_data_97-07.txt
his file is a TAB delimited text file. The file can be downloaded the data from the Ecological Archives repository ((opens in a new window)http://esapubs.org/archive/ecol/E090/039/default.htm#data)
The data are from a long-term study on recruitment of marine coastal organisms. Recruitment of brown algae, mussels and barnacles were studied. Metadata describing the data are found at(opens in a new window)http://esapubs.org/archive/ecol/E090/039/metadata.htm
| Variable name | Definition of the variable |
|---|---|
| Year | = Year in which the data point was collected |
| Bay | = Bay from which the data point was collected |
| Site | = Site within the bay from which the data point was collected |
| Size | = The size of the clearing around the experimental site (main treatment) |
| . | (0 = No clearing, 1 = 1 m, 2 = 2 m, 4=4 m, 8=8 m clearings) |
| Fucoid_F | = Recruitment of brown algae (Number of fucoid zygotes and germlings on a total of five flats, Number per 1.25 cm2) |
| Fucoid_G | = Recruitment of brown algae (Number of fucoid zygotes and germlings in a total of five grooves, Number per 1.25 cm) |
| Fucoid_T | = Recruitment of brown algae (Sum of Fucoid_F and Fucoid_G) |
| Barnacle | = Recruitment of barnacles (Number ofS. balanoidescyprids and metamorphs per plate, Number per 39.6 cm2) |
| M_300 | = Recruitment of mussels (Subsample of junvenileM. edulistrapped on 300 um sieve, Number per 40 cm2) |
| M_425 | = Recruitment of mussels (Subsample of junvenileM. edulistrapped on 450 um sieve, Number per 40 cm2) |
| M_WT | = Dry weight of mussel pad (g) |
| F_start | = Date fuciod tiles placed out (Month/Day/Year) |
| F_end | = Date fuciod tiles taken in (Month/Day/Year) |
| B_start | = Date barnacle plates placed out (Month/Day/Year) |
| B_end | = Date barnacle plates taken in (Month/Day/Year) |
| M_start | = Date mussel pads placed out (Month/Day/Year) |
| M_end | = Date mussel pads taken in (Month/Day/Year) |
HEATSHOCK.XLSX
This is an Excel file containing the data from the paper by Gaoet al(2014) ((opens in a new window)https://doi.org/10.1098/rspb.2014.1135). The dataset contains the expression of the heat shock protein HSP70 from a western blot analysis under seven different temperature treatments for two species of reptiles (T. septentrionalisandP. sinensis) and two species of birds (C. coturnixandA. platyrhynchos) .
| Variable name | Definition of the variable |
|---|---|
| Species | Name of the species |
| T (°C) | Temperature treatment (Units degrees centigrade) |
| LC | Loading control. The total density on the gel of all proteins |
| HSP70 | The total density on the gel of HSP70 protein |
| relative HSP70 | Relative expression of HSP70 ( HSP70 / LC) |
Diet_OxidativeStress.xlsx
This is an Excel file containing the data from the paper by Nortonet al(2020) ((opens in a new window)https://doi.org/10.1152/ajpcell.00342.2019). The dataset contains estimates of oxidative stress (ROS concentration) in cells from the posterior cerebral artery. The cells were obtained from mice fed one of two diets. The ROS concentration was measured for using fluorescence intensity of the ROS indicator (DCHF). Measurements were taken every 5 minutes for a total of 30 minutes.
| Variable name | Definition of the variable |
|---|---|
| Diet | The diet treatment (WD = western diet, CD=control diet) |
| Time | Time of measurement (units: minutes) |
| ROS | ROS concentration estimated using DCFH fluorescence intensity |
IRISH_METEO.CSV
This is a CSV file containing the daily meteorological data for Ireland from 1970 until 2022. All meteorological variables are averaged across all weather stations on the island of Ireland.
| Variable name | Definition of the variable |
|---|---|
| date | The date for the day corresponding to the meteorological data |
| year | The year for the day corresponding to the meteorological data |
| doy | The day of the year (1 = 1st Jan) |
| meanTemp | Daily mean air temperature (degrees C) |
| minTemp | Daily minimum air temperature (degrees C) |
| maxTemp | Daily maximum air temperature (degrees C) |
| dailyRainfall | Total daily rainfall (mm) |
| meanPressure | Daily mean sea level pressure (Pa) |
| meanHumidity | Daily mean humidity (%) |
| meanWindSpeed | Daily mean wind speed (m s-1) |
| meanSolarRadiation | Daily mean solar radiation (W m-2) |