A simple graphical technique for displaying individual fertility data and cohort survival case study of 1000 mediterranean fruit fly females

1. A graphic technique is presented in which data on age-specific reproduction of individuals are portrayed using: (i) a horizontal life line, the length of which is proportional to individual longevity; (ii) colour-coded segments depicting the level of reproduction at each age; and (iii) a cohort survival schedule created by rank-ordering individual life lines from shortest- to longest-lived. 2. The resulting graphic, referred to as an event history diagram, portrays data at the individual level and thus allows visual comparisons of detailed life-history patterns such as age of first reproduction, longevity, ages of high, medium, low and zero reproduction, and post-reproductive period. 3. Example graphs are shown for reproductive and longevity data gathered on 1000 medfly females. The average female lived 35·6 days and laid 759·3 eggs and therefore the graphs display information for 35 600 fly days and the age-distribution of laying for 759 300 eggs. 4. Because the graphics provide a means for visualizing large amounts of data precisely and efficiently, they reveal details and nuances in the data that are not apparent from conventional graphic methods. 5. The advantages of longitudinal data gathered on individuals and reasons why visualizing individual-level data is important are discussed.

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Main Authors: Carey, James R. Doctor autor 20199, Liedo Fernández, Pablo Doctor autor 67, Müller, Hans Georg Doctor autor 20952, Wang, Jane Ling Doctora autor 21061, Vaupel, James W. autor
Format: Texto biblioteca
Language:eng
Subjects:Ceratitis capitata, Moscas de la fruta, Reproducción de insectos,
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record_format koha
spelling KOHA-OAI-ECOSUR:153702024-08-26T11:26:50ZA simple graphical technique for displaying individual fertility data and cohort survival case study of 1000 mediterranean fruit fly females Carey, James R. Doctor autor 20199 Liedo Fernández, Pablo Doctor autor 67 Müller, Hans Georg Doctor autor 20952 Wang, Jane Ling Doctora autor 21061 Vaupel, James W. autor texteng1. A graphic technique is presented in which data on age-specific reproduction of individuals are portrayed using: (i) a horizontal life line, the length of which is proportional to individual longevity; (ii) colour-coded segments depicting the level of reproduction at each age; and (iii) a cohort survival schedule created by rank-ordering individual life lines from shortest- to longest-lived. 2. The resulting graphic, referred to as an event history diagram, portrays data at the individual level and thus allows visual comparisons of detailed life-history patterns such as age of first reproduction, longevity, ages of high, medium, low and zero reproduction, and post-reproductive period. 3. Example graphs are shown for reproductive and longevity data gathered on 1000 medfly females. The average female lived 35·6 days and laid 759·3 eggs and therefore the graphs display information for 35 600 fly days and the age-distribution of laying for 759 300 eggs. 4. Because the graphics provide a means for visualizing large amounts of data precisely and efficiently, they reveal details and nuances in the data that are not apparent from conventional graphic methods. 5. The advantages of longitudinal data gathered on individuals and reasons why visualizing individual-level data is important are discussed.1. A graphic technique is presented in which data on age-specific reproduction of individuals are portrayed using: (i) a horizontal life line, the length of which is proportional to individual longevity; (ii) colour-coded segments depicting the level of reproduction at each age; and (iii) a cohort survival schedule created by rank-ordering individual life lines from shortest- to longest-lived. 2. The resulting graphic, referred to as an event history diagram, portrays data at the individual level and thus allows visual comparisons of detailed life-history patterns such as age of first reproduction, longevity, ages of high, medium, low and zero reproduction, and post-reproductive period. 3. Example graphs are shown for reproductive and longevity data gathered on 1000 medfly females. The average female lived 35·6 days and laid 759·3 eggs and therefore the graphs display information for 35 600 fly days and the age-distribution of laying for 759 300 eggs. 4. Because the graphics provide a means for visualizing large amounts of data precisely and efficiently, they reveal details and nuances in the data that are not apparent from conventional graphic methods. 5. The advantages of longitudinal data gathered on individuals and reasons why visualizing individual-level data is important are discussed.Adobe Acrobat profesional 6.0 o superiorCeratitis capitataMoscas de la frutaReproducción de insectosDisponible en líneaFunctional EcologyDisponible para usuarios de ECOSUR con su clave de acceso
institution ECOSUR
collection Koha
country México
countrycode MX
component Bibliográfico
access En linea
databasecode cat-ecosur
tag biblioteca
region America del Norte
libraryname Sistema de Información Bibliotecario de ECOSUR (SIBE)
language eng
topic Ceratitis capitata
Moscas de la fruta
Reproducción de insectos
Ceratitis capitata
Moscas de la fruta
Reproducción de insectos
spellingShingle Ceratitis capitata
Moscas de la fruta
Reproducción de insectos
Ceratitis capitata
Moscas de la fruta
Reproducción de insectos
Carey, James R. Doctor autor 20199
Liedo Fernández, Pablo Doctor autor 67
Müller, Hans Georg Doctor autor 20952
Wang, Jane Ling Doctora autor 21061
Vaupel, James W. autor
A simple graphical technique for displaying individual fertility data and cohort survival case study of 1000 mediterranean fruit fly females
description 1. A graphic technique is presented in which data on age-specific reproduction of individuals are portrayed using: (i) a horizontal life line, the length of which is proportional to individual longevity; (ii) colour-coded segments depicting the level of reproduction at each age; and (iii) a cohort survival schedule created by rank-ordering individual life lines from shortest- to longest-lived. 2. The resulting graphic, referred to as an event history diagram, portrays data at the individual level and thus allows visual comparisons of detailed life-history patterns such as age of first reproduction, longevity, ages of high, medium, low and zero reproduction, and post-reproductive period. 3. Example graphs are shown for reproductive and longevity data gathered on 1000 medfly females. The average female lived 35·6 days and laid 759·3 eggs and therefore the graphs display information for 35 600 fly days and the age-distribution of laying for 759 300 eggs. 4. Because the graphics provide a means for visualizing large amounts of data precisely and efficiently, they reveal details and nuances in the data that are not apparent from conventional graphic methods. 5. The advantages of longitudinal data gathered on individuals and reasons why visualizing individual-level data is important are discussed.
format Texto
topic_facet Ceratitis capitata
Moscas de la fruta
Reproducción de insectos
author Carey, James R. Doctor autor 20199
Liedo Fernández, Pablo Doctor autor 67
Müller, Hans Georg Doctor autor 20952
Wang, Jane Ling Doctora autor 21061
Vaupel, James W. autor
author_facet Carey, James R. Doctor autor 20199
Liedo Fernández, Pablo Doctor autor 67
Müller, Hans Georg Doctor autor 20952
Wang, Jane Ling Doctora autor 21061
Vaupel, James W. autor
author_sort Carey, James R. Doctor autor 20199
title A simple graphical technique for displaying individual fertility data and cohort survival case study of 1000 mediterranean fruit fly females
title_short A simple graphical technique for displaying individual fertility data and cohort survival case study of 1000 mediterranean fruit fly females
title_full A simple graphical technique for displaying individual fertility data and cohort survival case study of 1000 mediterranean fruit fly females
title_fullStr A simple graphical technique for displaying individual fertility data and cohort survival case study of 1000 mediterranean fruit fly females
title_full_unstemmed A simple graphical technique for displaying individual fertility data and cohort survival case study of 1000 mediterranean fruit fly females
title_sort simple graphical technique for displaying individual fertility data and cohort survival case study of 1000 mediterranean fruit fly females
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