Mean daily population size of adult tsetse flies by sex (+/- standard error) for all scenarios, overlain on mean monthly temperature and precipitation for the three-year simulation period.

Predicted catches of tsetse from artificial warthog burrows.

John W. Hargrove (165627)
M. Odwell Muzari (705053)

March 2015

Catches of male, and of pre-FT and perinatal female, G. pallidipes from artificial ...

Mean values and standard deviations of temperature, humidity, ventilation, hours of light per day and average start and final weight for five insect species.

Dennis G. A. B. Oonincx (293133)
Joost van Itterbeeck (358178)
Marcel J. W. Heetkamp (358179)
Henry van den Brand (341424)
Joop J. A. van Loon (191267)
Arnold van Huis (358180)

February 2013

Mean values and standard deviations of temperature, humidity, ventilation, hours of light per day...

Time course of population change during standard steady control in good isolated habitat.

Glyn A. Vale (106816)
John W. Hargrove (165627)
Michael J. Lehane (197355)
Philippe Solano (211311)
Stephen J. Torr (106822)

March 2015

Effects of targets that kill 5% of the adult population per day, and are maintained continuously ...

Average daily population size of adult tsetse flies by sex (+/- standard deviation), overlain on mean monthly temperature and precipitation for the three year simulation period.

Simon Alderton (801813)
Ewan T. Macleod (3603731)
Neil E. Anderson (302265)
Gwen Palmer (4843014)
Noreen Machila (357449)
Martin Simuunza (3603725)
Susan C. Welburn (234711)
Peter M. Atkinson (234704)

February 2018

Average daily population size of adult tsetse flies by sex (+/- standard deviation), overlain on ...

Investigating the simultaneous effect of age and temperature on the population dynamics of female tsetse flies

Elama Ameh, Josephine
Ochigbo, Josephine Elanma

December 2011

Thesis (MSc)--Stellenbosch University, 2011.ENGLISH ABSTRACT: Age and temperature are two factors th...

A parity-structured matrix model for tsetse populations

Artzrouni, M.
Gouteux, Jean-Paul

January 2006

A matrix model is used to describe the dynamics of a population of female tsetse flies structured by...

Catches from houses used with various types of window.

Glyn A. Vale (106816)
Andrew Chamisa (106820)
Clement Mangwiro (384453)
Stephen J. Torr (106822)

February 2013

Total catches of each sex and species of tsetse during 14 days in Aug–Sep 2010, the mean daily ca...

Estimation of age-dependent survival rates of female tsetse flies (Diptera : Glossinidae) from ovarian age distributions

Jarry, M.
Gouteux, Jean-Paul
Khaladi, M.

January 1999

Existing attempts to estimate the survival rate of tsetse flies from ovarian age distributions gener...

Development of a mathematical model for tsetse population dynamic to optimize the control in the Niayes (Senegal)

Aziz Fall, Abdoul
Bouyer, Jérémy
Lancelot, Renault

October 2011

The Niayes area in Senegal is infested by a tsetse population, which is presently targeted by a nati...

Evolution of the tsetse apparent density per trap during the entomological evaluations.

Dramane Kaba (248358)
Mathurin Koffi (301501)
Lingué Kouakou (4520932)
Emmanuel Kouassi N’Gouan (9375278)
Vincent Djohan (767048)
Fabrice Courtin (294181)
Martial Kassi N’Djetchi (4520929)
Bamoro Coulibaly (4520935)
Guy Pacôme Adingra (16715656)
Djakaridja Berté (11037258)
Bi Tra Dieudonné Ta (16715659)
Minayégninrin Koné (9375275)
Barkissa Mélika Traoré (11868990)
Samuel A. Sutherland (16699356)
Ronald E. Crump (10053205)
Ching-I Huang (391259)
Jason Madan (3471026)
Paul R. Bessell (6760313)
Antoine Barreaux (5676923)
Philippe Solano (211311)
Emily H. Crowley (15065424)
Kat S. Rock (2633992)
Vincent Jamonneau (256809)

July 2023

a. Evolution of the tsetse apparent density per trap during the entomological evaluations from T0 (J...

Environmental heterogeneity drives tsetse fly population dynamics

Cecilia, Hélène
Arnoux, Sandie
Picault, Sébastien
Dicko, Ahmadou
Seck, Momar Talla
Sall, Baba
Bassène, Mireille
Vreysen, Marc
Pagabeleguem, Soumaïla
Bancé, Augustin
Bouyer, Jérémy
Ezanno, Pauline

January 2019

Version 3 of this preprint has been peer-reviewed and recommended by Peer Community in Ecology (http...

Estimation of tsetse distribution in the study area, using kernel density estimation (KDE).

Simon Alderton (801813)
Ewan T. Macleod (3603731)
Neil E. Anderson (302265)
Noreen Machila (357449)
Martin Simuunza (3603725)
Susan C. Welburn (234711)
Peter M. Atkinson (234704)

November 2018

Numbers in brackets represent estimated values based on the number of caught flies, prior to scaling...

Complex and simple tsetse demography models.

Kat S. Rock (2633992)
Steve J. Torr (161288)
Crispin Lumbala (334969)
Matt J. Keeling (251596)

January 2017

The figures compare the complex age- and gender-dependent tsetse model to a simpler version where...

Improved estimates for extinction probabilities and times to extinction for populations of tsetse (Glossina spp)

Damian Kajunguri (165644)
Elisha B. Are (6570047)
John W. Hargrove (165627)

April 2019

A published study used a stochastic branching process to derive equations for the mean and variance ...

Mean (±SE) number of flies per trap per day obtained from the 3-year sampling trap catches collected in peach cultivars in the orchard.

Andrea Sciarretta (663937)
Maria Rosaria Tabilio (5059292)
Elena Lampazzi (5059295)
Claudio Ceccaroli (5059286)
Marco Colacci (5059283)
Pasquale Trematerra (5059289)

April 2018

Calculated for total males (A), unmated females (B) and mated females (C).</p

Predicted catches of tsetse from artificial warthog burrows.

John W. Hargrove (165627)
M. Odwell Muzari (705053)

March 2015

Catches of male, and of pre-FT and perinatal female, G. pallidipes from artificial ...

Mean values and standard deviations of temperature, humidity, ventilation, hours of light per day and average start and final weight for five insect species.

Dennis G. A. B. Oonincx (293133)
Joost van Itterbeeck (358178)
Marcel J. W. Heetkamp (358179)
Henry van den Brand (341424)
Joop J. A. van Loon (191267)
Arnold van Huis (358180)

February 2013

Mean values and standard deviations of temperature, humidity, ventilation, hours of light per day...

Time course of population change during standard steady control in good isolated habitat.

Glyn A. Vale (106816)
John W. Hargrove (165627)
Michael J. Lehane (197355)
Philippe Solano (211311)
Stephen J. Torr (106822)

March 2015

Effects of targets that kill 5% of the adult population per day, and are maintained continuously ...

Average daily population size of adult tsetse flies by sex (+/- standard deviation), overlain on mean monthly temperature and precipitation for the three year simulation period.

Simon Alderton (801813)
Ewan T. Macleod (3603731)
Neil E. Anderson (302265)
Gwen Palmer (4843014)
Noreen Machila (357449)
Martin Simuunza (3603725)
Susan C. Welburn (234711)
Peter M. Atkinson (234704)

February 2018

Average daily population size of adult tsetse flies by sex (+/- standard deviation), overlain on ...

Investigating the simultaneous effect of age and temperature on the population dynamics of female tsetse flies

Elama Ameh, Josephine
Ochigbo, Josephine Elanma

December 2011

Thesis (MSc)--Stellenbosch University, 2011.ENGLISH ABSTRACT: Age and temperature are two factors th...

A parity-structured matrix model for tsetse populations

Artzrouni, M.
Gouteux, Jean-Paul

January 2006

A matrix model is used to describe the dynamics of a population of female tsetse flies structured by...

Catches from houses used with various types of window.

Glyn A. Vale (106816)
Andrew Chamisa (106820)
Clement Mangwiro (384453)
Stephen J. Torr (106822)

February 2013

Total catches of each sex and species of tsetse during 14 days in Aug–Sep 2010, the mean daily ca...

Estimation of age-dependent survival rates of female tsetse flies (Diptera : Glossinidae) from ovarian age distributions

Jarry, M.
Gouteux, Jean-Paul
Khaladi, M.

January 1999

Existing attempts to estimate the survival rate of tsetse flies from ovarian age distributions gener...

Development of a mathematical model for tsetse population dynamic to optimize the control in the Niayes (Senegal)

Aziz Fall, Abdoul
Bouyer, Jérémy
Lancelot, Renault

October 2011

The Niayes area in Senegal is infested by a tsetse population, which is presently targeted by a nati...

Evolution of the tsetse apparent density per trap during the entomological evaluations.

Dramane Kaba (248358)
Mathurin Koffi (301501)
Lingué Kouakou (4520932)
Emmanuel Kouassi N’Gouan (9375278)
Vincent Djohan (767048)
Fabrice Courtin (294181)
Martial Kassi N’Djetchi (4520929)
Bamoro Coulibaly (4520935)
Guy Pacôme Adingra (16715656)
Djakaridja Berté (11037258)
Bi Tra Dieudonné Ta (16715659)
Minayégninrin Koné (9375275)
Barkissa Mélika Traoré (11868990)
Samuel A. Sutherland (16699356)
Ronald E. Crump (10053205)
Ching-I Huang (391259)
Jason Madan (3471026)
Paul R. Bessell (6760313)
Antoine Barreaux (5676923)
Philippe Solano (211311)
Emily H. Crowley (15065424)
Kat S. Rock (2633992)
Vincent Jamonneau (256809)

July 2023

a. Evolution of the tsetse apparent density per trap during the entomological evaluations from T0 (J...

Environmental heterogeneity drives tsetse fly population dynamics

Cecilia, Hélène
Arnoux, Sandie
Picault, Sébastien
Dicko, Ahmadou
Seck, Momar Talla
Sall, Baba
Bassène, Mireille
Vreysen, Marc
Pagabeleguem, Soumaïla
Bancé, Augustin
Bouyer, Jérémy
Ezanno, Pauline

January 2019

Version 3 of this preprint has been peer-reviewed and recommended by Peer Community in Ecology (http...

Estimation of tsetse distribution in the study area, using kernel density estimation (KDE).

Simon Alderton (801813)
Ewan T. Macleod (3603731)
Neil E. Anderson (302265)
Noreen Machila (357449)
Martin Simuunza (3603725)
Susan C. Welburn (234711)
Peter M. Atkinson (234704)

November 2018

Numbers in brackets represent estimated values based on the number of caught flies, prior to scaling...

Complex and simple tsetse demography models.

Kat S. Rock (2633992)
Steve J. Torr (161288)
Crispin Lumbala (334969)
Matt J. Keeling (251596)

January 2017

The figures compare the complex age- and gender-dependent tsetse model to a simpler version where...

Improved estimates for extinction probabilities and times to extinction for populations of tsetse (Glossina spp)

Damian Kajunguri (165644)
Elisha B. Are (6570047)
John W. Hargrove (165627)

April 2019

A published study used a stochastic branching process to derive equations for the mean and variance ...

Mean (±SE) number of flies per trap per day obtained from the 3-year sampling trap catches collected in peach cultivars in the orchard.

Andrea Sciarretta (663937)
Maria Rosaria Tabilio (5059292)
Elena Lampazzi (5059295)
Claudio Ceccaroli (5059286)
Marco Colacci (5059283)
Pasquale Trematerra (5059289)

April 2018

Calculated for total males (A), unmated females (B) and mated females (C).</p

Predicted catches of tsetse from artificial warthog burrows.

John W. Hargrove (165627)
M. Odwell Muzari (705053)

March 2015

Catches of male, and of pre-FT and perinatal female, G. pallidipes from artificial ...

Mean values and standard deviations of temperature, humidity, ventilation, hours of light per day and average start and final weight for five insect species.

Dennis G. A. B. Oonincx (293133)
Joost van Itterbeeck (358178)
Marcel J. W. Heetkamp (358179)
Henry van den Brand (341424)
Joop J. A. van Loon (191267)
Arnold van Huis (358180)

February 2013

Mean values and standard deviations of temperature, humidity, ventilation, hours of light per day...

Time course of population change during standard steady control in good isolated habitat.

Glyn A. Vale (106816)
John W. Hargrove (165627)
Michael J. Lehane (197355)
Philippe Solano (211311)
Stephen J. Torr (106822)

March 2015

Effects of targets that kill 5% of the adult population per day, and are maintained continuously ...

Mean daily population size of adult tsetse flies by sex (+/- standard error) for all scenarios, overlain on mean monthly temperature and precipitation for the three-year simulation period.

Abstract

Extracted data

Mean daily population size of adult tsetse flies by sex (+/- standard error) for all scenarios, overlain on mean monthly temperature and precipitation for the three-year simulation period.

Abstract

Extracted data

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