état reproducteur – English Translation – Keybot Dictionary

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  4 Hits registrelep-sararegistry.gc.ca  
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L’objectif de la recherche est de documenter le régime alimentaire et l’état reproducteur des espèces, par l’échantillonnage de carcasses dont la mort n’a pas de lien avec les activités de recherche (p.ex. échouage).
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The research objective is to document diet and reproductive status of species by sampling of carcasses whose death has no connection to research activities (e.g. stranding).
  3rs.ccac.ca  
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Comme chaque espèce a ses propres exigences, une solide connaissance de l'histoire naturelle et du comportement animal est essentielle pour fournir un hébergement approprié. L'âge de l'animal, son état de santé et son état reproducteur ainsi que les effets des procédures scientifiques sur l'animal sont également des facteurs à considérer.
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Refinement alternatives often include improvements to housing. Optimal housing allows animals to perform the widest possible range of species-typical behaviour. Different species have different requirements, and knowledge of natural history and behaviour is needed to provide appropriate accommodation. Other factors include the animal's age, health and reproductive status, and the impact of scientific procedures.
  3 Hits www.dfo-mpo.gc.ca  
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Il s'est joint au groupe des mammifères marins en 2000, lequel groupe tire profit de son expérience acquise en laboratoire et sur le terrain dans le cadre de diverses études dans lesquelles on s'est servi des rapports d'isotopes stables, de la radiotélémesure et de la télémétrie satellite ainsi que d'hormones stéroïdes pour comprendre le régime alimentaire, le comportement de plongée, les déplacements et l'état reproducteur des cétacés.
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Yves Morin joined the Department of Fisheries and Oceans in 1992, as a laboratory technician working on energetic reserves of crustaceans and fish larvae. From 1994 to 1996, he worked as a molecular biologist on biomarkers of the endocrine system of American plaice. From 1996 to 1999, Yves worked on the immunotoxicity of contaminants in bivalves with the TOXEN (Toxicologic Center for Environment) research group at the University of Quebec at Montreal. In 1999, Yves returned to the Department of Fisheries and Oceans Canada and developed an ELISA test for using vitellogenin as a biomarker in Smooth plaice. Yves joined the marine mammal group in 2000 and has applied his laboratory and field expertise to diverse studies using stable isotope ratios, radio and satellite telemetry, and steroid hormones to examine the diet, diving behaviour, movements and reproductive status of cetaceans.
  2 Hits dfo-mpo.gc.ca  
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On n'a pas observé de différences statistiques notables dans les déplacements et la taille des territoires fréquentés par ces animaux marqués entre 2005 et 2006, quand l'état des glaces était fort différent. Par ailleurs, 68 phoques annelés ont été prélevés afin d'examiner leur état corporel et l'état reproducteur de la population locale.
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Twenty ringed seals were captured, instrumented with satellite-linked transmitters and released near the Paktoa site. The movements and size of the territories used by these tagged seals did not statistically vary between 2005 and 2006, when ice conditions were vastly different. Additionally, 68 ringed seals were collected to examine body condition and reproductive status of the local seal population. The collected specimens showed good body condition with ample fat stores, in normal reproductive status and most with prey in their stomach.
  www5.agr.gc.ca  
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Il attire particulièrement les femelles accouplées de la pyrale et s'avère la technologie la plus robuste jamais perfectionnée pour la surveillance des pyrales adultes dans les vergers traités à la phéromone. Quand ce produit sera commercialisé à grande échelle, les producteurs pourront surveiller sélectivement l'état reproducteur des femelles (accouplées c. non accouplées) dans un verger pour :
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This project has provided proof-of-concept that monitoring larval codling moth (CM) with a newly-identified pheromone is feasible as a means of risk-rating pome fruit orchards before application of pheromone-based mating disruption as a control tactic. This trapping method also improves opportunities for control of CM using mating disruption by reducing overwintering populations prior to applying pheromones. This project resulted in the development of a new and improved lure for monitoring adult, codling moths. This new lure based on combining acetic acid (feeding attractant) and pear ester (host-plant kairomone) is by far the most attractive non-pheromone based lure yet developed for this pest. This lure is particularly attractive to mated, female codling moth, and is the most robust technology yet developed for monitoring adult codling moth in pheromone-treated orchards. When fully commercialized, producers will have the ability to selectively monitor the reproductive status of females (mated vs. non-mated) within an orchard to (a) determine the success of pheromone-based control tactics during the season, and (b) monitor potential immigration of already mated females into a pheromone-treated orchard; both of which undermine use of selective controls like pheromones. For the first time, producers will have the knowledge to intervene and apply supplemental controls as necessary before damage has occurred if mating disruption is failing for either reason. The project also provided proof-of concept that simultaneous disruption of multiple moth species is feasible with microencapsulated (MEC) pheromones. Laboratory and field trials demonstrated the 21-day efficacy of 3M-MEC-LR® against three-lined leafroller,
  www.agr.ca  
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Il attire particulièrement les femelles accouplées de la pyrale et s'avère la technologie la plus robuste jamais perfectionnée pour la surveillance des pyrales adultes dans les vergers traités à la phéromone. Quand ce produit sera commercialisé à grande échelle, les producteurs pourront surveiller sélectivement l'état reproducteur des femelles (accouplées c. non accouplées) dans un verger pour :
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This project has provided proof-of-concept that monitoring larval codling moth (CM) with a newly-identified pheromone is feasible as a means of risk-rating pome fruit orchards before application of pheromone-based mating disruption as a control tactic. This trapping method also improves opportunities for control of CM using mating disruption by reducing overwintering populations prior to applying pheromones. This project resulted in the development of a new and improved lure for monitoring adult, codling moths. This new lure based on combining acetic acid (feeding attractant) and pear ester (host-plant kairomone) is by far the most attractive non-pheromone based lure yet developed for this pest. This lure is particularly attractive to mated, female codling moth, and is the most robust technology yet developed for monitoring adult codling moth in pheromone-treated orchards. When fully commercialized, producers will have the ability to selectively monitor the reproductive status of females (mated vs. non-mated) within an orchard to (a) determine the success of pheromone-based control tactics during the season, and (b) monitor potential immigration of already mated females into a pheromone-treated orchard; both of which undermine use of selective controls like pheromones. For the first time, producers will have the knowledge to intervene and apply supplemental controls as necessary before damage has occurred if mating disruption is failing for either reason. The project also provided proof-of concept that simultaneous disruption of multiple moth species is feasible with microencapsulated (MEC) pheromones. Laboratory and field trials demonstrated the 21-day efficacy of 3M-MEC-LR® against three-lined leafroller,
  www.listeriosis-listeriose.investigation-enquete.gc.ca  
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Il attire particulièrement les femelles accouplées de la pyrale et s'avère la technologie la plus robuste jamais perfectionnée pour la surveillance des pyrales adultes dans les vergers traités à la phéromone. Quand ce produit sera commercialisé à grande échelle, les producteurs pourront surveiller sélectivement l'état reproducteur des femelles (accouplées c. non accouplées) dans un verger pour :
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This project has provided proof-of-concept that monitoring larval codling moth (CM) with a newly-identified pheromone is feasible as a means of risk-rating pome fruit orchards before application of pheromone-based mating disruption as a control tactic. This trapping method also improves opportunities for control of CM using mating disruption by reducing overwintering populations prior to applying pheromones. This project resulted in the development of a new and improved lure for monitoring adult, codling moths. This new lure based on combining acetic acid (feeding attractant) and pear ester (host-plant kairomone) is by far the most attractive non-pheromone based lure yet developed for this pest. This lure is particularly attractive to mated, female codling moth, and is the most robust technology yet developed for monitoring adult codling moth in pheromone-treated orchards. When fully commercialized, producers will have the ability to selectively monitor the reproductive status of females (mated vs. non-mated) within an orchard to (a) determine the success of pheromone-based control tactics during the season, and (b) monitor potential immigration of already mated females into a pheromone-treated orchard; both of which undermine use of selective controls like pheromones. For the first time, producers will have the knowledge to intervene and apply supplemental controls as necessary before damage has occurred if mating disruption is failing for either reason. The project also provided proof-of concept that simultaneous disruption of multiple moth species is feasible with microencapsulated (MEC) pheromones. Laboratory and field trials demonstrated the 21-day efficacy of 3M-MEC-LR® against three-lined leafroller,