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Adalia bipunctata --- Acyrthosiphon pisum --- Predator prey relations
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Aphididae --- Aphididae --- Pheromones --- Pheromones --- Formicidae --- Formicidae --- Commensalism --- Commensalism --- Predator prey relations --- Predator prey relations
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Biological control --- Biological control --- Leptinotarsa decemlineata --- Leptinotarsa decemlineata --- Chrysopidae --- Chrysopidae --- Chrysoperla carnea --- Chrysoperla carnea --- Predator prey relations --- Predator prey relations --- Larvae --- Larvae --- Feeding preferences --- Feeding preferences
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Objectif du travail : Ce travail a pour but la mise en avant des méthodes de protection des oiseaux en Nouvelle-Zélande, sur base de recherches bibliographique. À ces recherches s’ajoute mon expérience personnelle sur le terrain par la visite de sites « predator-free » en Nouvelle-Zélande durant la période de septembre à décembre 2018. Résumé : La conservation des oiseaux en Nouvelle-Zélande est une problématique complexe et de longue date. En ce contexte actuel de crise climatique et de perte de biodiversité à travers le monde, la Nouvelle-Zélande s’illustre comme une pionnière en matière de protection de ses espèces endémiques. Ce travail met en évidence les causes du déclin des oiseaux néo-zélandais à travers l’Histoire afin de mieux comprendre la situation actuelle. Les différentes méthodes utilisées pour leur conservation et les potentielles innovations en matière de gestion des nuisibles sur de grandes surfaces sont également traitées. Différentes thématiques d’ordre social, économique et éthiques sont abordées et traitées. L’approche d’autant de thématiques témoigne de la pluridisciplinarité nécessaire à la gestion de projets environnementaux de grandes envergures. . . Aim of the work : The purpose of this work is to highlight the methods of birds’ conservation in New Zealand, based on bibliographic research and my personal experience in the field by visiting "predator-free" sites in New Zealand during the period from September to December 2018. .Summary : Birds’ conservation in New Zealand is a complex and long-standing issue. In this current context of climate crisis and loss of biodiversity around the world, New Zealand is a pioneer in the protection of its endemic species. This work highlights the causes of the decline of New Zealand birds throughout History to better understand the current situation. The different methods used for their conservation and the potential innovations in pest management on large areas are also covered. Social, economic and ethical themes are discussed and addressed. The approach of se many themes testifies to the multidisciplinarity necessary for the management of large scale environmental projects
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ECOSYSTEMS --- PREDATOR PREY RELATIONSHIPS --- BIODIVERSITY --- AQUATIC COMMUNITIES --- ECOSYSTEMS --- ZOOPLANKTON --- PHYTOPLANKTON --- GLOBAL WARMING --- ENVIRONMENTAL TEMPERATURE --- MODELS --- BIOMASS --- PRODUCTIVITY --- ECOSYSTEMS --- PREDATOR PREY RELATIONSHIPS --- BIODIVERSITY --- AQUATIC COMMUNITIES --- ECOSYSTEMS --- ZOOPLANKTON --- PHYTOPLANKTON --- GLOBAL WARMING --- EFFECTS --- ENVIRONMENTAL TEMPERATURE --- EFFECTS --- MODELS --- BIOMASS --- PRODUCTIVITY
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Adalia bipunctata --- Ennemi naturel --- natural enemies --- Aphis --- Écologie --- ecology --- Dynamique des populations --- population dynamics --- Relation prédateur proie --- Predator prey relations --- 632.937.12 --- Insecta --- 632.937.12 Insecta
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agroecosystems --- Malaria --- Malaria --- Anopheles --- Anopheles --- Culicidae --- Culicidae --- Plasmodium --- Plasmodium --- Vectors --- Vectors --- Insect control --- Insect control --- Biological control --- Biological control --- Biopesticides --- Biopesticides --- Predator prey relations --- Predator prey relations --- Bacillus thuringiensis --- Bacillus thuringiensis --- Gambusia affinis --- Gambusia affinis --- Indigenous knowledge --- Indigenous knowledge --- Kenya --- Kenya
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Brassica oleracea gemmifera --- Brassica oleracea gemmifera --- Pieris brassicae --- Pieris brassicae --- Cotesia glomerata --- Cotesia glomerata --- Mechanical damage --- Mechanical damage --- Plant response --- Plant response --- natural enemies --- natural enemies --- Foraging --- Foraging --- volatile compounds --- volatile compounds --- plant animal relations --- plant animal relations --- Predator prey relations --- Predator prey relations
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Urtica dioica --- Urtica dioica --- Aphididae --- Aphididae --- Mixed cropping --- Mixed cropping --- Companion crops --- Companion crops --- Entomology --- Entomology --- Food chains --- Food chains --- Trophic levels --- Trophic levels --- Feeding habits --- Feeding habits --- Predation. --- Predation --- Insecta --- Insecta --- Predator prey relations --- Predator prey relations --- Pisum sativum --- Pisum sativum --- Triticum aestivum --- Triticum aestivum --- Brassica napus --- Brassica napus --- Syrphidae --- Syrphidae --- Coccinellidae --- Coccinellidae
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Plante de culture --- Crops --- Insecte phyllophage --- Leaf eating insects --- Insecte radicivore --- Root eating insects --- Compétition biologique --- Biological competition --- Relation hôte parasite --- Host parasite relations --- Relation prédateur proie --- Predator prey relations --- Écologie des populations --- population ecology --- Succession écologique --- ecological succession --- 591.531.1 --- 595.7 --- 591.557 --- Plant eaters in general. Herbivores. Phytophages --- Insecta (Hexapoda). Insects. Entomology --- Relations between individuals of different species. Commensalism. Synoeketism. Parasitism. Symbiosis --- Theses --- 591.557 Relations between individuals of different species. Commensalism. Synoeketism. Parasitism. Symbiosis --- 595.7 Insecta (Hexapoda). Insects. Entomology --- 591.531.1 Plant eaters in general. Herbivores. Phytophages
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