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Conheça a ACEER >> Christian Adams
Links sociais do Christian:
Afiliação profissional:
Universidade de Delaware
Christian Adams
Líder de Conservação
Membro da ACEER desde: 2023
Afiliação profissional: Universidade de Delaware
"A conservação é algo inerentemente multifacetado e, quando considerada em um contexto específico, é sempre interdisciplinar. Ao se envolver em dilemas de conservação, é fundamental lembrar que no dilema não há apenas um contexto ambiental, mas outros contextos voltados para a cultura, a sustentabilidade, o desenvolvimento e muito mais. Muitos pensam que a conservação, em sua raiz, tem a ver com preservação e proteção em face de algo que está sendo ativamente perdido para nós. Acho que isso é verdade, mas é ainda mais preciso dizer que a conservação tem a ver com a proteção não de uma, mas de várias coisas essenciais que não apenas definem nosso presente e futuro, mas também nosso passado."
Biografia:
Christian é um estudante de graduação em Ecologia e Conservação de Insetos na Universidade de Delaware. Ele é apicultor e membro de várias organizações de apicultura do meio do Atlântico e atualmente é membro do UD Bee Lab sob a orientação da Dra. Deborah Delaney. Seu principal objetivo na carreira é estudar a etnobiologia/antrozoologia da apicultura global, com ênfase na apicultura onde a A. mellifera é nativa, métodos de manejo com outras espécies de Apis e a meliponicultura como uma prática crescente. Como bolsista do Programa David A. Plastino Scholars em 2023, Christian participou da expedição Maijuna Ancestral Lands em julho de 2023 em um estudo multifacetado, com o objetivo de colaborar com os Maijuna em um registro e recurso de práticas de criação de abelhas sem ferrão, desenvolver uma biblioteca de pólen de abelhas sem ferrão e criar um inventário de características morfológicas de abelhas sem ferrão. Quando não está estudando ou trabalhando, Christian gosta de pescar com mosca, caçar cogumelos culinários e fazer hidromel!