Lee el texto y responde las preguntas: El silencioso misterio de la abeja melífera

The honeybee occupies a peculiar place in the public imagination: a wild creature that is, in fact, closer to livestock, trucked between orchards by commercial beekeepers and managed with a farmer’s pragmatism. When colonies began dying at alarming rates in the mid-2000s, a phenomenon labeled colony collapse disorder, the search for a single villain commenced immediately. Pesticides, parasitic mites, viruses, and monoculture diets were each indicted in turn, and each prosecution stalled for the same reason: the evidence pointed everywhere at once. The emerging scientific consensus is unsatisfying to headline writers but increasingly robust. Bees are not being killed by one thing; they are being exhausted by many. A colony weakened by mites tolerates pesticide exposure poorly; a bee fed on the pollen of a single crop has an immune system less prepared for the virus the mite transmits. Stressors that are survivable in isolation become lethal in combination, a pattern ecologists call synergistic decline and observe in amphibians, corals, and songbirds alike. The practical implication is uncomfortable: there is no single regulation, no banned chemical, that resolves the problem at a stroke. Saving the bee, it turns out, is less like curing a disease and more like repairing a frayed safety net, strand by strand.

💡 Toca una palabra subrayada para ver su significado