"Gause's principle" is a noun phrase.
/gɔːz prɪn.sə.pəl/
Gause's principle, often referred to as the competitive exclusion principle, is a concept in ecology that states that two species competing for the same resources cannot coexist at constant population values. If two species compete for the same niche, one will dominate and displace the other. This principle highlights the importance of resource availability and ecological niche differentiation in maintaining biodiversity.
The term is predominantly used in academic and scientific contexts, particularly in ecology and biology. It is more commonly encountered in written contexts, such as research papers, textbooks, and ecological studies, rather than in daily spoken conversations.
Gause's principle explains why two different species of birds cannot thrive in the same forest if they are competing for the same food resources.
(Gause's principle explica por qué dos especies diferentes de aves no pueden prosperar en el mismo bosque si compiten por los mismos recursos alimenticios.)
According to Gause's principle, one species will inevitably outcompete the other, leading to extinction of the less competitive species.
(Según el principio de Gause, una especie inevitablemente superará a la otra, lo que llevará a la extinción de la especie menos competitiva.)
In studying invasive species, scientists often refer to Gause's principle to explain the impact of an introduced species on native populations.
(Al estudiar especies invasoras, los científicos a menudo se refieren al principio de Gause para explicar el impacto de una especie introducida en las poblaciones nativas.)
While "Gause's principle" does not have widely recognized idiomatic expressions associated with it, the concept of competitive exclusion and niche differentiation can be related in ecologically focused discussions.
The introduction of the new fish species led to a classic case of Gause's principle in action, as the native fish population began to dwindle.
(La introducción de la nueva especie de pez llevó a un caso clásico del principio de Gause en acción, ya que la población de peces nativos comenzó a disminuir.)
In ecology classes, we often study Gause's principle to understand why biodiversity is essential in ecosystems.
(En las clases de ecología, a menudo estudiamos el principio de Gause para entender por qué la biodiversidad es esencial en los ecosistemas.)
Gause's principle serves as a reminder of the delicate balance required to maintain ecological harmony in our natural habitats.
(El principio de Gause sirve como un recordatorio del delicado equilibrio requerido para mantener la armonía ecológica en nuestros hábitats naturales.)
The term "Gause's principle" is named after the Russian ecologist Georgy Gause, who formulated the concept in the 1930s. His research emphasized the outcomes of competitive interactions among species, leading to foundational ideas in ecological theory.
The phrase "Gause's principle" primarily relates to ecological discussions and is significant in understanding the dynamics of species competition and biodiversity.