Phototactic response of three distinct breeding populations of Drosophila melanogaster are compared through experimental maze runs and under differing light stimuli. While it is suggested that more meaningful results may depend on intensified selection pressure and studies of a greater number of generations, evidence from these observations indicates a clear difference in photo tactic behavior between the fly population drawn from laboratory stock subject to in-breeding and the positive responses of the two populations captured wild and thus reflecting the selection process of nature
Abstract Environmental adaptation and species divergence often involve suites of co‐evolving traits....
In accordance with the consensus that sexual selection is responsible for the rapid evolution of dis...
Background: Like most living organisms, the fruit fly Drosophila melanogaster exhibits strong and di...
The authors present a novel paradigm for studying visual responses in Drosophila. An eight-level cho...
A wide range of organisms have the ability to see in color, to distinguish between lights on the bas...
Matching habitat choice is gaining attention as a mechanism for maintaining biodiversity and driving...
Artificial selection has produced populations of Drosophila melanogaster which show either positive ...
Methods available for quickly and objectively quantifying the behavioral phenotypes of the fruit fly...
It has long been a point of contention among biologists whether speciation can occur sympatrically a...
Complex as it is, much of the vast network of cellular functions has been successfully dissected, on...
As we know, a process responsible for evolutionary changes is natural selection. The purpose of this...
Behavioural traits of the fruitfly DrosophUa are studied as regards their neuronal aspects by approp...
Artificial selection for positive and negative phototaxis was conducted in populations of Drosophila...
Phototaxis and optomotor reactions of the mutantsebony and opm 2 are investigated. LikeMusca, Drosop...
Experimental studies of the evolution of reproductive isolation in real time are a powerful way to r...
Abstract Environmental adaptation and species divergence often involve suites of co‐evolving traits....
In accordance with the consensus that sexual selection is responsible for the rapid evolution of dis...
Background: Like most living organisms, the fruit fly Drosophila melanogaster exhibits strong and di...
The authors present a novel paradigm for studying visual responses in Drosophila. An eight-level cho...
A wide range of organisms have the ability to see in color, to distinguish between lights on the bas...
Matching habitat choice is gaining attention as a mechanism for maintaining biodiversity and driving...
Artificial selection has produced populations of Drosophila melanogaster which show either positive ...
Methods available for quickly and objectively quantifying the behavioral phenotypes of the fruit fly...
It has long been a point of contention among biologists whether speciation can occur sympatrically a...
Complex as it is, much of the vast network of cellular functions has been successfully dissected, on...
As we know, a process responsible for evolutionary changes is natural selection. The purpose of this...
Behavioural traits of the fruitfly DrosophUa are studied as regards their neuronal aspects by approp...
Artificial selection for positive and negative phototaxis was conducted in populations of Drosophila...
Phototaxis and optomotor reactions of the mutantsebony and opm 2 are investigated. LikeMusca, Drosop...
Experimental studies of the evolution of reproductive isolation in real time are a powerful way to r...
Abstract Environmental adaptation and species divergence often involve suites of co‐evolving traits....
In accordance with the consensus that sexual selection is responsible for the rapid evolution of dis...
Background: Like most living organisms, the fruit fly Drosophila melanogaster exhibits strong and di...