The phrase "a function of morph" is not standard in written English and may cause confusion without context.
It could be used in discussions related to biology, linguistics, or programming where "morph" refers to a morphological aspect or element.
Example: "In this model, the behavior of the organism is a function of morph, influencing its adaptation to the environment."
Alternatives: "an aspect of morphology" or "a characteristic of morph".
To test this prediction, we investigated whether responses in the right middle and left posterior fusiform showed a linear increase as a function of morph level.
The Eff morph responses, in contrast, are linearly scaled as a function of morph level only for a brief time at the first peak of the response, centered around 120-ms poststimulus onset.
Slope is expressed in units of spikes/second/morph level and reports how well the response to the Eff and Ineff images was modulated as a function of morph level.
By 200 ms post-stimulus (average response in the 150- to 250-ms epoch) the dependence of Eff morph responses was decreasing, and in the linear regression as a function of morph level, the slope decreases more rapidly than the one describing the dependence of Ineff morph responses on morph level.
We fit with a line the firing rate of individual neural response as a function of morph level for 4 different response epochs of 100 200 ms, 200 300 ms, 300 400 ms, and 400 500 ms. In each epoch the linear regression was applied separately for Eff and Ineff images, giving a fit slope for the 2 subgroups of stimuli.
The breadth of the chemical space explored is a function of the morphing operators available.
The rate that the ant rafts morph is a function of how quickly the ants can reach the raft edge.
The model was fitted with a composite material upper skin whose shape can be morphed, as a function of the flight condition, by four electrical actuators placed inside the wing structure.
To address this question, we performed an analysis of variance to examine how separated responses to different morphed images remained as a function of time (Supplementary Fig. 3).
The aim of the study is to bring insight into the presence and function of this color morph by (i) studying the genetic structure of these populations using nine microsatellite markers, and testing for (ii) a potential local diversifying selection and (iii) differences in dispersal capacity between blotched and non-blotched vipers.
