Observations on phototropic responses of the larvae of Bugula neritina and of B. flabellata in the presence of stimulating and anaesthetic agents indicate that the light reactions of these organisms may have a diagnostic value for predicting acceleration or retardation of the rate of metamorphosis. Experiments on B. neritina were conducted at the Bureau of Fisheries, Beaufort, North Carolina; those on B. f labellata, and less extensive observations on B. turrita, were made at the Marine Biological Laboratory, Woods Hole, Massachusetts
Planaria are simple flatworms, but they possess primitive eyespots that can detect certain chemicals...
In the marine environment, competent larvae of sessile invertebrates are influenced by water flow an...
A bio-optical study was undertaken to quantify the relationships which exist between counter-illumin...
Observations on phototropic responses of the larvae of Bugula neritina and of B. flabellata in the p...
The free swimming larvae of many marine invertebrates actively respond to light. Light cues can be u...
Various treatments which induce precocious fixation or inhibit attachment of Bugula and Amaroecium l...
Bugula neritina is a sessile marine bryozoan with a pelagic larval stage. Larvae frequently settle o...
The phototaxis by larvae of the grass shrimp Palaemonetes pugio that hatched from embryos which were...
In order to determine the optimal ranges of the factors light intensity and aeration that reflect th...
Because planktonic invertebrate larvae may be food-limited, anything that increases feeding and dige...
24 pagesCnidarians have among the most primitive nervous systems, yet they also display diverse beha...
To many larvae of biofouling organisms, phototaxis behavior was crucial for their survival. Research...
In the marine environment, competent larvae of sessile invertebrates are influenced by water flow an...
The process of light orientation by the snail Biomphalaria glabrata was studied using the selection ...
Lecithotrophic larvae of the cheilostome bryozoan, Bugula neritina (L.), lose metamorphic competence...
Planaria are simple flatworms, but they possess primitive eyespots that can detect certain chemicals...
In the marine environment, competent larvae of sessile invertebrates are influenced by water flow an...
A bio-optical study was undertaken to quantify the relationships which exist between counter-illumin...
Observations on phototropic responses of the larvae of Bugula neritina and of B. flabellata in the p...
The free swimming larvae of many marine invertebrates actively respond to light. Light cues can be u...
Various treatments which induce precocious fixation or inhibit attachment of Bugula and Amaroecium l...
Bugula neritina is a sessile marine bryozoan with a pelagic larval stage. Larvae frequently settle o...
The phototaxis by larvae of the grass shrimp Palaemonetes pugio that hatched from embryos which were...
In order to determine the optimal ranges of the factors light intensity and aeration that reflect th...
Because planktonic invertebrate larvae may be food-limited, anything that increases feeding and dige...
24 pagesCnidarians have among the most primitive nervous systems, yet they also display diverse beha...
To many larvae of biofouling organisms, phototaxis behavior was crucial for their survival. Research...
In the marine environment, competent larvae of sessile invertebrates are influenced by water flow an...
The process of light orientation by the snail Biomphalaria glabrata was studied using the selection ...
Lecithotrophic larvae of the cheilostome bryozoan, Bugula neritina (L.), lose metamorphic competence...
Planaria are simple flatworms, but they possess primitive eyespots that can detect certain chemicals...
In the marine environment, competent larvae of sessile invertebrates are influenced by water flow an...
A bio-optical study was undertaken to quantify the relationships which exist between counter-illumin...