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CONTENTS
1910
No. 1. FEBRUARY
1
Donaldson, HENRY H. Further observations on the nervous system of the
American leopard frog, Rana pipiens, compared with that of the Euro-
pean frogs, Rana esculenta and Rana temporaria. With two text figures.
HATAI, SHINKISHI. On the length of the internodes in the sciatic nerve of
Rana temporaria (fusca) and Rana pipiens:-being a reëxamination by
biometric methods of the data studied by Boycott, 1904, and Takahashi,
1908. With three text figures.
19
No. 2. APRIL
CHARLES BROOKOVER. The olfactory nerve, the nervus terminalis and the pre-
optic sympathetic system in Amia calva, L. With thirty-five figures 49
HENRY H. DONALDSON. On the percentage of water in the brain and in the
spinal cord of the albino rat. five figures.
119
S. J. HOLMES. Pleasure, pain and the beginnings of intelligence
1:15
No. 3. JUNE
Otto C. GLASER. The formation of habits at high speed, with two figures... 165
I. W. BLACKBURN. On the median anterior cerebral artery as found among the
insane. With six figures...
185
HANSFORD MacCURDY. Degeneration in the ganglion cells of the crayfish,
Cambarus bartonii gir. With nine figures.
195
ALBERT Kuntz. The development of the sympathetic nervous system in
mammals. With eighteen figures.
211
H.H. T. Jackson. The control of phototactic reactions in Hyalella by chemi-
cals
259
No. 4. AUGUST
C. W. PRENTISS. The development of the hypoglossal ganglia of pig embryos.
Eight figures..
265
birds. Ten figures.
283
F. L. LANDACRE. The origin of the cranial ganglia in Ameiurus. Eighty-
eight figures.
309
No. 5. OCTOBER
C. Judson HERRICK. The morphology of the forebrain in Amphibia and Rep-
tilia. Eighty-four figures.
414
No. 6. DECEMBER
Kari T. WAUGH. The rôle of vision in the mental life of the mouse. From Belôit College. Ten figures.
519
LAWRENCE W. COLE. Reactions of frogs to chlorides of ammonium, potassium,
sodium and lithium.....
601
SERGIUS MORGULIS. The movements of the earthworm. Two figures.
.615
EDITORIAL ANNOUNCEMENT...
625
C. W. PRENTISS. The development of the hypoglossal ganglia of pig embryos. eight figures..
ALBERT Kintz. The development of the sympathetic system in birds. Ten
figures
F. L. LANDACRE. The origin of the cranial ganglia in Ameiurus. Eighty- eight figures
SUBJECT AND AUTHOR INDEX
A
MEIURUS, the origin of the cranial ganglia
in, 309.
Amia calva, the olfactory nerve, the nervus termi-
nalis and the pre-optic sympathetic system
in, 49.
Amphibia and Reptilia, the morphology of the fore
brain in, 414.
Artery, on the median anterior cerebral, as found
among the insane, 185.
Development of the sympathetic nervous system
in mammals, 211.
DONALDSON, HENRY H. Further observations on
the nervous system of the American leopard
frog, Rana pipiens, compared with that of the
European frogs, Rana esculenta and Rana
temporaria, 1.
DONALDSON, HENRY H. On the percentage of
water in the brain and in the spinal cord of the albino rat, 119.
ARTH WORM, the movements of the, 615.
B
E
IOMETRIC methods of the data studied by Boy-
cott, 1904, and Takahashi, 1908, being a re-
examination by; on the lengtb of the internode
in the sciatic nerve of Rana temporaria (fusca)
and Rana pipiens, 19.
Birds, the development of the sympathetic nervous
system in, 283.
BLACKBURN, I. W. On the median anterior cerebral
artery as found among the insane, 185.
BROOKOVER, CHARLES. The olfactory nerve, the
nervus terminalis and the pre-optic sympa-
thetic system in amia calva, L., 49.
C
ABITS, the formation of, at high speed, 165.
HEMICALS, the control of phototactic reaction
in Hyalella by, 259.
COLE. LAWRENCE W. Reactions of frogs to chlorides
of ammonium, potassium, sodium, and lith-
ium, 601.
Control of phototactic reactions in Hyalella by chem-
icals, 259.
Cranial ganglia, the origin of the, in Ameturus, 309.
Crayfish, degeneration in the ganglion cells of the,
195.
H
D
EGENERATION in the ganglion cells of the
crayfish, Cambarus bartonii gir, 195.
Development of the hypoglossal ganglia of pig em-
Hatai, SHINKISHI. On the length of the internodes
in the sciatic nerve of Rana temporaria (fusca
and Rana pipiens: being a reexamination by
biometric methods of the data studied by
Boycott, 1904, and Takahashi, 1908, 19.
HERRICK C. JUDSON. The morphology of the fore-
brain in Amphibia and Reptilia, 414.
HOLMES, S. J. Pleasure, pain and the beginnings of
intelligence, 145.
Hyalella, the control of phototactic reactions in
by chemicals, 259.
Hypoglossal ganglia, the development of the, of nig
embryos, 265.
bryos, 265.
in birds, 283.
K
R
UNTZ, ALBERT. The development of the sympa-
thetic nervous system in birds, 283.
Kuntz, ALBERT. The development of the sympa-
thotic nervous system in mammals, 211.
Rana pipiens, on the length of the internodes in the
sciatic nerve of, 19.
Rana temporaria (fusca), on the length of the inter-
nodes in the sciatic nerve of. 19.
Rat, on the percentage of water in the brain and in
the spinal cord of the albino, 119.
Reactions of froge to chlorides of ammonium, potas-
sium, sodium and lithium, 601.
Reactions, phototactic, control of, in Hyalella by
chemicals, 259.
Reptilia, the morphology of the forebrain in Am-
phibia and, 414.
N
W*
ERVE, olfactory, the nervus terminalis and the
ATER, on the percentage of, in the brain and
pre-optic sympathetic system in amia calva,
49.
Nervous system of the American leopard frog,
European frogs, 1.
Nervus terminalis, the olfactory nerve, and the
pre-optic sympathetic system in Amia calva,
in the spinal cord of the albino rat, 119.
Waugh, KARL T. The rôle of vision in the mental
life of the mouse, 549.
NOTICE
Use the Contents and Index herewith in bind- ing Volume 20, as the sheets sent out with No. 6 are incorrect.
ALBERT KUNTZ. The development of the sympathetic nervous system in
mammals. Eighteen figures. ...
HARTLEY H. T. Jackson. The control of phototactic reactions in Hyalella by
chemicals