Worldwide status of carp culture
"
31
Bitterlich,
G.,
Cnaiger,
E.,
1984.
Phyt0planktivorous
or
omnivorous
fish?
Digestibility
of
zooplankton
by silver carp,
Hypopht‘na1michthvs molitrix
(Val.).
Aquaculture, 4_0, 261—263.
Brown, E.E., 1983.
World fish farming:
cultivation and economics.
2nd
ed. AVI
Publishing Co., Westport, Connecticut.
Das, P., Kumar,
D.,
Roy, G.,
1975. National demonstration on
composite
fish
culture in West Bengal.
J. Inland
Fish. Soc. India, 1, 112—115.
DJP,
1984.
Statistik
perikanan
1982.
(Fisheries statistics of Indonesia, 1982).
Direktorat Jenderal Perikanan, Departemen Pertanian, Jakarta.
Dwidevi,
S.N., Ravindranathan, V.,
1982. Carp hatchery model CIFED—81: a new
system
to
breed fish
even
when
reins
fail.
Central Institute of Fisheries
Education, Central
Institute
of
Fisheries
Education,
(CIFE)Bu11etin 3—4,
1982, Bombay.
ESCAP, 1983.
Handling, marketing and
consumption of
aquacultural products in
China.
Report of a study tour in China (14—30 September
1982). Economic
‘
and Social Commission for Asia and the Pacific, Bangkok, Thailand.
53p.
FAO,
1983.
Freshwater
aquaculture
development
in
China.
Report
of
the
FAO/UNDP study
tout organized
for French—speaking African countries, 22
April—20 May 1980.
FAO
Fish. Tech. Pap. No. 215. 125p.
FAO, 1984.
Yearbook of fishery statistics. Volume 54. 1982. FAO, Rome. 393p.
Ghosh, A., Banerjee, M.K., Rao,
L.H., 1973.
Some observations on
the cultural
prospects
of
silver
carp
Hypophtha1michthvs molitrix (Valenciennes) in
sewage—fed ponds.
J. Inland Fish. Soc. India, 2, 131-133.
Hepher, B., Sandbank, S., 1984.
The
effect
of phosphor0us supplementation to
common
carp diets on growth.
Aquaculture,
323—332.
Hickng, C.F.
1967. On
the biology
of a
herbiv0r0us fish, the
white Amur or
grass
carp, Cten0pharyngodon idella
Val. Proc.
Royal
Soc. Edinb. 70B(4),
62—81.
Hubbert, R.M., 1983.
The effect
of anaerobically
digested animal waste on the
bacterial flora of common carp.
Bamidgeh, _32, 73—78.
Hughes, G.M., Albers C., MÔaster, D.,O
Getz, K.H. 1983.
Respiration of the carp,
Cyprinio carpio at 10 C and 20 C and the effects of hypoxia J. Fish
Biol.,
Æ, 613—628.
Hui5man,
E.A.,
Valentijn,
P.,
1981.
Conversion
efficiencies
in
grass
carp
(Ctenopharyngodon idella Val.) using 3 feed for commercial production.
Aquaculture, _2_2_, 279—288.
IDRC, 1983.
Fish
quarantine and fish
diseases in
Southeast
Asia: report
of
&
workshop held
in Jakarta, Indonesia, 7—10 December 1982. IDR C—210e. 79p.
International Development Research Centre, Ottawa, Canada.
_-
"
31
Bitterlich,
G.,
Cnaiger,
E.,
1984.
Phyt0planktivorous
or
omnivorous
fish?
Digestibility
of
zooplankton
by silver carp,
Hypopht‘na1michthvs molitrix
(Val.).
Aquaculture, 4_0, 261—263.
Brown, E.E., 1983.
World fish farming:
cultivation and economics.
2nd
ed. AVI
Publishing Co., Westport, Connecticut.
Das, P., Kumar,
D.,
Roy, G.,
1975. National demonstration on
composite
fish
culture in West Bengal.
J. Inland
Fish. Soc. India, 1, 112—115.
DJP,
1984.
Statistik
perikanan
1982.
(Fisheries statistics of Indonesia, 1982).
Direktorat Jenderal Perikanan, Departemen Pertanian, Jakarta.
Dwidevi,
S.N., Ravindranathan, V.,
1982. Carp hatchery model CIFED—81: a new
system
to
breed fish
even
when
reins
fail.
Central Institute of Fisheries
Education, Central
Institute
of
Fisheries
Education,
(CIFE)Bu11etin 3—4,
1982, Bombay.
ESCAP, 1983.
Handling, marketing and
consumption of
aquacultural products in
China.
Report of a study tour in China (14—30 September
1982). Economic
‘
and Social Commission for Asia and the Pacific, Bangkok, Thailand.
53p.
FAO,
1983.
Freshwater
aquaculture
development
in
China.
Report
of
the
FAO/UNDP study
tout organized
for French—speaking African countries, 22
April—20 May 1980.
FAO
Fish. Tech. Pap. No. 215. 125p.
FAO, 1984.
Yearbook of fishery statistics. Volume 54. 1982. FAO, Rome. 393p.
Ghosh, A., Banerjee, M.K., Rao,
L.H., 1973.
Some observations on
the cultural
prospects
of
silver
carp
Hypophtha1michthvs molitrix (Valenciennes) in
sewage—fed ponds.
J. Inland Fish. Soc. India, 2, 131-133.
Hepher, B., Sandbank, S., 1984.
The
effect
of phosphor0us supplementation to
common
carp diets on growth.
Aquaculture,
323—332.
Hickng, C.F.
1967. On
the biology
of a
herbiv0r0us fish, the
white Amur or
grass
carp, Cten0pharyngodon idella
Val. Proc.
Royal
Soc. Edinb. 70B(4),
62—81.
Hubbert, R.M., 1983.
The effect
of anaerobically
digested animal waste on the
bacterial flora of common carp.
Bamidgeh, _32, 73—78.
Hughes, G.M., Albers C., MÔaster, D.,O
Getz, K.H. 1983.
Respiration of the carp,
Cyprinio carpio at 10 C and 20 C and the effects of hypoxia J. Fish
Biol.,
Æ, 613—628.
Hui5man,
E.A.,
Valentijn,
P.,
1981.
Conversion
efficiencies
in
grass
carp
(Ctenopharyngodon idella Val.) using 3 feed for commercial production.
Aquaculture, _2_2_, 279—288.
IDRC, 1983.
Fish
quarantine and fish
diseases in
Southeast
Asia: report
of
&
workshop held
in Jakarta, Indonesia, 7—10 December 1982. IDR C—210e. 79p.
International Development Research Centre, Ottawa, Canada.
_-