![](https://www.kindai.ac.jp/data/images/professor/2468.jpg)
MASUMA Shukei
Aquaculture Research Institute, Kindai University | Specially Appointed Professor |
Last Updated :2024/08/31
■Researcher basic information
J-Global ID
Research Keyword
- 海産魚類増養殖
■Research activity information
Paper
- Ryuichiro Aoki; Shukei Masuma; Youhei Washio; Hisashi Chuda; Keitaro KatoFisheries Science Springer Science and Business Media LLC 0919-9268 2024/04
- Mai Sakakibara; Ryuichiro Aoki; Shukei Masuma; Osamu Nakamura; Sho Shirakashi; Shigeyuki TsutsuiDevelopmental & Comparative Immunology Elsevier BV 105113 - 105113 0145-305X 2023/12 [Refereed]
- Shukei Masuma; Ryuichiro AokiAquaculture International Springer Science and Business Media LLC 32 3481 - 3498 0967-6120 2023/11 [Refereed]
- HISASHI CHUDA; KOTARO SUGANO; HIROMU NAKATSUKASA; NOBUHIRO HATTORI; YASUHISA KOBAYASHI; SHUKEI MASUMANIPPON SUISAN GAKKAISHI Japanese Society of Fisheries Science 88 (6) 485 - 493 0021-5392 2022 [Refereed]
- Shukei Masuma; Yuki Kusunoki; Ryuichiro AokiAQUACULTURE RESEARCH WILEY 53 (4) 1268 - 1275 1355-557X 2021/11 [Refereed]
Longtooth grouper (LG), Epinephelus bruneus, which is a protogynous hermaphrodite fish, is a highly valued grouper in Japan. Recently, LG farming and larviculture have started in subtropical waters but the reproductive information is scarce. We conducted two experiments to estimate the breeding season for LG held in a sea cage at Amami Island, Japan. Seasonal changes of plasma sex steroid (E2 and 11-KT) levels were measured in Experiment 1. Blood samples were collected from April to July and September 2018 and February 2019. E2 levels of the females increased from February (0.43 +/- 0.10 ng/ml) and were significantly higher between April (0.97 +/- 0.14 ng/ml) and May (0.66 +/- 0.07 ng/ml) compared with those of June, July, and September. Eleven-KT levels of males were also higher between February and June. Spermiation responses indicating maturity of testis were examined throughout the year in Experiment 2. Spermiation was also observed between February and June. These results suggested that the breeding season of LG in subtropical regions was between April and May, with a residual period in June, which was earlier than those of temperate sites of Mainland Japan. - Yuta Matsuura; Toyohiro Nishioka; Jun Satoh; Yoshiko Shimahara; Tomomasa Matsuyama; Tomokazu Takano; Ikunari Kiryu; Yasuhiko Kawato; Sachiko Terashima; Shukei Masuma; Chihaya NakayasuAQUACULTURE ELSEVIER 539 0044-8486 2021/06The market for Pacific bluefin tuna (Thunnus orientalis) is expanding as global consumption increases. Meeting this demand has led to overfishing and consequent depletion of wild populations, resulting in a focus on aquaculture as an alternative to fishing. However, under the crowded conditions typical of tuna aquaculture settings, infectious diseases are a common problem associated with considerable economic losses, especially with regard to Pacific bluefin tuna, which is a high-priced species. Studying diseases in Pacific bluefin tuna requires techniques that enable experimental infection; however, no promising methods are available due to the difficulty of handling these fish, including transportation, retention, and injection. In the present study, therefore, we developed a method for experimental infection of juvenile Pacific bluefin tuna with red seabream iridovirus (RSIV), which causes an acute and highly contagious disease in this species. The route of experimental infection was validated using Pacific bluefin tuna and greater amberjack (Seriola dumerili), which is used as a model species susceptible to the disease. Oral infection with the virus was found to be suitable for reproducing red seabream iridoviral disease (RSIVD). A high copy number of the RSIV genome was detected in Pacific bluefin tuna that died following RSIV experimental infection, indicating that the virus efficiently replicated in the infected fish. In addition to virus detection, a histopathologic abnormality specific to RSIV infection was detected in the infected fish. These results indicate that experimental infection via the oral route is effective for reproducing RSIVD in Pacific bluefin tuna.
- S. Abe; T. Takagi; S. Torisawa; K. Abe; H. Habe; N. Iguchi; K. Takehara; S. Masuma; H. Yagi; T. Yamaguchi; S. AsaumiAquacultural Engineering Elsevier BV 93 102146 - 102146 0144-8609 2021/05In marine aquaculture, fish populations constantly decrease throughout the cultivation period because of mortality and escape. Current production management systems provide limited opportunities to count the cultured fish, making it difficult to estimate accurately the fish population in the cage. To overcome this problem, an automatic fish identifying method based on particle tracking velocimetry (PTV) flow visualization technology is proposed in this paper. The proposed method utilizes an image processing unit that extracts individual fish from the acquired image and a motion analysis unit that calculates the motion vector for each individual. Thus, the accuracy of the extraction results in the image processing unit affects the system's counting results. To validate the efficiency and robustness of the image extraction performed by the image processing unit, individuals were extracted from images using the open-source image deep learning semantic segmentation method (SegNet), which is able to distinguish between the background and foreground in the images via analysis at the pixel level. SegNet is able to improve the image discrimination performance by multiplying the learning paths, and the robustness of the detection results can be ensured by changing the layer structure according to the detection target. Accordingly, the use of SegNet was evaluated in terms of the number of layers and images in the training set. The results of this study indicate that the application of SegNet with PTV technology represents a promising method for the automatic identifying and behavioral tracking of fish in an aquaculture net cage.
- Kentaro Higuchi; Yukinori Kazeto; Yuichi Ozaki; Toshiya Yamaguchi; Yukinori Shimada; Yoshiaki Ina; Satoshi Soma; Yoshitaka Sakakura; Rie Goto; Takahiro Matsubara; Issei Nishiki; Yuki Iwasaki; Motoshige Yasuike; Yoji Nakamura; Aiko Matsuura; Shukei Masuma; Tetsushi Sakuma; Takashi Yamamoto; Tetsuji Masaoka; Takanori Kobayashi; Atushi Fujiwara; Koichiro GenSCIENTIFIC REPORTS NATURE PUBLISHING GROUP 10 (1) 9351 - 9351 2045-2322 2020/06An amendment to this paper has been published and can be accessed via a link at the top of the paper.
- 八木洋樹; 浅井七望; 白樫正; 岡田貴彦; 高岡治; 升間主計魚病研究 55 (3) 0388-788X 2020
- Ryuichiro Aoki; Hisashi Chuda; Youhei Washio; Shukei Masuma; Keitaro KatoFISHERIES SCIENCE SPRINGER JAPAN KK 86 (1) 57 - 64 0919-9268 2020/01 [Refereed]
The aquaculture of greater amberjack Seriola dumerili is of considerable research interest worldwide. The larviculture methods employed to culture this species, however, are still under development, and the majority of farms still rely on wild-caught juveniles. One of the problems associated with the hatchery production of this species is the optimal selection of broodstock to ensure a stable supply of high-quality eggs. Specifically, no reliable low-stress sex-discrimination technique is currently available for selecting broodstock of this species. This study investigated the efficacy of a hormone-based sex-discrimination method in full-cycle cultured S. dumerili, ranging in age from 412 to 1150 days after hatching (DAH). Plasma concentrations of the female hormone 17 beta-estradiol (E2) and the male hormone 11-ketotestosterone (11-KT) were measured in both spawning and non-spawning seasons, and the optimal threshold levels for sex discrimination were estimated using a receiver operating characteristic curve. Sex discrimination using E2 produced several false positives in younger fish, and had an overall accuracy of 78.7%. However, sex discrimination using 11-KT had an accuracy of 96.7%, even in 412 DAH fish. This study demonstrated that sex discrimination using 11-KT is a reliable method for optimizing the sex ratio of S. dumerili broodstock, even before the broodstock mature. - Kentaro Higuchi; Yukinori Kazeto; Yuichi Ozaki; Toshiya Yamaguchi; Yukinori Shimada; Yoshiaki Ina; Satoshi Soma; Yoshitaka Sakakura; Rie Goto; Takahiro Matsubara; Issei Nishiki; Yuki Iwasaki; Motoshige Yasuike; Yoji Nakamura; Aiko Matsuura; Shukei Masuma; Tetsushi Sakuma; Takashi Yamamoto; Tetsuji Masaoka; Takanori Kobayashi; Atushi Fujiwara; Koichiro GenSCIENTIFIC REPORTS NATURE PUBLISHING GROUP 9 (1) 13871 - 13871 2045-2322 2019/09In bluefin tuna aquaculture, high mortalities of hatchery-reared juveniles occur in sea cages owing to wall collisions that are caused by high-speed swimming in panic due to changes in illuminance. Here, we report that targeted gene mutagenesis of the ryanodine receptor (RyR1b), which allows the sarcoplasmic reticulum to release Ca2+ in fast skeletal muscle, using highly active Platinum TALENs caused slow swimming behaviour in response to external stimuli in Pacific bluefin tuna (PBT) larvae. This characteristic would be a useful trait to prevent wall collisions in aquaculture production. A pair of Platinum TALENs targeting exons 2 and 43 of the PBT ryr1b gene induced deletions in each TALEN target site of the injected embryos with extremely high efficiency. In addition, ryr1b expression was significantly decreased in the mutated G0 larvae at 7 days after hatching (DAH). A touch-evoked escape behaviour assay revealed that the ryr1b-mutated PBT larvae swam away much less efficiently in response to mechanosensory stimulation at 7 DAH than did the wild-type larvae. Our results demonstrate that genome editing technologies are effective tools for determining the functional characterization of genes in a comparatively short period, and create avenues for facilitating genetic studies and breeding of bluefin tuna species.
- 塚正泰之; 山下洋; 高島秋則; 松浦良平; 安藤正史; 福田隆志; 山本眞司; 那須敏郎; 有路昌彦; 升間主計水産増殖 66 (3) 235 - 242 0371-4217 2018/09 [Refereed]
Abstract: Japanese eel-flavored Amur catfish, Silurus asotus (JEC), is produced as an alternative to the endangered Japanese eel Anguilla japonica (JE). In this study, the quality of JEC was evaluated and compared with that of JE, wild Amur catfish (WC), and cultured Amur catfish fed pellets usually given to carp or red seabream. Among the griddle-cooked fish filet, the lipid content was the highest in JE (31.8%), followed by JEC (5.5%) and WC (2.2%). The glutamate and inosine monophosphate (IMP) concentrations were the highest in cooked JEC (0.96 and 8.8 μmol/g, respectively) and the lowest in cooked JE (0.42 and 4.4 μmol/g, respectively). Docosahexaenoic acid components of the lipid of JEC were the highest at 7.67%, whereas that of JE was 3.3%. In the sensory evaluation, the fatty taste score for JE was significantly higher than that for all Amur catfish groups, the latter among which showed no significant difference in fatty taste scores. The overall sensory evaluation score for WC was significantly lower than that for the other catfish. JEC had a reduced foul smell compared to WC meat, and it countered its low lipid content compared to JE with its high levels of glutamate and IMP. - Hisashi Chuda; Kazuki Ieda; Sho Shirakashi; Shukei MasumaAQUACULTURE ELSEVIER SCIENCE BV 491 346 - 350 0044-8486 2018/04 [Refereed]
Interspecific hybrids of marine fish are becoming popular for aquaculture. The advantageous characteristics of hybrid fish include high growth rates, enhanced feed conversion rates, better appearance, high tolerance to environmental stress, and increased resistance to certain diseases. A new hybrid grouper Kue-Tama, female Epinephelus bruneus x male E. lanceolatus has recently been established. This hybrid showed significantly higher growth than that by E. bruneus and is considered a promising new species for aquaculture, especially in temperate areas where the slow growth of E. bruneus has prevented stable farming practices. The present study compared the resistance of Kue-Tama, its maternal parent E. bruneus and E. septemfasciatus, another popular grouper for farming, against the skin fluke, Benedenia epinepheli, which is a problematic parasite in grouper farming. The result of the cohabitation experimental infection showed that E. septemfasciatus was the most resistant to the skin fluke, followed by Kue-Tama and then E. bruneus. There appeared to be a negative relationship between the amount of mucus produced and the parasite intensity suggesting a resistance to skin flukes though the dry-weight of mucus collected from a given skin surface area did not differ between the three groupers. These results demonstrated that Kue-Tama has another favorable characteristic for aquaculture, in addition to their higher growth rate. - Osamu Murata; Shota Itakura; Shinji Yamamoto; Nobuhiro Hattori; Michio Kurata; Hiromi Ohta; Shukei MasumaAquaculture Science Japanese Society for Aquaculture Research, Nishimura Toushadou Ltd. 65 (1) 93 - 95 2185-0194 2017 [Refereed]
In order to breed a faster-growing grouper, the longtooth grouper, Epinephelus bruneus (LG), was hybridized with the giant grouper, E. lanceolatus (GG). Eggs from a female LG that was injected with HCG were inseminated by the fresh sperm of LG and cryo-preserved sperm of GG obtained from a fish in Malaysia. Normal hatching rate was 8.8% (LGGG) and 18.6% (LG), respectively. The LGGG and LG larvae were raised for 61 days after hatching the survival and mean size were 17.5, 42.0% and 63.6±11.3, 36.2±8.7 mm, respectively. This new hybrid grouper would be a promising-breed for aquaculture. - Takayuki Takebe; Takeo Kurihara; Nobuaki Suzuki; Kentaro Ide; Hideki Nikaido; Yosuke Tanaka; Satoshi Shiozawa; Hitoshi Imaizumi; Shukei Masuma; Yoshitaka SakakuraFISHERIES SCIENCE SPRINGER JAPAN KK 78 (2) 343 - 350 0919-9268 2012/03We conducted a rearing experiment on Pacific bluefin tuna (PBT) larvae, which originated from one female broodstock, and determined the growth history of the larvae to clarify when the growth difference occurs. We investigated the otolith microstructure of the PBT larvae to examine the individual growth history and to predict the age and body size at the onset of individual growth difference. Since total length (TL) of fish can be back-calculated from otolith radius, we back-calculated TLs of 100 fish of 19 days post hatch (dph) divided into three size groups (small, intermediate, large). Growth difference was recognized from 3 dph (mouth opening), and the difference became larger thereafter. Growth of large-size fish was assumed to be promoted by the feeding conditions of PBT larvae.
- Takashi Yokota; Masaharu Machida; Hiroyuki Takeuchi; Shukei Masuma; Reiji Masuda; Nobuaki AraiAQUACULTURE ELSEVIER 319 (1-2) 290 - 297 0044-8486 2011/09The anti-predatory performance of hatchery-reared red tilefish (Branchiostegus japonicus) using tube-shaped burrows was studied together with the behavioral characteristics of potential predators, the white spotted conger (Conger myriaster) and the marbled rockfish (Sebastiscus marmoratus). White spotted conger were released in Maizuru Bay (Kyoto, japan) and tracked using acoustic telemetry; they were also observed in a tank using video recording. White spotted conger tended to remain inside shelters, but occasionally swam outside briefly at night. Attacking behavior of predators and predation avoidance behavior of red tilefish were also recorded in a tank. Red tilefish construct tube-shaped burrows into which they retreat to avoid attack. White spotted conger wandered around the tank, often invading the burrows to prey on red tilefish. Predation by white spotted conger occurred at night. Inside the burrows, red tilefish were not easily caught and were able to escape through the other entrance of the tube-shaped burrow. Marbled rockfish, on the other hand, pounced on red tilefish immediately after prey recognition, ambushing their prey near the burrow entrance. Predation by marbled rockfish was frequently observed around dusk and dawn, but some red tilefish that remained inside burrows survived. White spotted conger is nocturnal and probably an olfactory predator, whilst marbled rockfish is crepuscular and an ambush predator. For stock enhancement of red tilefish, the construction of tube-shaped burrows and their diurnal behavior around the burrows are desirable characteristics in reducing predation by both white spotted conger and marbled rockfish. (C) 2011 Elsevier B.V. All rights reserved.
- A review of the broodstock management and larviculture of the Pacific northern bluefin tuna in JapanShukei Masuma; Takayuki Takebe; Yoshitaka SakakuraAQUACULTURE ELSEVIER 315 (1-2) 2 - 8 0044-8486 2011/05We reviewed research on the broodstock management and larviculture of the Pacific northern bluefin tuna (PBT) Thunnus orientalis in Japan. Japan has been at the forefront of PBT research since 1970 due to the participation by federal and prefectural governments and universities in a national project aimed to optimize productivity of the sea around Japan. In 1979, scientists at Kinki University succeeded in the first spontaneous spawning in captivity by the broodstock of 5 year-old PBT. Successful spawning was also performed in 1980 and 1982, but no spawning then occurred until 1993, when Maruha Nichiro Holdings, Inc. (MNH) and Nippon Formula Feed Manufacturing Company, Ltd. (NFFMC) became involved in tuna farming and succeeded in the spawning of four-year-old broodstock. Since then, successful spawning of PBT in captivity has been reported from several sites as well as spawning in Kinki Univ. since 1994. With the successful spawning of PBT, the Fisheries Research Agency (FRA; formerly, Japan Sea Farming Association) of Kinki University, in conjunction with MNH. NFFMC, and Takuyo Ltd., has actively carried out research on and development of tuna larviculture technology. Thus, knowledge about broodstock management and larviculture has accumulated in Japan, but technical problems with larviculture still remain to be solved. There are 9 sites of successful spawning in net pens in Japan so far. At 4 of these sites in regions around Amami Island, yearly spawning has stably occurred. We have been accumulating data about the period of maturation, environmental key factors triggering the spawning, the age of onset of spawning, and the pattern of spawning through measurement of the ambient environment, gonad morphometry, endocrinology, mitochondrial DNA analysis, and daily careful observation of broodstock. Research on PBT larviculture at Kinki University, FRA, MNH, NFFMC, and Takuyo have succeeded in producing tens of thousands of hatchery-raised juveniles. As a result, Kinki University succeeded in establishing the full life cycle of PBT in captivity, and also achieved its aquaculture life cycle. However, solutions are needed for the remaining technological issues of PBT larviculture, including sinking syndrome, where larvae die on the bottom of the tank during the early phase of larviculture, the search for appropriate food (species, size, and nutrition) around the transition stage from larva to juvenile, cannibalism and collision against walls in the juvenile, and malformation and viral diseases in the young stage. (C) 2010 Elsevier B.V. All rights reserved.
- Yutaka Haga; Toshihito Naiki; Youhei Tazaki; Takaaki Shirai; Yusuke Takaki; Yosuke Tanaka; Kazunori Kumon; Satoshi Shiozawa; Shukei Masuma; Toshihiro Nakamura; Shuzo Ishida; Toshio TakeuchiFISHERIES SCIENCE SPRINGER JAPAN KK 77 (2) 245 - 253 0919-9268 2011/03Two feeding experiments were conducted to determine the effect of a 5'-inosine monophosphate (IMP)-supplemented casein peptide-based microdiet (MD) on the feeding activity, growth and survival of Pacific bluefin tuna (PBT) larvae. PBT larvae [total length: 14.0 mm (Exp. 1) or 13.3 mm (Exp. 2)] were fed a casein peptide-based MD supplemented with or without 3% IMP for 12 days. As a negative control, a limited number of yolk-sac larvae of spangled emperor Lethrinus nebulosus were fed only for the first 7 days and starved for the next 5 days. A sufficient amount of yolk-sac larvae of spangled emperor was fed in the Exp. 2. All fish in the control group had died by 9 or 10 days after the experiment. Extensive mortality was observed in fish fed the MD. The MD was only found in the stomach contents of PBT fed the MD + IMP. Of the fish fed an IMP-supplemented diet, 50% survived for 12 days after the initiation of both feeding experiments. In addition, significantly higher growth than that observed during the first 7 days was seen in the PBT in the IMP treatment after 12 days of the feeding experiment. These results suggest that the supplementation of casein peptide-based MD with IMP could improve the feeding activity, survival and growth performance of PBT.
- MASUMA SHUKEINSUGAF The Japanese Society of Fisheries Science 76 (5) 972 - 972 0021-5392 2010/09
- Toyohiro Nishioka; Koh-ichiro Mori; Takuma Sugaya; Nobuhiro Tezuka; Takayuki Takebe; Hitoshi Imaizumi; Kazunori Kumon; Shukei Masuma; Toshihiro NakaiFISH PATHOLOGY JAPAN SOC FISH PATHOL DEPT FISHERIES-FAC AGR 45 (2) 69 - 72 0388-788X 2010/06Amami Station of Fisheries Research Agency, Japan has experienced mass mortalities of Pacific bluefin tuna Thunnus olientalis in the process of seed production since around 2000. The mortalities mostly occurred at larval stages. In some cases of the mortalities, but not all cases, the diseased fish was characterized by vacuolation in the central nervous systems and retina, and a betanodavirus (RGNNV genotype) was detected in the affected fish by PCR and FAT methods and culture isolation. The present results suggest that VNN can be a cause of larval mortality of Pacific bluefin tuna.
- Francisco de la Serna Sabate; Yoshitaka Sakakura; Yousuke Tanaka; Kazunori Kumon; Hideki Nikaido; Takeshi Eba; Akefumi Nishi; Satoshi Shiozawa; Atsushi Hagiwara; Shukei MasumaAQUACULTURE ELSEVIER SCIENCE BV 301 (1-4) 16 - 21 0044-8486 2010/03 [Refereed]
Behavioral development was observed in the early life stages of Pacific bluefin tuna in order to provide fundamental information for improving seedling production techniques. Behavioral observations to quantify swimming, schooling and cannibalistic behavior were made at different developmental stages: pre-flexion (5 days after hatching, DAH), flexion (12 DAH), post-flexion (14 DAN) and juvenile (20 DAH). Video recordings of either observation containers or the rearing tank were made to observe swimming and schooling behavior, respectively. Cannibalistic behavior was estimated by frequency of chase behavior. Swimming speed maintained constant values from 6 DAH (9.2 +/- 6.0 mm/s, pre-flexion stage) to 20 DAN (22.4 +/- 9.0 mm/s, beginning of juvenile stage) and increased rapidly thereafter to 29 DAN (85.2 +/- 32.5 mm/s). Schooling behavior was first observed on 25 DAH juveniles (SL 23.5 +/- 5.0 mm). Chase behavior was first observed at 14 DAH (standard length, SL 6.1 +/- 0.6 mm, transition at flexion to post-flexion stage) and increased thereafter. We propose that a practical developmental stage for size grading to reduce the mortality by cannibalism should be between post-flexion and early juvenile (SL 6-23 mm), when the cannibalistic behavior onsets and swimming speed are relatively low. (C) 2010 Elsevier B.V. All rights reserved. - HAGA Yutaka; NAIKI Toshihito; TAZAKI Youhei; TAKEBE Takayuki; KUMON Kazunori; TANAKA Yosuke; SHIOZAWA Satoshi; NAKAMURA Toshihiro; ISHIDA Shuzo; IDE Kentaro; MASUMA Shukei; TAKEUCHI Toshio水産増殖 58 (4) 0371-4217 2010
- SABATE Francisco De La Serna; SAKAKURA Yoshitaka; TAKEBE Takayuki; NIKAIDO Hideki; MATSUMOTO Naoyuki; SHIOZAWA Satoshi; HAGIWARA Atsushi; MASUMA Shukei水産増殖 水産増殖談話会 57 (2) 329 - 335 0371-4217 2009 [Refereed]
クロマグロの行動観察のための至適条件を検討し、攻撃行動に着目した行動の発達を調べた。異なる水槽の色および照度に仔魚を置いたところ、暗い色の水槽と高照度(900 lx以上)では生残が低く(0-10%)、透明な水槽と中程度の照度(600 lx)で生残が高かった(60-80%)。後者の条件で、異なる孵化日と発育段階の魚;すなわち開口、脊索屈曲前期、脊索屈曲期、脊索屈曲後期、稚魚、を用いて遊泳および攻撃行動の発達を観察した。また、36日齢の稚魚で、給餌と攻撃行動の関係を調べた。開口は2日齢(体長2.9±0.1mm)で、稚魚は19日齢(体長6.3mm)に初めて出現した。遊泳速度は脊索屈曲期までは変化しなかった(3.7±3.9-9.5±14.3mm/s)。攻撃行動は16日齢(体長5.4±0.9mm、脊索屈曲後期)より観察され、その頻度は稚魚期にも変化しなかった。攻撃行動は稚魚が空腹状態のときに観察された。 - Yoshiki Kato; Takayuki Takebe; Shukei Masuma; Takashi Kitagawa; Shingo KimuraFISHERIES SCIENCE BLACKWELL PUBLISHING 74 (1) 48 - 53 0919-9268 2008/02 [Refereed]
Physical conditions such as oceanic turbulence related to food availability are considered to be important factors affecting fish larval survival. Rearing experiments were conducted to elucidate the effects of turbulence on the survival and feeding rates during the initial feeding period of Pacific bluefin tuna Thunnus orientalis. Six levels of turbulence intensity were provided by changing flow rates from pipes set on the bottom of rearing tanks. The result showed a dome-shaped relationship between turbulence level and survival rate, in which the feeding rate appeared higher at a logged turbulence energy dissipation rate of -6.32, and decreased at both higher and lower turbulence levels. Compared with the turbulence intensity in the ocean, the optimal turbulence level for Pacific bluefin tuna larvae corresponded to the turbulence caused by sea surface winds with speeds of 4-12.5 m/s. The estimated optimal turbulence intensity for Pacific bluefin tuna larvae is comparable to that for yellowfin tuna Thunnus albacares. - TERUYA Kazuhisa; TERUYA Kazuhisa; MASUMA Shukei; HONDO Yasushi; HAMASAKI Katsuyuki水産増殖 56 (3) 0371-4217 2008
- Shukei Masuma; Shigeru Miyashita; Hiroshi Yamamoto; Hidemi KumaiREVIEWS IN FISHERIES SCIENCE TAYLOR & FRANCIS INC 16 (1-3) 385 - 390 1064-1262 2008 [Refereed]
Development of bluefin tuna farming in Japan has a 30-year history. This paper reviews recent developments as well as the current status and problems of farming, broodstock management, and fingerling production in Japan. Farmed bluefin tuna by wild seed-stock comprises approximately 15-20% (2,400 tons) of the annual catch of bluefin in Japan. Comparisons among farms in Japan indicate that bluefin tuna growth is positively correlated with annual water temperature. Broodstock commence spawning at approximately 3-5 years of age, and eggs are collected from within the cages. The number of bluefin tuna eggs collected in Japan has varied greatly - between zero and about 500 million - with variance between farms and years. Current larval rearing techniques produce tens of thousands of fingerlings of 35-50 mm per season in Japan, but survival rates are 0.01-4.5%. Although there are the bottlenecks in egg collection and larval rearing under the present technology, the approaches for enhancing bluefin resources and the replacement of wild seed-stock by artificial fingerling to tuna farms have firmly been improving in Japan. - Embryonic and morphological development of larval and juvenile corral trout, Plectropomus leoparudusShukei Masuma; Nobuhiro Tezuka; Kazuhisa TeruyaJapanese Journal of Ichthyology 40 (3) 333 - 342 1993/09 [Refereed]
MISC
- 榊原舞; 白樫正; 青木隆一郎; 升間主計; 中村修; 筒井繁行 日本魚病学会大会プログラムおよび講演要旨 2023- 2023
- 桐生郁也; 松山知正; 高野倫一; 松浦雄太; 西岡豊弘; 佐藤純; 嶋原佳子; 釜石隆; 中易千早; 升間主計 日本魚病学会大会プログラムおよび講演要旨 2021- 2021
- 中田久; 近藤花; 山本眞司; 中務寛; 服部亘宏; 村田修; 升間主計 日本水産学会大会講演要旨集 2020- 2020
- 升間主計 環境情報科学 49- (1) 2020
- 河東康彦; 米加田徹; 桐生郁也; 松山知正; 白樫正; 勝田芳樹; 升間主計; 水野かおり; 山本千晶; 原川翔伍; 川上秀昌 日本魚病学会大会プログラムおよび講演要旨 2020- 2020
- 升間主計 アグリバイオ 4- (11) 2020
- 波部斉; 阿部孝司; 井口信和; 岡田貴彦; 升間主計 日本水産学会大会講演要旨集 2019- 2019
- 中田久; 菅野航太郎; 山本眞司; 中務寛; 服部亘宏; 小林靖尚; 村田修; 升間主計 日本水産学会大会講演要旨集 2019- 2019
- 升間主計 月刊養殖ビジネス 56- (13) 2019
- 松浦雄太; 西岡豊弘; 嶋原佳子; 佐藤純; 高野倫一; 寺島祥子; 松山知正; 久門一紀; 白樫正; 升間主計 日本魚病学会大会プログラムおよび講演要旨 2019- 2019
- 阿部悟; 高木力; 米山和良; 鳥澤眞介; 波部斉; 阿部孝司; 井口信和; 竹原幸生; 升間主計; 八木洋樹; 中井彰治; 山口武治; 浅海茂 日本水産学会大会講演要旨集 2019- 11 2019
- 升間主計 アグリバイオ 2- (4) 2018
- 宮嶋暁; 赤井茜; 中務寛; 那須敏朗; 宮下盛; 升間主計 日本水産学会大会講演要旨集 2018- 2018
- 飯塚泰助; 高岡治; RONGE Bjorn; 升間主計 日本水産学会大会講演要旨集 2018- 2018
- 中田久; 家田一輝; 白樫正; 村田修; 升間主計 日本水産学会大会講演要旨集 2018- 2018
- 塚正泰之; 高島秋則; 松浦良平; 安藤正史; 福田隆志; 山下洋; 山本眞司; 那須敏郎; 有路昌彦; 升間主計 日本水産学会大会講演要旨集 2018- 2018
- 青木隆一郎; 中田久; 中村竜哉; 鷲尾洋平; 家戸敬太郎; 升間主計 日本水産学会大会講演要旨集 2018- 2018
- 升間主計 日本乳癌検診学会学術総会プログラム抄録集 28th- 2018
- 樋口健太郎; 伊奈佳晃; 風藤行紀; 尾崎雄一; 山口寿哉; 嶋田幸典; 阪倉良孝; 後藤理恵; 松原孝博; 升間主計; 佐久間哲史; 山本卓; 藤原篤志; 玄浩一郎 日本水産学会大会講演要旨集 2018- 64 2018
- 升間主計 月刊養殖ビジネス 54- (1) 2017
- 家戸敬太郎; 尾賀光輔; 竹内芳恵; 森喜代美; 山田伸一; 升間主計 日本水産学会大会講演要旨集 2017- 2017
- 升間主計 月刊養殖ビジネス 54- (9) 2017
- 青木隆一郎; 中田久; 中村竜哉; 鷲尾洋平; 家戸敬太郎; 升間主計 水産増殖 65- (4) 2017
- 升間主計; 村田修; 那須敏朗 月刊養殖ビジネス 53- (7) 2016
- 後藤理恵; 斎藤大樹; 松原孝博; 升間主計; 玄浩一郎 日本水産学会大会講演要旨集 2016- 2016
- 升間主計; 村田修; 宮武弘文; 中井彰治; 山下洋; 森大志; 高橋範行; 中田久; 太田博巳 日本水産学会大会講演要旨集 2016- 2016
- 中田久; 須賀井貫太; 音竹康太郎; 山本眞司; 中務寛; 服部亘宏; 村田修; 升間主計 日本水産学会大会講演要旨集 2016- 2016
- 升間主計 月刊養殖ビジネス 52- (7) 2015
- 升間主計 精密工学会誌(Web) 81- (9) 2015
- 升間主計; 村田修; 山本眞司; 服部亘宏; 太田博巳; 島上侑馬; 家戸敬太郎; 宮下盛 日本水産学会大会講演要旨集 2015- 2015
- 藤森猛志; 升間主計; 山本眞司; 服部亘宏; 中村竜哉; 村田修; 宮下盛 日本水産学会大会講演要旨集 2015- 2015
- 升間主計; 村田修; 山本眞司; 服部亘宏; 滝井健二; ビシャシュアマル; 家戸敬太郎; 宮下盛 日本水産学会大会講演要旨集 2015- 2015
- 宮本富士子; 松村圭祐; 升間主計; 山本眞司; 服部亘宏; 村田修; 宮下盛 日本水産学会大会講演要旨集 2015- 2015
- 園田祥平; 山本眞司; 服部亘宏; 宮下盛; 村田修; 升間主計 水産増殖 63- (4) 2015
- 服部亘宏; 山本眞司; 村田修; 宮下盛; 園田祥平; 安原亜沙子; 升間主計 水産増殖 63- (4) 2015
- 小西恭介; 升間主計; 中井彰治; 高橋範行; 村田修; 宮下盛 水産増殖 63- (4) 2015
- 升間主計 月刊養殖ビジネス 52- (4) 47-51,6 2015
- 家戸敬太郎; 安井元基; 宮武弘文; 山下洋; 中井彰治; 清栄作; 澤田好史; 升間主計; 宮下盛 日本水産学会大会講演要旨集 2014- 41 2014
- 伏見浩; 宮嶋暁; 中司拓; 那須敏朗; 升間主計; 宮下盛; 佐藤信光; 伊藤暁; 草野孝 日本水産学会大会講演要旨集 2014- 33 2014
- 板倉壮太; 村田修; 山本眞司; 服部亘宏; CHU Ivan Koh Chong; 太田博巳; 倉田道雄; 家戸敬太郎; 宮下盛; 升間主計 日本水産学会大会講演要旨集 2014- 36 2014
- 升間主計; 板倉壮太; 山本眞司; 服部亘宏; 太田博巳; 家戸敬太郎; 宮下盛; 村田修 日本水産学会大会講演要旨集 2014- 36 2014
- Takayuki Takebe; Yu Saeki; Shukei Masuma; Hideki Nikaido; Kentaro Ide; Satoshi Shiozawa; Nobuhiro Mano NIPPON SUISAN GAKKAISHI 79- (2) 214 -218 2013/03
- 家戸敬太郎; 菅野徳数; 前田茂樹; 宮武弘文; 山下洋; 中井彰治; 加納秀八; 澤田好史; 升間主計; 那須敏朗; 宮下盛 日本水産学会大会講演要旨集 2013- 145 2013
- 升間主計 近畿大学水産研究所報告 (13) 37 -236 2013
- 山本眞司; 園田祥平; 服部亘宏; 村田修; 家戸敬太郎; 升間主計; 宮下盛 日本水産学会大会講演要旨集 2013- 32 2013
- 服部亘宏; 山本眞司; 村田修; 澤田好史; 家戸敬太郎; 升間主計; 宮下盛 水産増殖 61- (4) 420 2013
- 武部孝行; 二階堂英城; 塩澤聡; 久門一紀; 田中庸介; 照屋和久; 井手健太郎; 今泉均; 升間主計; 阪倉良孝 日本水産学会大会講演要旨集 2012- 180 2012
- 横田高士; 益田玲爾; 竹内宏行; 町田雅春; 升間主計; 荒井修亮 日本水産学会大会講演要旨集 2012- 74 2012
- 名古屋博之; 原素之; 岡内正典; 岡本裕之; 尾崎照遵; 正岡哲治; 荒木和男; 竹内宏行; 町田雅春; 長副聡; 升間主計; 景平真明 日本水産学会大会講演要旨集 2012- 152 2012
- 二階堂英城; 木村肇; 真鍋貞夫; 鎌田良男; 石丸克也; 宮下盛; 西明文; 久門一紀; 田中庸介; 江場岳史; 樋口健太郎; 塩澤聡; 升間主計 日本水産学会大会講演要旨集 2012- 198 2012
- 山本眞司; 服部亘宏; 家戸敬太郎; 升間主計; 宮下盛; 村岡修 日本水産学会大会講演要旨集 2012- 40 2012
- 村田修; 山本眞司; 服部亘宏; 家戸敬太郎; 川村拓也; 升間主計; 宮下盛 日本水産学会大会講演要旨集 2012- 40 2012
- 山本眞司; 村田修; 服部亘宏; 升間主計; 杉本昇平; 家戸敬太郎; 宮下盛 日本水産学会大会講演要旨集 2012- 40 2012
- 板倉壮太; 山本眞司; 服部亘宏; 家戸敬太郎; 升間主計; 倉田道雄; 宮下盛; CHU Ivan Koh Chong; 太田博巳; 村田修 日本水産学会大会講演要旨集 2012- 40 2012
- 升間主計; 久門一紀; 二階堂英城; 宮木廉夫; 門村和志; 濱崎将臣; 澤田好史; 宮下盛; 山本宇宙; 柏原恵一; 舘昌廣; 高橋史博; 小林忠; 石田明; 谷村久志 日本水産学会大会講演要旨集 2012- 37 2012
- 服部亘宏; 澤田好史; 宮下盛; 山本眞司; 升間主計; 村田修 水産増殖 60- (4) 586 2012
- 升間主計 福山大学内海生物資源研究所報告 (21) 28 2011
- 二階堂英城; 木村肇; 真鍋貞夫; 鎌田良男; 石丸克也; 宮下盛; 西明文; 江場岳史; 塩澤聡; 升間主計 日本水産学会大会講演要旨集 2011- 210 2011
- 横田高士; 益田玲爾; 竹内宏行; 町田雅春; 升間主計; 津崎龍雄; 荒井修亮 日本水産学会大会講演要旨集 2011- 67 2011
- 武部孝行; 栗原健夫; 鈴木伸明; 照屋和久; 井手健太郎; 二階堂英城; 田中庸介; 塩澤聡; 今泉均; 升間主計; 阪倉良孝 日本水産学会大会講演要旨集 2011- 185 2011
- 二階堂英城; 木村肇; 真鍋貞夫; 鎌田良男; 石丸克也; 宮下盛; 久門一紀; 田中庸介; 樋口健太郎; 升間主計 日本水産学会大会講演要旨集 2011- 211 2011
- 牛草健人; 芳賀穣; 竹内俊郎; 田中庸介; 久門一紀; 塩澤聡; 太田裕章; 石田修三; 升間主計; 佐藤秀一 日本水産学会大会講演要旨集 2011- 134 2011
- 升間主計 ブレインテクノニュース (145) 1 -5 2011
- 西岡豊弘; 森広一郎; 菅谷琢磨; 竹内宏行; 津崎龍雄; 升間主計; 岡雅一; 中井敏博 水産増殖 59- (2) 275 -282 2011
- 玄浩一郎; 風藤行紀; 二階堂英城; 松原孝博; 澤口小有美; 中田久; 濱崎将臣; 門村和志; 宮木廉夫; 升間主計 日本水産学会大会講演要旨集 2011- 127 2011
- 牛草健人; 芳賀穣; 竹内俊郎; 田中庸介; 久門一紀; 塩澤聡; 太田裕章; 石田修三; 升間主計; 佐藤秀一 日本水産学会大会講演要旨集 2011- 36 2011
- 升間主計 福山大学内海生物資源研究所報告 (20) 35 2010
- 原素之; 虫明敬一; 竹内宏行; 中川亨; 町田雅春; 升間主計 日本水産学会大会講演要旨集 2010- 86 2010
- 石丸千紗子; 久門一紀; 田中庸介; 西明文; 江場岳史; 樋口健太郎; 二階堂英城; 塩澤聡; 阪倉良孝; 升間主計 日本水産学会大会講演要旨集 2010- 34 2010
- 久門一紀; 田中庸介; 西明文; 江場岳史; 樋口健太郎; 二階堂英城; 塩澤聡; 石丸千紗子; 阪倉良孝; 升間主計 日本水産学会大会講演要旨集 2010- 34 2010
- 横田高士; 益田玲爾; 竹内宏行; 町田雅春; 升間主計; 津崎龍雄; 荒井修亮 日本水産学会大会講演要旨集 2010- 198 2010
- 玄浩一郎; 風藤行紀; 二階堂英城; 香川浩彦; 松原孝博; 澤口小有美; 塩澤聡; 升間主計 日本水産学会大会講演要旨集 2010- 200 2010
- 升間主計 日本水産学会大会講演要旨集 2010- 271 2010
- 高木佑輔; 田崎陽平; 芳賀穣; 竹内俊郎; 田中庸介; 久門一紀; 塩澤聡; 中村年宏; 石田修三; 升間主計 日本水産学会大会講演要旨集 2010- 46 2010
- 二階堂英城; 西明文; 久門一紀; 田中庸介; 江場岳史; 樋口健太郎; 今泉均; 武部孝行; 井手健太郎; 升間主計; 塩澤聡 日本水産学会大会講演要旨集 2010- 118 2010
- 石丸千紗子; 久門一紀; 田中庸介; 西明文; 江場岳史; 樋口健太郎; 二階堂英城; 塩澤聡; 阪倉良孝; 岩崎隆志; 橋本博; 照屋和久; 升間主計 日本水産学会大会講演要旨集 2010- 46 2010
- 町田雅春; 竹内宏行; 中川亨; 升間主計 栽培漁業センター技報 (12) 44 -48 2010
- 升間主計 福山大学内海生物資源研究所報告 (19) 49 -51 2009
- 竹内宏行; 町田雅春; 渡辺税; 中川亨; 升間主計; 森広一郎; 佐藤純; 池田和夫; 虫明敬一 日本水産学会大会講演要旨集 2009- 80 2009
- 田崎陽平; 内木敏人; 芳賀穣; 竹内俊郎; 田中庸介; 久門一紀; 塩澤聡; 中村年宏; 升間主計 日本水産学会大会講演要旨集 2009- 216 2009
- 内木敏人; 田崎陽平; 芳賀穣; 竹内俊郎; 田中庸介; 久門一紀; 塩澤聡; 中村年宏; 升間主計 日本水産学会大会講演要旨集 2009- 22 2009
- 升間主計; 久門一紀; 二階堂英城; 塩澤聡; 宮木廉夫; 門村和志; 濱崎将臣; 澤田好史; 宮下盛; 山本宇宙; 柏原恵一; 舘昌廣; 高橋史博 日本水産学会大会講演要旨集 2009- 32 2009
- 竹内宏行; 町田雅春; 渡辺税; 中川亨; 升間主計 日本水産学会大会講演要旨集 2009- 33 2009
- 横田高士; 町田雅春; 竹内宏行; 升間主計; 荒井修亮 日本水産学会大会講演要旨集 2009- 64 2009
- 升間主計; 竹内宏行; 町田雅春; 渡辺税; 中川亨 日本水産学会大会講演要旨集 2009- 82 2009
- 石丸千紗子; 阪倉良孝; 田中庸介; 久門一紀; 二階堂英城; 江場岳史; 西明文; 塩澤聡; 萩原篤志; 升間主計 日本水産学会大会講演要旨集 2009- 43 2009
- 渡辺税; 升間主計; 竹内宏行; 町田雅春; 中川亨 栽培漁業センター技報 (10) 11 -20 2009
- 升間 主計 福山大学内海生物資源研究所報告 18- 58 -59 2008/02
- 升間主計 福山大学内海生物資源研究所報告 (18) 36 -41 2008
- 竹内宏行; 渡辺税; 中川亨; 町田雅春; 村上直人; 津崎龍雄; 升間主計 栽培漁業センター技報 (7) 48 -52 2008
- 玄浩一郎; 二階堂英城; 香川浩彦; 松原孝博; 澤口小有美; 東藤孝; 平松尚志; 原彰彦; 武部文行; 井手健太郎; 西明文; 塩澤聡; 升間主計 日本水産学会大会講演要旨集 2008- 238 2008
- サバテ フランシスコ; 松本尚之; 阪倉良孝; 武部孝行; 二階堂英城; 塩澤聡; 萩原篤志; 升間主計 日本水産学会大会講演要旨集 2008- 117 2008
- 二階堂英城; 玄浩一郎; 武部孝行; 西明文; 井手健太郎; 塩澤聡; 今泉均; 升間主計 日本水産学会大会講演要旨集 2008- 132 2008
- 武部孝行; 二階堂英城; 井手健太郎; 塩澤聡; 升間主計 日本水産学会大会講演要旨集 2008- 118 2008
- 松本尚之; サバテ フランシスコ; 阪倉良孝; 武部孝行; 二階堂英城; 塩澤聡; 萩原篤志; 升間主計 日本水産学会大会講演要旨集 2008- 118 2008
- 升間主計; 渡辺税; 那須敏朗; 宮下盛; 藤沢法弘; 西明文; 塩澤聡 日本水産学会大会講演要旨集 2008- 144 2008
- 久田剛輝; 藤田敏明; 玄浩一郎; 二階堂英城; 升間主計; 松原孝博; 東藤孝; 平松尚志; 原彰彦 日本水産学会大会講演要旨集 2008- 224 2008
- 横田高士; 竹内宏行; 升間主計; 益田玲爾; 荒井修亮 日本水産学会大会講演要旨集 2008- 230 2008
- 原素之; 竹内宏行; 渡辺税; 横山雅仁; 升間主計 日本水産学会大会講演要旨集 2008- 153 2008
- 竹内宏行; 升間主計; 渡辺税; 中川亨; 町田雅春 栽培漁業センター技報 (8) 5 -8 2008
- 升間主計 養殖 45- (10) 16 -18 2008
- 升間主計 水産技術 1- (1) 21 -36 2008
- 武部孝行; 升間主計; 二階堂英城; 今泉均; 井手健太郎; 塩澤聡 日本水産学会大会講演要旨集 2007- 217 2007
- 二階堂英城; 武部孝行; 井手健太郎; 今泉均; 尾花博幸; 升間主計; 難波憲二 日本水産学会大会講演要旨集 2007- 34 2007
- 竹内宏行; 渡辺税; 升間主計; 横山雅仁; 原素之 日本水産学会大会講演要旨集 2007- 106 2007
- 渡辺税; 升間主計; 中川亨; 竹内宏行; 町田雅春 栽培漁業センター技報 (6) 41 -42 2007
- 鈴木伸明; 升間主計; 田邉智唯; 青沼佳方; 張成年 日本水産学会大会講演要旨集 2007- 168 2007
- 町田雅春; 竹内宏行; 中川亨; 渡辺税; 升間主計 栽培漁業技術開発研究 35- (1) 23 -27 2007
- 二階堂英城; 武部孝行; 井手健太郎; 今泉均; 升間主計; 尾花博幸; 難波憲二 日本水産学会大会講演要旨集 2006- 130 2006
- 二階堂英城; 升間主計 日本水産学会大会講演要旨集 2006- 131 2006
- 升間主計; 手塚信弘; 小磯雅彦; 神保忠雄; 武部孝行; 山崎英樹; 尾花博幸; 井手健太郎; 二階堂英城; 今泉均 水産総合研究センター研究報告 157 -171 2006
- 今泉均; 武部孝行; 二階堂英城; 井手健太郎; 升間主計 栽培漁業センター技報 (5) 34 -38 2006
- 加藤慶樹; 木村伸吾; 武部孝行; 升間主計 月刊海洋 37- (8) 2005
- 高木康太; 竹内俊郎; 二階堂英城; 武部孝行; 今泉均; 井手健太郎; 升間主計; 高橋隆行 日本水産学会大会講演要旨集 2005- 101 2005
- 加藤慶樹; 武部孝行; 升間主計; 木村伸吾 日本水産学会大会講演要旨集 2005- 33 2005
- 二階堂英城; 尾花博幸; 升間主計; 武部孝行; 井手健太郎; 手塚信弘; 難波憲二 栽培漁業センター技報 (3) 9 -11 2005
- 手塚信弘; 升間主計; 小磯雅彦; 武部孝行; 二階堂英城; 井手健太郎 栽培漁業センター技報 (3) 41 -44 2005
- 手塚信弘; 中沢昭夫; 升間主計 栽培漁業センター技報 (4) 18 -23 2005
- 菅谷琢磨; 森広一郎; 西岡豊弘; 岡雅一; 升間主計; 武部孝行; 手塚信弘; 沖中泰; 中井敏博 日本魚病学会大会プログラムおよび講演要旨 2004- 41 2004
- 手塚信弘; 升間主計; 武部孝行; 尾花博幸; 井手健太郎 日本水産学会中部支部大会講演要旨集 2004- 21 -22 2004
- 手塚信弘; 升間主計; 武部孝行; 二階堂英城; 井手健太郎 栽培漁業センター技報 2003- 76 -79 2004
- 升間主計; 手塚信弘; 二階堂英城; 武部孝行; 井手健太郎 栽培漁業センター技報 2003- 19 -26 2004
- 手塚信弘; 升間主計; 武部孝行; 二階堂英城; 井手健太郎 栽培漁業センター技報 2003- 58 -62 2004
- 武部孝行; 升間主計; 手塚信弘; 二階堂英城; 井手健太郎 栽培漁業センター技報 2003- 80 -83 2004
- 井手健太郎; 手塚信弘; 二階堂英城; 武部孝行; 升間主計 栽培漁業センター技報 2003- 55 -57 2004
- 升間主計 農林水産技術研究ジャーナル 27- (10) 24 -28 2004
- 手塚信弘; 升間主計; 武部孝行; 二階堂英城; 井手健太郎 栽培漁業センター技報 (2) 51 -54 2004
- 升間主計; 手塚信弘; 二階堂英城; 武部孝行; 井出健太郎 栽培漁業センター技報 (2) 9 -12 2004
- 井手健太郎; 手塚信弘; 二階堂英城; 武部孝行; 升間主計 栽培漁業センター技報 (2) 100 -103 2004
- 升間主計; 手塚信弘; 尾花博幸; 鈴木信明; 野原健司; 張成年 水産総合研究センター研究報告 (6) 9 -14 2003
- 升間主計 日本水産学会大会講演要旨集 2002- 276 2002
- 神保忠雄; 手塚信弘; 小磯雅彦; 鶴巻克己; 升間主計 水産増殖 50- (2) 189 -196 2002
- MASUMA Shukei; KAWAMURA Gunzo; TEZUKA Nobuhiro; KOISO Masahiko; NAMBA Kenji Fisheries Science 67- (2) 228 -231 2001/04
- 升間主計; 竹内宏行 栽培漁業技術開発研究 28- (2) 69 -72 2001
- 手塚信弘; 難波憲二; 升間主計; 小磯雅彦; 鶴巻克己; 神保忠雄 日本水産学会大会講演要旨集 2000- 114 2000
- 升間主計; 手塚信弘; 小磯雅彦; 鶴巻克己; 神保忠雄; 武部孝行; 新田朗; 山田陽巳; 馬場徳寿 日本水産学会大会講演要旨集 2000- 65 2000
- 新田朗; 溝口雅彦; 北村徹; 升間主計; 武部孝行; 馬場徳寿; 小倉未基 日本水産学会大会講演要旨集 2000- 65 2000
- 手塚信弘; 難波憲二; 升間主計; 小磯雅彦; 鶴巻克巳; 神保忠雄 日本水産学会大会講演要旨集 2000- 115 2000
- 升間主計; 手塚信弘; 河村功一; 岡内正典; 細谷和海 日本水産学会大会講演要旨集 1999- 133 1999
- 升間主計 さいばい (88) 16 -22 1998
- 手塚信弘; 升間主計; 小磯雅彦; 山崎英樹; 神保忠雄 日本水産学会大会講演要旨集 1997- 110 1997
- 小磯雅彦; 升間主計; 照屋和久; 田中志信; 村田修; 宮下盛; 小田誠二; 熊井英水 日本水産学会大会講演要旨集 1996- 115 1996
- 中務寛; 宮下盛; 村田修; 家戸敬太郎; 升間主計; 小磯雅彦; 照屋和久; 熊井英水 日本水産学会大会講演要旨集 1996- 114 1996
- 升間主計 遠洋漁業関係試験研究推進会議マグロ資源部会報告書 平成6年度 146 -160 1995
- 照屋 和久; 升間 主計; 本藤 靖 栽培漁業技術開発研究 21- (1) p15 -20 1992/09
- 升間 主計 栽培漁業技術開発研究 20- (1) p35 -40 1991/09
- 兼松 正衛; 升間 主計; 照屋 和久 栽培漁業技術開発研究 19- (2) p93 -97 1991/03
- 升間主計; 兼松正衛; 照屋和久 魚類学雑誌 37- (2) 164 -169 1990
Books and other publications
- 升間主計 (Joint work第7章 養殖の歴史と現状、第8章 養殖・種苗生産の技術)朝倉書店 2022/06 9784254485066 x, 196p, 図版 [4] p 121-192
- 近畿大学水産研究所 (Supervisor)日刊工業新聞社 2019/02 9784526079443 159p
- 水産総合研究センター (Joint work)成山堂書店 2014/03 9784425886319 xii, 294p, 図版 [8] p
- Aquaculture Industry of Bluefin Tuna - Development of Technology and Business升間主計 (Joint workMaturation and egg spawning)恒星社厚生閣 2011/03 9784769912439 145p, 図版 [2] p