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Shizuokaken Nogyo Shikenjo Shiken Kenkyu Seika no Gaiyoshu

Cropping trend and problem of paddy rice breed.
New paddy rice variety raising: Raising of glutinous rice good-quality stable breed.
New paddy rice variety raising: Raising of very early maturing breed.
New paddy rice variety raising: Raising of medium maturing breed.
New paddy rice variety raising: Raising of late maturing breed.
New paddy rice variety raising: Physiological character test.
Performance test for recommended variety for flat grounds.
Paddy rice performance test for recommended variety: Performance test for recommended variety for flat grounds: Cultivation method of Sizu Kei (sake) No. 88.
Paddy rice performance test for recommended variety: Performance test for recommended variety for highlands.
Paddy rice performance test for recommended variety: Adaptability-test-of-strains examination.
Practice of paddy rice component mutation breeding by brown rice single grain selection and raising of new plant variety by accumulation of mutation: Raising of new plant variety and strain by accumulation of mutation: Selection of "Hitomebore" mutation accumulation individual.
Practice of paddy rice component mutation breeding by brown rice single grain selection and raising of new plant variety by accumulation of mutation: Raising of new plant variety and strain by accumulation of mutation: Selection of "Yamada Nishiki" mutation accumulation individual.
Practice of paddy rice component mutation breeding by brown rice single grain selection and raising of new plant variety by accumulation of mutation: Raising of new plant variety and strain by accumulation of mutation: Breeding of mutation strains, and crossbred acquisition.
Practice of paddy rice component mutation breeding by brown rice single grain selection and raising of new plant variety by accumulation of mutation: Selection of component mutation strain by brown rice single grain selection: Selection and characteristics ascertainment of strain whose protein content is reduced.
Practice of paddy rice component mutation breeding by brown rice single grain selection and raising of new plant variety by accumulation of mutation: Isolation identification and characteristics ascertainment of mutation strain: Selection of "Shiga Habutae Mochi" M3 mutation strain.
Establishment of high temperature ripening measure technique of paddy rice corresponding to global warming: Establishment of growth control technique of rice body which avoids influence of high temperature ripening: Mitigation of debasement caused by chemical spray.
Establishment of high temperature ripening measure technique of paddy rice corresponding to global warming: Establishment of growth control technique of rice body which avoids influence of high temperature ripening: Mitigation of debasement by ear manuring quantity and application method.
Establishment of high temperature ripening measure technique of paddy rice corresponding to global warming: Establishment of growth control technique of rice body which avoids influence of high temperature ripening: Ascertainment of influence from basal dressing amount and planting density on white immature grain occurrence.
Establishment of high temperature ripening measure technique of paddy rice corresponding to global warming: Establishment of growth control technique of rice body which avoids influence of high temperature ripening: Elucidation of relation between hull count and white immature grain occurrence.
Establishment of high temperature ripening measure technique of paddy rice corresponding to global warming: Establishment of paddy rice environmental control technique which avoids influence of high temperature ripening: Reduction of white immature grain incidence rate by water management before and after heading time.
Establishment of high temperature ripening measure technique of paddy rice corresponding to global warming: Ascertainment of influence from high temperature ripening on brown rice quality: Ascertainment of debasement by movement of cropping time and of difference between breeds to high temperature ripening.
Safety assessment on cadmium of rice produced in the prefecture, and utilization of absorption control technique in paddy soil in the prefecture: Safety assessment on cadmium of rice produced in the prefecture: The actual condition of cadmium content.
Safety assessment on cadmium of rice produced in the prefecture, and utilization of absorption control technique in paddy soil in the prefecture: Safety assessment on cadmium of rice produced in the prefecture: Actual condition of cadmium content.
Safety assessment on cadmium of rice produced in the prefecture, and utilization of absorption control technique in paddy soil in the prefecture: Safety assessment on cadmium of rice produced in the prefecture: Relation between of content in brown rice and content in milled rice.
Safety assessment on cadmium of rice produced in the prefecture, and utilization of absorption control technique in paddy soil in the prefecture: Utilization of absorption control technique in paddy soil in the prefecture: Proper management of soil pH in main paddy soil in the prefecture.
Safety assessment on cadmium of rice produced in the prefecture, and utilization of absorption control technique in paddy soil in the prefecture: Utilization of absorption control technique in paddy soil in the prefecture: Proper management of oxidation reduction potential in main paddy soil in the prefecture.
Cropping trend and problem of soybean breed.
Cropping trend and problem of sweet potato breed (Shizuoka Prefecture).
Soybean recommended variety determination survey for flat lands.
Upland field crop performance test for recommended variety: Soybean performance test for recommended variety: Soybean performance test for recommended variety for highlands.
Upland field crop performance test for recommended variety: Wheat performance test for recommended variety.
Upland field crop performance test for recommended variety: Sweet potato superior breed selection examination: For vegetables and fruits.
Upland field crop performance test for recommended variety: Sweet potato superior breed selection examination: For processing.
Upland field crop performance test for recommended variety: Sweet potato physiological character test (Sweet potato root-knot nematode).
Establishment of hard-to-control weeds control technique in paddy field and agriculture: Establishment of hard-to-control weeds control technique in wheat cultivation: Weeds control by summer flooding.
Establishment of hard-to-control weeds control technique in paddy field and agriculture: Establishment of hard-to-control weeds control technique in soybean cropping: Seeding style and weeds occurrence amount.
Establishment of hard-to-control weeds control technique in paddy field and agriculture: Establishment of hard-to-control weeds control technique in soybean cropping: Sensitivity over bentazone.
Establishment of hard-to-control weeds control technique in paddy field and agriculture: Establishment of hard-to-control weeds control technique in paddy farming: Establishment of chemical control method.
Adaptation selection of low toxicity pesticide: Disinfection, pesticide: Selection of rice blast agent for box cultivation.
Adaptation selection of low toxicity pesticide: Herbicide: Selection of herbicide for paddy rice.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Comparison and certification of agricultural-products breed: Comparison of the workability and feature by difference of transplant methods in paddy rice stock seed raising.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Effect verification and survey of fertilizer etc.: Practicality of whole-quantity basal dressing fertilizer for very early maturing.
Raising of paddy rice breeder's stock and stock seed.
Raising of upland field crop breeder's stock and stock seed.
Influence of hot-air heating in the Venlo type hothouse on physiology and growth of hothouse melon: Elucidation of physiological response to temperature environment: Examination of yielding ability in hot-air heating and warm water heating (2nd year).
Influence of hot-air heating in the Venlo type hothouse on physiology and growth of hothouse melon: Elucidation of physiological response to temperature environment: Relation among cropping type, temperature distribution, and fruit weight.
Influence of hot-air heating in the Venlo type hothouse on physiology and growth of hothouse melon: Establishment of efficient heating management techniques: Examination of two-stage combustion type hot-air heating equipment.
Influence of hot-air heating in the Venlo type hothouse on physiology and growth of hothouse melon: Establishment of efficient heating management techniques: Dissolution of temperature unevenness by utilization of blower module into hothouse.
Influence of hot-air heating in Venlo type hothouse on physiology and growth of hothouse melon.
Establishment of hothouse melon quality stable manufacturing technique under abnormal weather: Elucidation of meteorological condition and abnormal fruit occurrence factor: Elucidation of fermented fruit occurrence factor (influence of low temperature according to fruits thickening stage).
Establishment of quality stable manufacturing technique in circulation type nutriculture of strawberry: Validation of quality stable manufacturing technique in circulation type nutriculture: Practicality of EC control circulation type cultivation using circulation formula.
Establishment of strawberry elevated cultivation stable manufacturing technique using organic culture medium: Establishment of organic culture-medium successive application technique: Influence on growth and yield of "Beni Hoppe".
Establishment of strawberry elevated cultivation stable manufacturing technique using organic culture medium: Establishment of cultivation management techniques aiming at lengthening of harvesting time: Examination of breed suitable for long-term picking.
Establishment of strawberry elevated cultivation stable manufacturing technique using organic culture medium: Establishment of cultivation management techniques aiming at lengthening of harvesting time: Cooling of culture medium.
Development of continuous harvest technique by environmental control and cultivation management of strawberry "Akihime": Development of continuous harvest technique (1); Influence of defoliation level on primary axillary inflorescence bloom and initial harvest of strawberry "Akihime".
Development of continuous harvest technique by environmental control and cultivation management of strawberry "Akihime": Development of continuous harvest technique (2); Influence of fruit thinning on primary axillary inflorescence bloom and initial harvest of strawberry "Akihime".
Establishment of strawberry labor-saving cultivation system by early fix planting of undifferentiated seedling: Relation between leaf count/fix planting time of undifferentiated seedling and growth yield: Relation between fix planting time and growth yield.
Establishment of strawberry labor-saving cultivation system by early fix planting of undifferentiated seedling: Examination of floral induction method: Floral induction by culture-medium cooling.
Establishment of strawberry labor-saving cultivation system by early fix planting of undifferentiated seedling: Examination of floral induction method: Influence on floral induction effect by processing time of nitrogen discontinuation.
Establishment of strawberry labor-saving cultivation system by early fix planting of undifferentiated seedling: Examination on short raising-seedlings method of small seedling: Examination of seedling raising method.
Establishment of environment-friendly high sugar content tomato year-round stable production technique: Cultivation method which does not discard culture medium: Influence of culture medium successive application on culture-medium characteristics and tomato seedling growth (3rd cropping).
Establishment of environment-friendly high sugar content tomato year-round stable production technique: Cultivation method which does not discard culture medium: Influence of culture-medium successive application (3rd cropping) and desalinization effect by water supplying.
Establishment of environment-friendly high sugar content tomato year-round stable production technique: Cultivation characteristics under integrated control: Environmental capability of local hothouse to which forced ventilation system is introduced -- Comparison of ventilation method.
Establishment of environment-friendly high sugar content tomato year-round stable production technique: Cultivation characteristics under integrated control: Effects of ventilation method in high temperature time, and of GA processing at blooming.
Establishment of environment-friendly high sugar content tomato year-round stable production technique: Cultivation characteristics under integrated control: Analysis of tomato growth in high temperature with forced ventilation system.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Reproduction of phakbung underleaf protrusion condition.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Effect verification and survey of fertilizer etc.: Influence of siliceous materials application on strawberry "Akihime".
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Effect verification and survey of fertilizer etc.: Growth promotion effect verification by foliar application fertilizer containing natural organic.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Effect verification and survey of fertilizer etc.: Fertilizer effect verification by fermented organic fertilizer application.
Breeding of Japanese horseradish F1 breed: Breeding of test parent: Raising of pollen parent by self-reproduction.
Breeding of Japanese horseradish F1 breed: Breeding of test parent: Selection and retention of pollen parent strain.
Breeding of Japanese horseradish F1 breed: Breeding of test parent: Breeding of test parent by anther culture.
Breeding of Japanese horseradish F1 breed: Breeding of inbred strain with high specific combination capability: Raising of seed parent by self-reproduction.
Establishment of hypsithermal period seedling raising technique of Japanese horseradish: Establishment of hypsithermal period seedling raising technique using fog cooling equipment and mist equipment: Temperature rise preventive effect by fog cooling equipment and mist equipment.
Development of rose closed type nutriculture technique with which low cost long-term cultivation is possible: Development of closed type nutriculture method: Quality yield by closed type cultivation method of "Nobless".
Development of rose closed type nutriculture technique with which low cost long-term cultivation is possible: Development of closed type nutriculture method: Quality yield by closed type cultivation method of "Rote Rose".
Development of rose closed type nutriculture technique with which low cost long-term cultivation is possible: Development of closed type nutriculture method: Split-root cultivation equipment.
Development of rose closed type nutriculture technique with which low cost long-term cultivation is possible: Development of closed type nutriculture method: High rack closed type cultivation method of "Rote Rose".
Development of rose closed type nutriculture technique with which low cost long-term cultivation is possible: Development of closed type nutriculture method: Effect of aluminium sulfate medium addition with circulation type nutriculture.
Development of rose closed type nutriculture technique with which low cost long-term cultivation is possible: Development of closed type nutriculture method: Examination of growth inhibition substance.
Development of basic technique on keeping quality determination of rose cut flower: Development of basic technique in connection with keeping quality determination: Growth of flowering branch, delayed fluorescence, and keeping quality.
Development of basic technique on keeping quality determination of rose cut flower: Development of keeping quality determination method: Relation between flowering branch growth and keeping quality.
Establishment of high rotation year-round production method of business-use standard type chrysanthemum: Validation of high rotation year-round production method: Workability of disbudding.
Establishment of high rotation year-round production method of business-use standard type chrysanthemum: Validation of high rotation year-round production method: Trial calculation of economy.
Establishment of high rotation year-round production method of business-use standard type chrysanthemum.
Shortstem super-multiharvest year-round production by mature seedling use and field short day treatment of standard type chrysanthemum: Development of mature seedling raising method: June harvest "Jinba".
Shortstem super-multiharvest year-round production by mature seedling use and field short day treatment of standard type chrysanthemum: Development of mature seedling raising method: Mature seedling raising method and cut flower quality in September harvest.
Shortstem super-multiharvest year-round production by mature seedling use and field short day treatment of standard type chrysanthemum: Development of mature seedling raising method: September harvest "Iwa no Hakusen".
Shortstem super-multiharvest year-round production by mature seedling use and field short day treatment of standard type chrysanthemum: Development of mature seedling raising method: September harvest "Jinba".
Shortstem super-multiharvest year-round production by mature seedling use and field short day treatment of standard type chrysanthemum: Development of mature seedling raising method: Mature seedling raising period and cut flower quality in September harvest.
Shortstem super-multiharvest year-round production by mature seedling use and field short day treatment of standard type chrysanthemum: Management method of after fix planting: Planting method and cut flower quality in September harvest.
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Ascertainment of seasonal nutrient uptake characteristics, and examination of improvement formula: "Francesco" and "Light Pink Barbara".
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Ascertainment of seasonal nutrient uptake characteristics, and examination of improvement formula: Transition of N absorption amount and content with "Francesco" and "Light Pink Barbara".
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Ascertainment of seasonal nutrient uptake characteristics, and examination of improvement formula: Transition of "Francesco" and "Light Pink Barbara" N content.
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Ascertainment of seasonal nutrient uptake characteristics, and examination of improvement formula: Transition of P absorption amount and content with "Francesco" and "Light Pink Barbara".
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Ascertainment of seasonal nutrient uptake characteristics, and examination of improvement formula: Transition of K absorption amount and content with "Francesco" and "Light Pink Barbara".
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Ascertainment of seasonal nutrient uptake characteristics, and examination of improvement formula: Transition of Ca absorption amount and content with "Francesco" and "Light Pink Barbara".
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Ascertainment of seasonal nutrient uptake characteristics, and examination of improvement formula: Transition of Mg absorption amount and content with "Francesco" and "Light Pink Barbara".
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Ascertainment of seasonal nutrient uptake characteristics, and examination of improvement formula: Culture solution concentration and nutrient content of "Francesco" and "Light Pink Barbara".
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Ascertainment of seasonal nutrient uptake characteristics, and examination of improvement formula: Culture solution concentration and microelement content of "Francesco" and "Light Pink Barbara".
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Ascertainment of seasonal nutrient uptake characteristics, and examination of improvement formula: Nutrient content of mineral deficient and excess strain (preliminary test).
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Establishment of antirrhinum labor-saving cultivation method using untemporary planting cultivation method: Effects of pinching node in untemporary planting seedling raising on antirrhinum.
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Selection of flowering plants suitable for Minamiizu Area: Breed selection of antirrhinum in conventional cropping type.
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Selection of flowering plants suitable for Minamiizu Area: Hanamugi (barley for cut flowers).
Establishment of new cultivation system by isolation bench of gerbera: Ascertainment of basic items required for isolation bench development: Type and volume of culture medium (1st year of fix planting).
Establishment of new cultivation system by isolation bench of gerbera: Elucidation of nutrient uptake characteristics for dressing management: Creation of culture solution formula (1st year of fix planting).
Establishment of new cultivation system by isolation bench of gerbera: Elucidation of nutrient uptake characteristics for dressing management: Deep flow technique cultivation and soil culture cultivation (1st year of fix planting).
Establishment of new cultivation system by isolation bench of gerbera: Elucidation of nutrient uptake characteristics for dressing management: Dressing management method in palm culture medium (1st year of fix planting).
Establishment of new cultivation system by isolation bench of gerbera: Elucidation of nutrient uptake characteristics for dressing management: Seasonal nutrient uptake amount (1st year of fix planting).
Characteristics survey and use of useful plants native to Minamiizu: Characteristics survey and horticulture use of cherry: Flower bud formation and flowering date of Kawazu-zakura.
Characteristics survey and use of useful plants native to Minamiizu: Characteristics survey and horticulture use of cherry: Bloom process of Kawazu-zakura.
Characteristics survey and use of useful plants native to Minamiizu: Characteristics survey and horticulture use of cherry: Yearly difference in Kawazu-zakura flower bud formation and comparison with other breeds.
Characteristics survey and use of useful plants native to Minamiizu: Characteristics survey and horticulture use of cherry: Dormancy awakening time of Kawazu-zakura.
Characteristics survey and use of useful plants native to Minamiizu: Characteristics survey of Narcissus, and examination of mutation individual breeding method: Survey of Narcissus habitat in Minamiizu Area.
Characteristics survey and use of useful plants native to Minamiizu.
Search and use useful plants native to Izu Area: Bloom characteristics and use of native cherry: Bloom process of Kawazu-zakura II.
Search and use useful plants native to Izu Area: Bloom characteristics and use of native cherry: Softwood cutting of Oshima-zakura for Sakuraba.
Search and use useful plants native to Izu Area: Search and characteristics survey of rare vegetation: Yama-tsutsuji habitat in Minamiizu Area.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Effect verification and survey of fertilizer etc.: Gerbera cultivation by Super Drain Bed 55 (2nd year of fix planting).
Comparison, verification, and survey of agricultural-products breed and manufacturing supplies: Effect verification and survey of fertilizer etc.: Effect of water-soluble calcium liquid fertilizer on carnation.
Regional agriculture dynamics based on agricultural production structure and food consumption trend analysis: 3.(1), b. Elucidation local characteristics on flowering plants consumption: (9) Household attribute which influences consumption.
Regional agriculture dynamics based on agricultural production structure and food consumption trend analysis: 3.(1), b. Elucidation local characteristics on flowering plants consumption: (10) Consumption trend of Shizuoka-shi and Kagoshima-shi.
Regional agriculture dynamics based on agricultural production structure and food consumption trend analysis: 3.(1), b. Elucidation local characteristics on flowering plants consumption: (11) Influence of butsudana flower consumption on annual cut-flower consumption.
Regional agriculture dynamics based on agricultural production structure and food consumption trend analysis.
Establishment of nitrogen control technique in upland soil: Establishment of index for evaluating fertilizer application amount in upland soil: Manuring effect of organic substance in organic substance successive application upland soil (winter cropping 23rd year of successive application).
Establishment of nitrogen control technique in upland soil: Establishment of index for evaluating fertilizer application amount in upland soil: Manuring effect of organic substance in organic substance successive application upland soil (summer cropping 23rd year of successive application).
Establishment of nitrogen control technique in upland soil: Establishment of index for evaluating fertilizer application amount in upland soil: Manuring effect of organic substance in organic substance successive application upland soil.
Establishment of nitrogen control technique in upland soil: Establishment of eluviation reduction technique by various materials, and denitrification promotion technique: Anion exchange clay and various charcoal.
Establishment of affusion simultaneous dressing technique in indigenous product crops in Shizuoka Area, Establishment of nourishing water management techniques of Immature Ginger (2).
Establishment of affusion simultaneous dressing technique in indigenous product crops in Shizuoka Area, Establishment of nourishing water management techniques of leek (4).
Establishment of affusion simultaneous dressing technique in indigenous product crops in Shizuoka Area.
Establishment of boron diagnosis using simple analysis instrument.
Development of environmental impact substance elimination technique utilizing tea garden-paddy field chain system: Development of environmental preservation function improvement technique in tea garden-paddy field chain system: Evaluation of paddy rice non-cropping stage paddy field flooding technique.
Development of environmental impact substance elimination technique utilizing tea garden-paddy field chain system: Development of environmental preservation function improvement technique in tea garden-paddy field chain system: Relation between paddy field flooding conditions and nitrogen elimination ability.
Development of environmental impact substance elimination technique utilizing tea garden-paddy field chain system: Development of environmental preservation function improvement technique in tea garden-paddy field chain system: Evaluation of denitrification ability of paddy rice harvest site and fallow field.
Development of environmental impact substance elimination technique utilizing tea garden-paddy field chain system: Land use plan for environmental impact reduction in tea garden-paddy field chain system: Water quality depuration function of paddy field in tea garden zone (1).
Development of environmental impact substance elimination technique utilizing tea garden-paddy field chain system: Land use plan for environmental impact reduction in tea garden-paddy field chain system: Water quality depuration function of paddy field in tea garden zone (2).
Actual condition of plane source load and establishment of efficient dressing technique in sandy soil: Creation of nitrogen eluviation risk map in sandy soil.
Actual condition of plane source load and establishment of efficient dressing technique in sandy soil: Establishment of efficient nourishing water supply method in sandy soil: Nourishing water dynamics by brine water simultaneous dressing in sandy soil field.
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Soil solution conditions and soil management method that reduce crop nitric acid concentration: Bok choy locality survey, winter.
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Soil solution conditions and soil management method that reduce crop nitric acid concentration: Reduction of bok choy nitrate concentration by coated fertilizer (field trial).
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Soil solution conditions and soil management method that reduce crop nitric acid concentration: Reduction of bok choy nitrate concentration by whole-quantity dressing at seedling raising.
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Soil solution conditions and soil management method that reduce crop nitric acid concentration: Reduction of bok choy nitrate concentration by dressing combination.
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Soil solution conditions and soil management method that reduce crop nitric acid concentration: Influence of nitrogen form (1).
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Soil solution conditions and soil management method that reduce crop nitric acid concentration: Influence of nitrogen form (2).
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Soil solution conditions and soil management method that reduce crop nitric acid concentration: Influence of nitrogen form (3).
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Elucidation of cultivation management conditions for crop nitric acid concentration reduction: Solar radiation amount during growing period.
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Elucidation of cultivation management conditions for crop nitric acid concentration reduction: Temperature conditions during growing period.
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Elucidation of cultivation management conditions for crop nitric acid concentration reduction: Nitrate concentration of bok choy summer breeds.
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Elucidation of cultivation management conditions for crop nitric acid concentration reduction: Forced ventilation of high temperature time.
Establishment of low nitrate vegetable cultivation technical manual utilizing new technologies including real-time diagnosis: Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Relation between crop nitric acid concentration and growth/quality: Microelement foliar application, high volume irrigation, and bok choy crop nitrate concentration.
Establishment of low nitrate vegetable cultivation technical manual utilizing new technologies including real-time diagnosis: Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Relation between crop nitric acid concentration and growth/quality: Growing season lengthening and bok choy crop nitrate concentration.
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Relation between crop nitric acid concentration and growth/quality: Nitrate concentration depending on leaf position and site.
Nitric acid concentration reduction of bok choy, Leaf lettuce, etc. by real-time diagnosis: Relation between crop nitric acid concentration and growth/quality: Bok choy fertilizer application amount, content component, keeping quality, flavor evaluation.
Development of multiple-functions utilization technique of deep sea water: Establishment of new production method using deep sea water: Effects on tomato growth, yield, and quality.
Development of multiple-functions utilization technique of deep sea water: Establishment of new production method using deep sea water: Use to strawberry nutriculture.
Development of multiple-functions utilization technique of deep sea water.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Effect verification and survey of fertilizer etc.: Yield and quality of tomato by in-pot dressing.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Effect verification and survey of fertilizer etc.: Tomato nutrient uptake amount and former site soil chemistry.
Comparison, verification, and survey of agricultural-products breed and manufacturing supplies: Two-crop simultaneous dressing cultivation of lettuce and sweet corn using manuring effect regulation type fertilizer.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Effects of potassium silicate fertilizer bok choy nitrate concentration.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Effects of organic nitrogen strengthening compost in vegetable cultivation.
Comparison, verification, and survey of agricultural-products breed and manufacturing supplies: Development of whole-quantity basal dressing method for summer sowing winter harvest cabbage in sandy soil.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Effect verification and survey of fertilizer etc.: Rose leaf tip leaf blight condition.
Elucidation of and control measures against melon mosaic disease: Elucidation of infection cycle: Elucidation of infection source vegetation: Source of virus hibernation.
Elucidation of and control measures against melon mosaic disease: Development of control method by insect control net short-term covering: Comprehensive evaluation of the insect control net.
Elucidation of and control measures against melon mosaic disease.
Insect-pest-control system utilizing potential ability regional ecosystem: 1. Development of insect-pest-control technique using parasitic wasp, insect parasite, etc. in nutriculture tomato (1) Search and evaluation of indigenous natural enemy 1) Natural enemy of white flies 1) Extermination effect of parasitic wasp.
Insect-pest-control system utilizing potential ability regional ecosystem: 1. Development of insect-pest-control technique using parasitic wasp, insect parasite, etc. in nutriculture tomato (1) Search and evaluation of indigenous natural enemy 2) Natural enemy of leafminers 1) Extermination effect of parasitic wasp of leafminers.
Insect-pest-control system utilizing potential ability regional ecosystem: 1. Development of insect-pest-control technique using parasitic wasp, insect parasite, etc. in nutriculture tomato (1) Development of natural enemy utilization technique 2) Utilization technique of natural enemy parasitic wasp and insect parasite of white flies 1) Electrostatic spraying of insect parasite.
Utilization technique development of intracellular symbiosis bacteria Wolbachia, etc.: Actual status of infection by intracellular microorganism in leafminer and its parasitic wasp: Actual status of infection by intracellular symbiosis bacteria.
Cause investigation of disease damage that occurs in nutriculture: 1. Actual occurrence condition in strawberry, and elucidation of causative microorganism (1) Withering condition in strawberry nutriculture.
Cause investigation of disease damage that occurs in nutriculture: 1. Actual occurrence condition in strawberry, and elucidation of causative microorganism (2) Isolation of withering condition causative microorganism, and pathogenic identification.
Cause investigation of disease damage that occurs in nutriculture: 1. Actual occurrence condition in strawberry, and elucidation of causative microorganism (3) Identification of causative microorganism of withering condition.
Cause investigation of disease damage that occurs in nutriculture: 2. Actual occurrence condition in rose, and elucidation of causative microorganism (1) Elucidation of withering condition actual occurrence status, and identification of causative microorganism.
Development of microorganism with high pest control capability and growth promotion function using radiation: Research on high efficiency selection procedure of strains with high pest control capability: Breeding of variant, and verification of extermination effect.
Development of microorganism with high pest control capability and growth promotion function using radiation: Research on high efficiency selection procedure of strains with high pest control capability: Selection of effective strain to melon hairy root and celery chlorosis (primary selection).
Development of microorganism with high pest control capability and growth promotion function using radiation: Variant breeding of crop growth promotion bacteria, and verification of effect: Collection of candidate bacteria from chrysanthemum root, and examination of efficient selection procedure from bacteria name.
Development of microorganism with high pest control capability and growth promotion function using radiation: Variant breeding of crop growth promotion bacteria, and verification of effect: Selection of bacteria with effects on initial extension of ornamental kale.
Development of microorganism with high pest control capability and growth promotion function using radiation: Variant breeding of crop growth promotion bacteria, and verification of effect: Selection of bacteria with effects on initial extension of pansy.
Development of reduced agrichemical control technique by utilization of indigenous natural enemy: 1. Utilization technique of indigenous natural enemy in tomato (1) Habitation survey of indigenous natural enemy -- Parasitic wasp of Chromatomyia horticola (May).
Development of reduced agrichemical control technique by utilization of indigenous natural enemy: 1. Utilization technique of indigenous natural enemy in tomato (1) Habitation survey of indigenous natural enemy -- Parasitic wasp of leafminers of tomato (May).
Development of reduced agrichemical control technique by utilization of indigenous natural enemy: 1. Utilization technique of indigenous natural enemy in tomato (1) Habitation survey of indigenous natural enemy -- Types of leafminer with pea and tomato.
Development of reduced agrichemical control technique by utilization of indigenous natural enemy: 1. Utilization technique of indigenous natural enemy in tomato (3) Development of utilization technique of indigenous natural enemy -- Parasitic nature of Chromatomyia horticola to tomato.
Development of reduced agrichemical control technique by utilization of indigenous natural enemy: 1. Utilization technique of indigenous natural enemy in tomato (3) Development of utilization technique of indigenous natural enemy -- Use/introduction site of pea (May).
Development of reduced agrichemical control technique by utilization of indigenous natural enemy: 1. Utilization technique of indigenous natural enemy in tomato (3) Development of utilization technique of indigenous natural enemy -- Emergence period of parasitic wasp (May) (interim report).
Development of reduced agrichemical control technique by utilization of indigenous natural enemy: 1. Utilization technique of indigenous natural enemy in tomato (3) Development of utilization technique of indigenous natural enemy -- Parasitic nature of leafminer to peas and tomato.
Development of reduced agrichemical control technique by utilization of indigenous natural enemy: 1-3. 1-3-8. Thelytoky strain of parasitic wasp Neochrysocharis formosa, and sex ratio.
Raising of strawberry new plant variety (1) Selection of strawberry seedling superior strain 1) 1st and 2nd year selection.
Raising of strawberry new plant variety (1) Selection of strawberry seedling superior strain 2) Raising of high fragrance breeding stock by interspecific hybridization.
Raising of strawberry new plant variety (2) Local adaptability verification of strawberry improved variety strain 1) 3rd and 4th year selection.
Raising of strawberry new plant variety (2) Local adaptability verification of strawberry improved variety strain 2) Effects of defoliation management on "Beni Hoppe".
Raising of strawberry new plant variety (2) Local adaptability verification of strawberry improved variety strain 3) Effects of defoliation management on seedling quality of "Beni Hoppe".
Raising of strawberry new plant variety (2) Local adaptability verification of strawberry improved variety strain 4) Effects of defoliation management on bloom and maturation of terminal inflorescence of "Beni Hoppe".
Raising of strawberry new plant variety (2) Local adaptability verification of strawberry improved variety strain 5) Effects of defoliation management on growth and bloom of first axillary bud of "Beni Hoppe".
Raising of strawberry new plant variety (2) Local adaptability verification of strawberry improved variety strain 6) Breed response of yellow fluorescent lamp.
Raising of strawberry new plant variety (2) Local adaptability verification of strawberry improved variety strain 7) Breed response of incandescent lamp.
Raising of strawberry new plant variety: Local adaptability verification of strawberry improved variety strain.
Raising of strawberry new plant variety (1) Selection of sandy soil adaptable strain.
Raising of strawberry new plant variety (4) Evaluation of laborsaving adaptable feature, and development of cultivation techniques 1) Evaluation of laborsaving adaptable feature and development of cultivation techniques with forcing strawberry' Tachibana' etc.
Raising of superior breed and mother plant using radiation, and development of breeding technique: Raising of individuals by ion beam mutation breeding method: Selection of irradiation individual M2-M3 generation's superior individual in autumn cropping.
Raising of superior breed and mother plant using radiation, and development of breeding technique: Raising of individuals by ion beam mutation breeding method: Selection of irradiation individual M2-M3 generation's superior individual in winter cropping.
Raising of superior breed and mother plant using radiation, and development of breeding technique: Raising of individuals by ion beam mutation breeding method: Selection of the superior individual of irradiation individual M2, M3 and M4 generations in autumn cropping.
Raising of superior breed and mother plant using radiation, and development of breeding technique: Raising of individuals by ion beam mutation breeding method: Types and amount of moulding.
Raising of superior breed and mother plant using radiation, and development of breeding technique: Raising of individuals by ion beam mutation breeding method: Processing temperature and days.
Raising of superior breed and mother plant using radiation, and improvement of breeding technique: Development of strawberry new breeding method using radiation: Examination of forced sprouting processing procedure under culture conditions.
Raising of superior breed and mother plant using radiation, and improvement of breeding technique: Development of strawberry new breeding method using radiation: Reexamination of soft-X-rays exposure in pseudogamy processing.
Raising of superior breed and mother plant using radiation, and improvement of breeding technique: Development of strawberry new breeding method using radiation: Polyploidy of individuals made by pseudogamy processing (2004).
Raising of superior breed and mother plant using radiation, and improvement of selection technique: Development of strawberry new breeding method using radiation: Early crop nature of 'Beni Hoppe' soft-X-rays irradiation strain.
Raising of superior breed and mother plant using radiation, and improvement of selection technique: Development of strawberry new breeding method using radiation: Male sterility level of 'Beni Hoppe' soft-X-rays irradiation strain.
Raising of superior breed and mother plant using radiation, and improvement of breeding technique: Development of strawberry new breeding method using radiation: Male sterility level of 'Keikiwase' soft-X-rays irradiation strain.
Raising of superior breed and mother plant using radiation, and improvement of breeding technique: Development of strawberry new breeding method using radiation: Early crop nature of 'Keikiwase' soft-X-rays irradiation strain.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Relation between cultivation management and flavor composition factor: Difference of nitrogen application amount and fruits quality of summer cropping melon.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Relation between cultivation management and flavor composition factor: Difference of nitrogen application amount and flavor evaluation with summer cropping melon.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Establishment of optimum gustation time prediction technique: Optimum gustation time prediction by proper vibration value and cumulative temperature in bletting of spring cropping melon.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Establishment of optimum gustation time prediction technique: Optimum gustation time prediction by proper vibration value and cumulative temperature in bletting of summer cropping melon.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Establishment of optimum gustation time prediction technique: Quality change after bletting with spring cropping melon.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Establishment of optimum gustation time prediction technique: Perimeter change and ripeness in different storage temperatures with summer cropping melon.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Establishment of optimum gustation time prediction technique: Trial production and evaluation of perimeter reduction measuring apparatus.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Establishment of optimum gustation time prediction technique: Perimeter reduction and ripeness with winter cropping melon.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Establishment of optimum gustation time prediction technique: Perimeter reduction and ripeness of winter cropping melon in different storage temperatures.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Establishment of optimum gustation time prediction technique: Relation of perimeter reduction and degree of ripeness in winter cropping melon.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Establishment of optimum gustation time prediction technique: Perimeter reduction measurement gauge value setup of optimum gustation time judgment.
Elucidation of flavor constitution factor and establishment of optimum gustation time prediction technique of hothouse melon: Establishment of optimum gustation time prediction technique: Presumed accuracy evaluation of ripeness diagnosis by perimeter reduction measurement.
Raising of disease resistant Mizukake-na middle mother plant: Raising of middle mother plant: Mizukake-na F3 generation's clubroot resistance test.
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Raising of original breed: Primary selection of '02 breeding seedling.
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Raising of original breed: Secondary selection of '01 breeding seedling.
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Raising of original breed: Tertiary selection of '00 breeding seedling.
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Selection of superior breed: Growth characteristics of standard new plant variety.
New plant variety raising selection of carnation, and elucidation of nutrient uptake characteristics: Selection of superior breed: Growth characteristics of spray new plant variety.
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Raising and growth characteristics of marguerite new plant variety: Primary selection of 2003 individuals.
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Raising and growth characteristics of marguerite new plant variety: Secondary selection of 2002 individuals.
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Raising and growth characteristics of marguerite new plant variety: Tertiary selection of 2003 individuals.
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Raising and growth characteristics of marguerite new plant variety: Local adaptability of raising strains for cut-flowers.
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Raising and growth characteristics of marguerite new plant variety: Local adaptability of raising strain for potted plants (1).
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Raising and growth characteristics of marguerite new plant variety: Local adaptability of raising strain for potted plants (2).
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Raising and growth characteristics of marguerite new plant variety: Growth characteristics and selection of a raising strain in local flower bed.
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Raising and growth characteristics of marguerite new plant variety: Selection of promising strains from improved variety.
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Raising and growth characteristics of marguerite new plant variety: Producer evaluation of 'fairy light pink'.
Selection of Izu Area indigenous product flowering plants including marguerite, and establishment of cultivation method: Raising and growth characteristics of marguerite new plant variety: Market valuation and new plant variety raising of 'fairy light pink'.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of spray type chrysanthemum superior breed and mother plant using radiation: Effects of irradiation time and the exposure doses of X-ray.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of spray type chrysanthemum superior breed and mother plant using radiation: Selection of superior strain of mutation strain.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of spray type chrysanthemum superior breed and mother plant using radiation: Effects of LED and examination of flower colour mutation selection method.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of spray type chrysanthemum superior breed and mother plant using radiation: Primary selection of 2003 breeding strains.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of spray type chrysanthemum superior breed and mother plant using radiation: Secondary selection of 2002 breeding strains.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of spray type chrysanthemum superior breed and mother plant using radiation: Tertiary selection of 2001 breeding strains.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of marguerite superior breed and mother plant using radiation: Effects of LED optical irradiation.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of marguerite superior breed and mother plant using radiation: Mutation appeared in redifferentiation individuals.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of marguerite superior breed and mother plant using radiation: Mutation appeared in redifferentiation individuals during bud and flower stalk culture.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of marguerite superior breed and mother plant using radiation: Characteristics and selection of marguerite mutation individuals.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of marguerite superior breed and mother plant using radiation: Characteristics and selection of marguerite mutation individuals.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of marguerite superior breed and mother plant using radiation: Form survey of marguerite mutation individuals.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of marguerite superior breed and mother plant using radiation: Characteristics survey and local adaptability of marguerite mutation individuals.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of marguerite superior breed and mother plant using radiation: Marguerite and Chrysanthemum carinatum (RAPD method).
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of marguerite superior breed and mother plant using radiation: Marguerite and Chrysanthemum coronarium (RAPD method).
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of marguerite superior breed and mother plant using radiation: High temperature stress, heat tolerance, early anthophorous, and continuous anthophorous of sterile culture seedling.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of marguerite superior breed and mother plant using radiation: High temperature stress and high temperature resistance stress factor at seedling raising.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Marguerite superior breed and mother plant raising using radiation: Raising of marguerite mutation individual by soft X-ray acute irradiation.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Marguerite superior breed and mother plant raising using radiation: Growth characteristics and selection of marguerite mutation promising strain.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Marguerite superior breed and mother plant raising using radiation: Local adaptability of marguerite mutation promising strain.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Marguerite superior breed and mother plant raising using radiation: Carotenoid analysis of marguerite improved variety and strain.
Breeding technical development of indigenous product flowering plant using radiation, and raising of superior breed and mother plant: Raising of lily superior breed and mother plant using radiation: Crossbred judging method of Sasa-yuri x Takasago-yuri.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Comparison and certification of agricultural-products breed: 4th generation of snow pea back crossing.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Comparison and certification of agricultural-products breed: 5th generation of snow pea back crossing, 4 strains.
Comparison, certification, and survey of agricultural-products breed and manufacturing supplies: Comparison and certification of agricultural-products breed: Selection of 5th generation of snow pea back crossing.
Development of control/dressing equipment corresponding to hillside farming: Development of multi-purpose carrier for sloping ground agricultural works: Development and characteristics evaluation of carrier.
Development of electrostatic control technique for bare grounds: Development of electrification equipment, selection of nozzle and electrification voltage: Measurement of spraying performance under ideal conditions.