Development of the supporting software for tea manufacturing conditions von Shinsho, S.(Kagoshima-ken. Tea Research Station, Chiran (Japan)), Ijiti, H, Orita, T, Hamasaki, M, Higuti, M, Sato, S

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Prediction of optimum timing of control against mulberry scale, Pseudaulacaspis pentagona (Torgioni), using daily mean air temperature von Uchimura, K.(Kagoshima-ken. Tea Research Station, Chiran (Japan)), Kouzaki, Y, Nakamura, T

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Development of the carrying method of green tea plucked new shoots from the long distant place von Iriki, H. (Kagoshima-ken. Tea Research Station, Chiran (Japan)), Yamanaka, H, Ooki, M, Ijiti, H

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Study of mulberry scale, Pseudaulacaspis pentagona (Targioni), resistance in tea plant and the varietal difference von Shige, M. (Kagoshima-ken. Tea Research Station, Chiran (Japan)), Uezono, Y, Nagatomo, S, Nonaka, T, Tanaka, T

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Varietal difference of tea plant to aptitude for light application of nitrogen: An inference from the amount of applied nitrogen transported to sprouting shoots von Karasuyama, M. (Kagoshima-ken. Tea Research Station, Chiran (Japan)), Nakamura, N, Uezono, Y, Shige, M, Osako, K

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Leaching rate of nitrogen in a labor saving and low input fertilizer application method using coated urea on tea fields von Kaji, T. (Kagoshima-ken. Tea Research Station, Chiran (Japan)), Karasuyama, M, Uchimura, K

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Estimation on chlorophyll quantity of tea garden by means of digital camera image von Nakamura, N. (Kagoshima-ken. Tea Research Station, Chiran (Japan)), Osako, K, Karasuyama, M

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Biological control of the mullberry scale, Pseudaulacaspis pentagona (Targion), using synthetic sex pheromone and insecticide sensitivity of its natural enemy paracitoid wasp von Matuhira, K. (Kagoshima-ken. Tea Research Station, Chiran (Japan)), Kouzaki, Y

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Absorption and translocation in sprouting shoots of mature tea plants [Camellia sinensis] when nitrogen is applied in various seasons throughout the year von Karasuyama, M. (Kagoshima-ken. Tea Research Station, Chiran (Japan)), Utimura, K, Suejima, K, Kaji, T

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Static drying characteristics of tea [Camellia sinensis] leaves von Ijichi, H. (Kagoshima-ken. Tea Research Station, Chiran (Japan)), Sato, S, Iriki, H, Higuchi, M

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