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Author: Sheehy, J.E.

  • Author: Mitchell, P.L.
  • Author: Mnzava, M.
  • Author: Robles, R.P.
  • Author: Agbisit, R.
  • Author: Aragones, D.V.
  • Author: CONFESOR, R.
  • Author: Dionora, M. J. A.
  • Author: Ferrer, A.
  • Author: Ferrer, A.B
  • Author: Ferrer, A.B.
  • Author: Kondo, M.
  • Author: Lales, J.S
  • Author: Mabilangan, A.E.
  • Author: Moody, K.
  • Author: Samonte, H.P.
  • Author: Tuong, T.P.
  • Author: Yamauchi, M.
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    Time of day of flowering in wild species of the genus Oryza.
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    Temporal origin of nitrogen in the grain of tropical wet-season rice
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    Temporal origin of nitrogen in the grain of irrigated rice in the dry season: the outcome of uptake, cycling, senescence and competition studied using a 15N-point placement technique
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    Uptake of nitrogen by rice studied with a 15N point-placement technique

Author: Cassman, K.G.

  • Author: Mitchell, P.L.
  • Author: Mnzava, M.
  • Author: Robles, R.P.
  • Author: Agbisit, R.
  • Author: Aragones, D.V.
  • Author: CONFESOR, R.
  • Author: Dionora, M. J. A.
  • Author: Ferrer, A.
  • Author: Ferrer, A.B
  • Author: Ferrer, A.B.
  • Author: Kondo, M.
  • Author: Lales, J.S
  • Author: Mabilangan, A.E.
  • Author: Moody, K.
  • Author: Samonte, H.P.
  • Author: Tuong, T.P.
  • Author: Yamauchi, M.
  • Show items as search results
  • Explore related channels
  • Quick Look
    Temporal origin of nitrogen in the grain of tropical wet-season rice
  • Quick Look
    Temporal origin of nitrogen in the grain of irrigated rice in the dry season: the outcome of uptake, cycling, senescence and competition studied using a 15N-point placement technique
  • Quick Look
    Uptake of nitrogen by rice studied with a 15N point-placement technique

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