Alessandro DC Lucio

CALEGARIO N

DRAPER N

DURBIN J

EZEKIEL M

FILGUEIRA FAR.

Francisco Rego

HAESBAERT FM

HERNÁNDEZ MS

JANDEL SCIENTIFIC.

LEVENE H.

LORENTZ AD

Luis F Nunes

LYRA GB

LÚCIO AD

MADSEN K

MAFIA RG

MAIA E

MARTINS FILHO S

NELDER JA.

SANTOS D

SEBER GAF

SMYTH GK.

SOUZA GS.

URCHEI MA

VIEIRA NETO J

VIEIRA NMB

Von BERTALANFFY L.

Horticultura Brasileira

ABSTRACT The objectives of this work were to adjust nonlinear regression models for the green beans production and to identify the plot size which provides the best explanation and adjustment to the models. The authors used two field and two protected environment (plastic tunnel) trials in the autumn-winter and spring-summer seasons. The logistic and von Bertalanffy models were adjusted for average weight of green beans accumulated after multiple harvests and with different plot sizes. The models presented similar estimates and the same parameters estimates in all the plot sizes. The logistic model provided estimates closest to the reality, showing the best description performance for the average weight of pods during the productive cycle. In the autumn-winter season, plot size of 14 basic units (28 plants in the cultivation line direction) in the field and of two basic units (four plants in the cultivation line direction) under the plastic tunnel provide a good quality in the models adjustment. In the spring-summer season, the plot sizes are made of six basic units (12 plants in the cultivation line) in the field and seven basic units (14 plants in the cultivation line) under the plastic tunnel.</jats:p

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Nonlinear regression and plot size to estimate green beans production

http://www.scielo.br/pdf/hb/v34n4/1806-9991-hb-34-04-00507.pdf

Nonlinear regression and plot size to estimate green beans production

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