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Microclimatic conditions and indeterminate tomato leaf morphology of two bio-spaces were analyzed: retractable- roof greenhouse and shade-house in Culiacan, Sinaloa, Mexico, during the period 2009 - 2010. The results show that, the retractable-roof greenhouse generates more favorable conditions for photosynthesis, as a result of lower thermal fluctuation within this bio-space, compared with the environment imposed by the shade-house. Extreme temperatures (maximum and minimum) into the retractable- roof greenhouse remained in a range significantly smaller and therefore more favorable for the production and reproductive stability of tomato in the warm weather of Culiacan, compared to shade-houses. This was corroborated by the magnitude of leaf morphological variables analyzed and the differences detected between leaflets developed in both cases. The values of leaf area index, leaf thickness, length of palisade parenchyma and presence of double palisade parenchyma observed in plants grown under retractable-roof made of glass were significantly higher than the values observed in the shade-house. The results suggested that higher tomato yields recently reported retractable-roof greenhouse in warm climates are due in

Adaptaciones morfológicas foliares en tomate cultivado en bioespacio de techo retráctil con clima cálido