000			02295nab a2200325 i 4500
003			BR-BrBNA
005			20260519133321.0
008			260519b2020 bl.qr|pooa||| 00| 0 eng |
040			_aBR-BrBNA _beng
072			_aF06 _b3290
100			_aTurchetto, Felipe
100			_aAraujo, Maristela Machado
100			_aTabaldi, Luciane Almeri
100			_aGriebeler, Adriana Maria
100			_aBerghetti, Álvaro Luís Pasquetti
100			_aRorato, Daniele Guarienti
100			_aBarbosa, Felipe Manzoni
100			_aSasso, Victória Martini
245			_aIrrigation Regimes on Growth and Metabolic Processes of Enterolobium contortisiliquum Seedlings
500			_aPublicação on-line; 49 ref.; 2 tables; 5 illus.; Summary (En)
520			_a Abstract In forest nurseries, one of the factors that change the growth and quality of seedlings is water supply, which has a direct influence on metabolic processes such as stomatal conductance and photochemical efficiency of photosystem II. This study aims to identify the influence of different watering regimes as well as the use of a water-retaining polymer on the initial growth and metabolic processes of Enterolobium contortisiliquum seedlings. The experimental design was in random blocks with a factorial scheme. Morphological attributes, as well as physiological and biochemical attributes were investigated. We verified that the performance of E. contortisiliquum seedlings depends on the watering regime provided to the plants; furthermore, up to 60 days after the application of the treatments, both the height and diameter of the collection and the leaf water potential were similar in the water regimes of 8 mm day-1 and 12 mm day-1. Keywords: abiotic stress, water potential, oxidative stress, antioxidant enzymes.
650			_aPOTENCIAL HÍDRICO
650			_aENZIMA
650			_aIRRIGAÇÃO
650			_aENTEROLOBIUM CONTORTISILIQUUM
773	0		_02929 _9347957 _dRio de Janeiro-RJ Instituto de Florestas - UFRRJ 1994 _o2025-0456 _tFloresta e Ambiente (Brazil) _x1415-0980 / ISSN 2179-8087 0nline _gv. 27(2) p. 1-11; (2020) _wBR2026001237
856			_uhttps://www.scielo.br/j/floram/a/7TFKyB8VctXpHxDt3QMTScg/?format=pdf&lang=en
942			_cANA
999			_c341840 _d341840