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• W1520397851 abstract "espanolSe estudio la capacidad de rebrote, despues de la aplicacion experimental de tratamientos de fuego, y la germinacion del arbusto perennifolio Erica vagans. El fuego experimental consistio en dos niveles de temperatura y en dos niveles de tiempo de duracion y se aplico a tocones de matorrales previamente cortados. El numero de rebrotes se conto despues de 4,9 y 12 meses. El peso aereo del matorral antes del experimento tuvo influencia en la supervivencia de la planta, pero no en el numero de rebrotes producidos. No obstante, tanto la temperatura como el tiempo de aplicacion del fuego mostraron efectos significativos sobre el numero de rebrotes producidos. Los rebrotes producidos tras la aplicacion de temperaturas bajas durante periodos breves fue el tratamiento que produjo mk rebrotes, pero no se diferencio de plantas control (matorral cortado pero no quemado). A pesar de que la germinacion de semillas es rara en condiciones de campo, aparecieron muchas plantulas alrededor de los tocones quemados. Tanto la luz como la aplicacion de tratamientos de calor, de 80°C a 100 °C, incrementaron las tasas de germinacion. EnglishResprouting after experimental fire treatments and the effect of light and heat on seed germination were studied in the evergreen shrub Erica vagans. Experimental fire application consisted of two levels of temperature and two levels of fire duration. The number of resprouts produced were counted after 4,9 and 12 months. Above-ground plant dry weight influenced plant survival, but not the number of resprouts produced. However, both temperature and duration of fire application showed significant effects on the number of resprouts produced. After low temperature and short application times E. vagans produced more resprouts, but did no differ from controls (plants clipped without fire treatment). Field observations showed that seedling establishment is rare both in control and burned areas. However, the seedlings were frequent in the cleared areas around experimentally burned stumps. To examine the effect of light and heat on seed germination two germination experiments were performed. Both light and heat application largely increased seed germination. Seeds heated from 80 °C to 100 °C increased their germination rates, but temperatures above that range strongly reduced the germination." @default.
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• W1520397851 date "1996-01-01" @default.
• W1520397851 modified "2023-10-09" @default.
• W1520397851 title "Resprouting after experimental fire application and seed germination in Erica vagans" @default.
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