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2005
DOI: 10.1016/j.foreco.2005.03.012
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Tree-rings and climate relationships for Douglas-fir chronologies from the Sierra Madre Occidental, Mexico: A 1681–2001 rain reconstruction

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Cited by 57 publications
(50 citation statements)
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References 13 publications
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“…Studies at neighboring sites on similar species have demonstrated the positive influence of a wet and cool climate during this period on the growth of trees [31,34]. The conditions experienced by the trees during the previous winter are precursors of soil mixture during the early season of growth in spring, and determine the available water or the amount of reserves (e.g., carbohydrates, nutrients) accumulated at the beginning of the growth period [17,48].…”
Section: Discussionmentioning
confidence: 99%
See 1 more Smart Citation
“…Studies at neighboring sites on similar species have demonstrated the positive influence of a wet and cool climate during this period on the growth of trees [31,34]. The conditions experienced by the trees during the previous winter are precursors of soil mixture during the early season of growth in spring, and determine the available water or the amount of reserves (e.g., carbohydrates, nutrients) accumulated at the beginning of the growth period [17,48].…”
Section: Discussionmentioning
confidence: 99%
“…This region is one of the most important timber reserves in Mexico, supplying more than 25% of the national timber, and it is therefore relevant for sustainable forestry in the country [31]. In addition, these forests are major water sources used to supply agriculture in Sinaloa, Nayarit, and Coahuila [34]. The Sierra Madre Occidental is also an important and valuable source of ecosystem services for local populations [17], and it is a strategically important region for studies in the conservation and biodiversity of conifer forest ecosystems.…”
Section: Study Area and Sampled Tree Speciesmentioning
confidence: 99%
“…Muchos taxa pertenecientes al elemento Madroterciario se han descrito para la SMO incluyendo, en los últimos 10 años, un género (Megacorax, González-Elizondo et al, 2002) Entre las diversas contribuciones al conocimiento de la flora y la vegetación de porciones de la SMO, están las de Lumholtz (1902); Gentry (1942); LeSueur (1945); White (1948); Maysilles (1959); Gordon (1968); Búrquez et al (1992); Gonzá-lez-Elizondo y González- Elizondo (1992aElizondo ( , 1992b; González-Elizondo et al (1993); Laferrière (1994); Casas et al (1995); DeBano et al (1995) ;Felger y Wilson (1995); Fisher et al (1995); Spellenberg y Bacon (1996); Spellenberg et al ( , 1998Felger et al (1997Felger et al ( , 2001); Estrada-C. et al (1997) ;Fulé y Covington (1997); Martin et al (1998); Búrquez (1998); Reina-G. et al (1999); Lebgue Keleng (2002Keleng ( , 2005; Enríquez et al (2003); Estrada-Castillón et al (2003); García Arévalo y González- ;García Arévalo et al (2004); Van Devender et al (2003; Vázquez- García et al (2004); González-Elizondo et al (2005, 2009a, 2011; Reina-G. y ; Herrera-Arrieta y Peterson (2007); García Aré-valo (2008); …”
Section: Introductionunclassified
“…Las cuatro cronologías siguen un mismo patrón de asociación con la precipitación; la precipitación de noviembre a octubre, de noviembre a agosto y de noviembre a mayo la que explica mejor el crecimiento (Cuadro 6). Los resultados obtenidos en los sitios de estudio coinciden parcialmente con reportes previos para Pseudotsuga en la región (Stahle y Cleaveland, 1993;Cleaveland et al, 2003;González-Elizondo, 2003;González-Elizondo et al, 2005); mientras el crecimiento anual de Pseudotsuga se asocia mejor con la precipitación de invierno-primavera, el crecimiento de P. lumholtzii parece estar determinado por la lluvia de todo un año (noviembre de un año a octubre del siguiente). Cabe señalar, sin embargo, que este patrón es dinámico pues, como se aprecia en el Cuadro 6, la correlación crecimiento-clima varía en el tiempo.…”
Section: Correlación Con Factores Climáticosunclassified