Cuatro siglos de variabilidad hidroclimática en el noroeste de Chihuahua, México, reconstruida con anillos de árboles

Translated title of the contribution: Four centuries of reconstructed hydroclimatic variability for Northwestern Chihuahua, Mexico, based on tree rings

José Villanueva Díaz, Julián Cerano Paredes, Peter Z Fule, Citlali Cortés Montaño, Lorenzo Vázquez Selem, Larissa L. Yocom, José Ariel Ruiz-Corral

Research output: Contribution to journalArticle

4 Citations (Scopus)

Abstract

A Douglas-fir chronology with a length of 409 years (1600-2008) was developed for northwestern Chihuahua in Mesa de las Guacamayas, a "Natural Protected Area" known as an important nesting habitat for the thick-billed parrot (Rhynchopsitta pachyrhyncha) an endangered neotropical bird. Increment cores and cross-sections from selected Douglas-fir trees (Pseudotsuga menziesii) in a mixed conifer forest were obtained with an increment borer and a chain-saw. Standard dendrochronological techniques were used to process and date each one of the rings to their exact year of formation. The quality of dating of the measured series was analyzed with the COFECHA program, while biological trends not related to climate (age differences, stem-size increases, and disturbances) were removed by standardization procedures in the ARSTAN program. Tree ring series of earlywood, latewood and total ring width were developed for the last four centuries. The total ring-width chronology was significantly associated (r>0.40, p=0.000) with nearby chronologies, particularly those located <200 km apart along the western slopes of the Sierra Madre Occidental (SMO) observing correlations as high as 0.69 (p<0.001). Association between chronologies decreased for those sites in the state of Durango along the SMO but separated more than 200 km in straight line and also for sites in nearby borderline in the USA side. The similar climatic response among distant chronologies implies the influence of common atmospheric circulatory patterns affecting a large portion of land simultaneously. ENSO is one of the most important factors in determining inter-annual and multiannual hydroclimatic variability in northern Mexico, increasing winter-spring precipitation in its warm phase and causing extreme droughts in its cold phase. A negative relationship (r = -0.4, n= 106, p<0.0000) was found between average January-May Southern Oscillation Index (SOI) and earlywood indices corroborating the significant influence of ENSO in cool season precipitation for this region. A power spectral analysis of the seasonal winter-spring precipitation reconstruction detected the presence of significant peaks (p<0.05) <10 years (5, 10 years) commonly associated to ENSO. Significant frequencies at 50 and near 100 years have also been related to the ENSO influence. 50-year frequency droughts historically have caused intense and prolonged droughts in northern and central Mexico, particularly those in the periods 1613-1617, 1666-1673, 1728-1733, 1752-1761, 1840-1845, 1862-1866, 1934-1939, 1944-1951, and 1953-1957. The ring-width index values were significantly associated (r=0.52, n=111, p<0.000) with PDSI values recorded for the Southwestern region of the USA. The PDSI integrates precipitation and temperature data and is a measure of the availability of moisture for tree growth as related to average moisture conditions. The relationship between PDSI data from Arizona and New Mexico and ring-width indices from Mesa de las Guacamayas, Chihuahua is an indication that extreme climatic events extend from the Southwestern USA to northern Chihuahua and even further down in the Durango state. This behavior highlights the importance of developing a network of three ring chronologies at basin or watershed level to have a better understanding of climate dynamics. A seasonal January-July precipitation reconstruction detected intense and prolonged droughts for the periods1772-1782, 1793-1803, and 1999-2008, where 1633 and 1954 stand out as the driest years of the reconstruction. Wet episodes were detected from 1742 to 1751 and from 1809 to 1818. Pluvials are less recorded in historical documents and tree rings are less sensible to wet episodes given that much of the precipitation for this region takes place in the summer months when earlywood formation that makes most of the ring size has ceased. In addition, much of the rain is lost by runoff as its intensity exceeds soil infiltration rate and water holding capacity of the soil is overridden. Historical droughts have had a severe impact in food production, reducing grain availability, increasing livestock mortality, and producing famine. The drought documented for the period 1613 to 1626 has been detected in Durango, Chihuahua and New Mexico. Later droughts like one in the 1720's, end of the 1730's and early part of the 1740's produced grain scarcity and famine in a great portion of northern Mexico. The drought of the 1950's extended all over northern Mexico and southwestern USA producing economical crisis in rural areas and greatly increased immigration and movement of migrant farm workers (braceros) to the USA. The proportion of dry years detected in the reconstruction suggests a 50% probability of occurrence of below average precipitation for a given year, implying that the development of a more extensive network of climate sensitive tree-ring chronologies will allow us a better understanding of climate variability in this region which is important for the management of limited water resources and for the conservation of endangered wildlife species.

Original languageSpanish
Pages (from-to)141-153
Number of pages13
JournalInvestigaciones Geograficas
Volume87
DOIs
StatePublished - 2015

Fingerprint

tree ring
drought
Mexico
chronology
El Nino-Southern Oscillation
reconstruction
climate
famine
agricultural product
moisture
farm worker
agricultural worker
water
winter
age difference
Southern Oscillation
subversion
food production
standardization
immigration

Keywords

  • Dendroclimatology
  • ENSO
  • Northwestern Chihuahua
  • PDSI
  • Pseudotsuga menziesii

ASJC Scopus subject areas

  • Earth and Planetary Sciences(all)
  • Geography, Planning and Development

Cite this

Villanueva Díaz, J., Cerano Paredes, J., Fule, P. Z., Cortés Montaño, C., Vázquez Selem, L., Yocom, L. L., & Ruiz-Corral, J. A. (2015). Cuatro siglos de variabilidad hidroclimática en el noroeste de Chihuahua, México, reconstruida con anillos de árboles. Investigaciones Geograficas, 87, 141-153. https://doi.org/10.14350/rig.44485

Cuatro siglos de variabilidad hidroclimática en el noroeste de Chihuahua, México, reconstruida con anillos de árboles. / Villanueva Díaz, José; Cerano Paredes, Julián; Fule, Peter Z; Cortés Montaño, Citlali; Vázquez Selem, Lorenzo; Yocom, Larissa L.; Ruiz-Corral, José Ariel.

In: Investigaciones Geograficas, Vol. 87, 2015, p. 141-153.

Research output: Contribution to journalArticle

Villanueva Díaz, J, Cerano Paredes, J, Fule, PZ, Cortés Montaño, C, Vázquez Selem, L, Yocom, LL & Ruiz-Corral, JA 2015, 'Cuatro siglos de variabilidad hidroclimática en el noroeste de Chihuahua, México, reconstruida con anillos de árboles', Investigaciones Geograficas, vol. 87, pp. 141-153. https://doi.org/10.14350/rig.44485
Villanueva Díaz, José ; Cerano Paredes, Julián ; Fule, Peter Z ; Cortés Montaño, Citlali ; Vázquez Selem, Lorenzo ; Yocom, Larissa L. ; Ruiz-Corral, José Ariel. / Cuatro siglos de variabilidad hidroclimática en el noroeste de Chihuahua, México, reconstruida con anillos de árboles. In: Investigaciones Geograficas. 2015 ; Vol. 87. pp. 141-153.
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title = "Cuatro siglos de variabilidad hidroclim{\'a}tica en el noroeste de Chihuahua, M{\'e}xico, reconstruida con anillos de {\'a}rboles",
abstract = "A Douglas-fir chronology with a length of 409 years (1600-2008) was developed for northwestern Chihuahua in Mesa de las Guacamayas, a {"}Natural Protected Area{"} known as an important nesting habitat for the thick-billed parrot (Rhynchopsitta pachyrhyncha) an endangered neotropical bird. Increment cores and cross-sections from selected Douglas-fir trees (Pseudotsuga menziesii) in a mixed conifer forest were obtained with an increment borer and a chain-saw. Standard dendrochronological techniques were used to process and date each one of the rings to their exact year of formation. The quality of dating of the measured series was analyzed with the COFECHA program, while biological trends not related to climate (age differences, stem-size increases, and disturbances) were removed by standardization procedures in the ARSTAN program. Tree ring series of earlywood, latewood and total ring width were developed for the last four centuries. The total ring-width chronology was significantly associated (r>0.40, p=0.000) with nearby chronologies, particularly those located <200 km apart along the western slopes of the Sierra Madre Occidental (SMO) observing correlations as high as 0.69 (p<0.001). Association between chronologies decreased for those sites in the state of Durango along the SMO but separated more than 200 km in straight line and also for sites in nearby borderline in the USA side. The similar climatic response among distant chronologies implies the influence of common atmospheric circulatory patterns affecting a large portion of land simultaneously. ENSO is one of the most important factors in determining inter-annual and multiannual hydroclimatic variability in northern Mexico, increasing winter-spring precipitation in its warm phase and causing extreme droughts in its cold phase. A negative relationship (r = -0.4, n= 106, p<0.0000) was found between average January-May Southern Oscillation Index (SOI) and earlywood indices corroborating the significant influence of ENSO in cool season precipitation for this region. A power spectral analysis of the seasonal winter-spring precipitation reconstruction detected the presence of significant peaks (p<0.05) <10 years (5, 10 years) commonly associated to ENSO. Significant frequencies at 50 and near 100 years have also been related to the ENSO influence. 50-year frequency droughts historically have caused intense and prolonged droughts in northern and central Mexico, particularly those in the periods 1613-1617, 1666-1673, 1728-1733, 1752-1761, 1840-1845, 1862-1866, 1934-1939, 1944-1951, and 1953-1957. The ring-width index values were significantly associated (r=0.52, n=111, p<0.000) with PDSI values recorded for the Southwestern region of the USA. The PDSI integrates precipitation and temperature data and is a measure of the availability of moisture for tree growth as related to average moisture conditions. The relationship between PDSI data from Arizona and New Mexico and ring-width indices from Mesa de las Guacamayas, Chihuahua is an indication that extreme climatic events extend from the Southwestern USA to northern Chihuahua and even further down in the Durango state. This behavior highlights the importance of developing a network of three ring chronologies at basin or watershed level to have a better understanding of climate dynamics. A seasonal January-July precipitation reconstruction detected intense and prolonged droughts for the periods1772-1782, 1793-1803, and 1999-2008, where 1633 and 1954 stand out as the driest years of the reconstruction. Wet episodes were detected from 1742 to 1751 and from 1809 to 1818. Pluvials are less recorded in historical documents and tree rings are less sensible to wet episodes given that much of the precipitation for this region takes place in the summer months when earlywood formation that makes most of the ring size has ceased. In addition, much of the rain is lost by runoff as its intensity exceeds soil infiltration rate and water holding capacity of the soil is overridden. Historical droughts have had a severe impact in food production, reducing grain availability, increasing livestock mortality, and producing famine. The drought documented for the period 1613 to 1626 has been detected in Durango, Chihuahua and New Mexico. Later droughts like one in the 1720's, end of the 1730's and early part of the 1740's produced grain scarcity and famine in a great portion of northern Mexico. The drought of the 1950's extended all over northern Mexico and southwestern USA producing economical crisis in rural areas and greatly increased immigration and movement of migrant farm workers (braceros) to the USA. The proportion of dry years detected in the reconstruction suggests a 50{\%} probability of occurrence of below average precipitation for a given year, implying that the development of a more extensive network of climate sensitive tree-ring chronologies will allow us a better understanding of climate variability in this region which is important for the management of limited water resources and for the conservation of endangered wildlife species.",
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T1 - Cuatro siglos de variabilidad hidroclimática en el noroeste de Chihuahua, México, reconstruida con anillos de árboles

AU - Villanueva Díaz, José

AU - Cerano Paredes, Julián

AU - Fule, Peter Z

AU - Cortés Montaño, Citlali

AU - Vázquez Selem, Lorenzo

AU - Yocom, Larissa L.

AU - Ruiz-Corral, José Ariel

PY - 2015

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N2 - A Douglas-fir chronology with a length of 409 years (1600-2008) was developed for northwestern Chihuahua in Mesa de las Guacamayas, a "Natural Protected Area" known as an important nesting habitat for the thick-billed parrot (Rhynchopsitta pachyrhyncha) an endangered neotropical bird. Increment cores and cross-sections from selected Douglas-fir trees (Pseudotsuga menziesii) in a mixed conifer forest were obtained with an increment borer and a chain-saw. Standard dendrochronological techniques were used to process and date each one of the rings to their exact year of formation. The quality of dating of the measured series was analyzed with the COFECHA program, while biological trends not related to climate (age differences, stem-size increases, and disturbances) were removed by standardization procedures in the ARSTAN program. Tree ring series of earlywood, latewood and total ring width were developed for the last four centuries. The total ring-width chronology was significantly associated (r>0.40, p=0.000) with nearby chronologies, particularly those located <200 km apart along the western slopes of the Sierra Madre Occidental (SMO) observing correlations as high as 0.69 (p<0.001). Association between chronologies decreased for those sites in the state of Durango along the SMO but separated more than 200 km in straight line and also for sites in nearby borderline in the USA side. The similar climatic response among distant chronologies implies the influence of common atmospheric circulatory patterns affecting a large portion of land simultaneously. ENSO is one of the most important factors in determining inter-annual and multiannual hydroclimatic variability in northern Mexico, increasing winter-spring precipitation in its warm phase and causing extreme droughts in its cold phase. A negative relationship (r = -0.4, n= 106, p<0.0000) was found between average January-May Southern Oscillation Index (SOI) and earlywood indices corroborating the significant influence of ENSO in cool season precipitation for this region. A power spectral analysis of the seasonal winter-spring precipitation reconstruction detected the presence of significant peaks (p<0.05) <10 years (5, 10 years) commonly associated to ENSO. Significant frequencies at 50 and near 100 years have also been related to the ENSO influence. 50-year frequency droughts historically have caused intense and prolonged droughts in northern and central Mexico, particularly those in the periods 1613-1617, 1666-1673, 1728-1733, 1752-1761, 1840-1845, 1862-1866, 1934-1939, 1944-1951, and 1953-1957. The ring-width index values were significantly associated (r=0.52, n=111, p<0.000) with PDSI values recorded for the Southwestern region of the USA. The PDSI integrates precipitation and temperature data and is a measure of the availability of moisture for tree growth as related to average moisture conditions. The relationship between PDSI data from Arizona and New Mexico and ring-width indices from Mesa de las Guacamayas, Chihuahua is an indication that extreme climatic events extend from the Southwestern USA to northern Chihuahua and even further down in the Durango state. This behavior highlights the importance of developing a network of three ring chronologies at basin or watershed level to have a better understanding of climate dynamics. A seasonal January-July precipitation reconstruction detected intense and prolonged droughts for the periods1772-1782, 1793-1803, and 1999-2008, where 1633 and 1954 stand out as the driest years of the reconstruction. Wet episodes were detected from 1742 to 1751 and from 1809 to 1818. Pluvials are less recorded in historical documents and tree rings are less sensible to wet episodes given that much of the precipitation for this region takes place in the summer months when earlywood formation that makes most of the ring size has ceased. In addition, much of the rain is lost by runoff as its intensity exceeds soil infiltration rate and water holding capacity of the soil is overridden. Historical droughts have had a severe impact in food production, reducing grain availability, increasing livestock mortality, and producing famine. The drought documented for the period 1613 to 1626 has been detected in Durango, Chihuahua and New Mexico. Later droughts like one in the 1720's, end of the 1730's and early part of the 1740's produced grain scarcity and famine in a great portion of northern Mexico. The drought of the 1950's extended all over northern Mexico and southwestern USA producing economical crisis in rural areas and greatly increased immigration and movement of migrant farm workers (braceros) to the USA. The proportion of dry years detected in the reconstruction suggests a 50% probability of occurrence of below average precipitation for a given year, implying that the development of a more extensive network of climate sensitive tree-ring chronologies will allow us a better understanding of climate variability in this region which is important for the management of limited water resources and for the conservation of endangered wildlife species.

AB - A Douglas-fir chronology with a length of 409 years (1600-2008) was developed for northwestern Chihuahua in Mesa de las Guacamayas, a "Natural Protected Area" known as an important nesting habitat for the thick-billed parrot (Rhynchopsitta pachyrhyncha) an endangered neotropical bird. Increment cores and cross-sections from selected Douglas-fir trees (Pseudotsuga menziesii) in a mixed conifer forest were obtained with an increment borer and a chain-saw. Standard dendrochronological techniques were used to process and date each one of the rings to their exact year of formation. The quality of dating of the measured series was analyzed with the COFECHA program, while biological trends not related to climate (age differences, stem-size increases, and disturbances) were removed by standardization procedures in the ARSTAN program. Tree ring series of earlywood, latewood and total ring width were developed for the last four centuries. The total ring-width chronology was significantly associated (r>0.40, p=0.000) with nearby chronologies, particularly those located <200 km apart along the western slopes of the Sierra Madre Occidental (SMO) observing correlations as high as 0.69 (p<0.001). Association between chronologies decreased for those sites in the state of Durango along the SMO but separated more than 200 km in straight line and also for sites in nearby borderline in the USA side. The similar climatic response among distant chronologies implies the influence of common atmospheric circulatory patterns affecting a large portion of land simultaneously. ENSO is one of the most important factors in determining inter-annual and multiannual hydroclimatic variability in northern Mexico, increasing winter-spring precipitation in its warm phase and causing extreme droughts in its cold phase. A negative relationship (r = -0.4, n= 106, p<0.0000) was found between average January-May Southern Oscillation Index (SOI) and earlywood indices corroborating the significant influence of ENSO in cool season precipitation for this region. A power spectral analysis of the seasonal winter-spring precipitation reconstruction detected the presence of significant peaks (p<0.05) <10 years (5, 10 years) commonly associated to ENSO. Significant frequencies at 50 and near 100 years have also been related to the ENSO influence. 50-year frequency droughts historically have caused intense and prolonged droughts in northern and central Mexico, particularly those in the periods 1613-1617, 1666-1673, 1728-1733, 1752-1761, 1840-1845, 1862-1866, 1934-1939, 1944-1951, and 1953-1957. The ring-width index values were significantly associated (r=0.52, n=111, p<0.000) with PDSI values recorded for the Southwestern region of the USA. The PDSI integrates precipitation and temperature data and is a measure of the availability of moisture for tree growth as related to average moisture conditions. The relationship between PDSI data from Arizona and New Mexico and ring-width indices from Mesa de las Guacamayas, Chihuahua is an indication that extreme climatic events extend from the Southwestern USA to northern Chihuahua and even further down in the Durango state. This behavior highlights the importance of developing a network of three ring chronologies at basin or watershed level to have a better understanding of climate dynamics. A seasonal January-July precipitation reconstruction detected intense and prolonged droughts for the periods1772-1782, 1793-1803, and 1999-2008, where 1633 and 1954 stand out as the driest years of the reconstruction. Wet episodes were detected from 1742 to 1751 and from 1809 to 1818. Pluvials are less recorded in historical documents and tree rings are less sensible to wet episodes given that much of the precipitation for this region takes place in the summer months when earlywood formation that makes most of the ring size has ceased. In addition, much of the rain is lost by runoff as its intensity exceeds soil infiltration rate and water holding capacity of the soil is overridden. Historical droughts have had a severe impact in food production, reducing grain availability, increasing livestock mortality, and producing famine. The drought documented for the period 1613 to 1626 has been detected in Durango, Chihuahua and New Mexico. Later droughts like one in the 1720's, end of the 1730's and early part of the 1740's produced grain scarcity and famine in a great portion of northern Mexico. The drought of the 1950's extended all over northern Mexico and southwestern USA producing economical crisis in rural areas and greatly increased immigration and movement of migrant farm workers (braceros) to the USA. The proportion of dry years detected in the reconstruction suggests a 50% probability of occurrence of below average precipitation for a given year, implying that the development of a more extensive network of climate sensitive tree-ring chronologies will allow us a better understanding of climate variability in this region which is important for the management of limited water resources and for the conservation of endangered wildlife species.

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