Long-Term Trends in Tree-Ring Width and Isotope Signatures [δ¹³C, δ¹⁵N] of Fagus sylvatica L. on Soils with Contrasting Water Supply
We investigated long-term responses (since 1850) of Fagus sylvatica (Luxembourg; central Europe) to shifts in temperature, precipitation, and nitrogen deposition by analyzing diameter at breast height (DBH) increment, basal area increment (BAI), and tree-ring stable isotopes (δ¹³C, δ¹⁵N). We compare...
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Published in | Ecosystems (New York) Vol. 16; no. 8; pp. 1413 - 1428 |
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Main Authors | , , , , , , , , , , , , |
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01.12.2013
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Abstract | We investigated long-term responses (since 1850) of Fagus sylvatica (Luxembourg; central Europe) to shifts in temperature, precipitation, and nitrogen deposition by analyzing diameter at breast height (DBH) increment, basal area increment (BAI), and tree-ring stable isotopes (δ¹³C, δ¹⁵N). We compared stands on soils with contrasting water supply (Regosols and Cambisols with an available water capacity of ca. 40 and 170 mm, respectively) and of two different age classes (ca. 60 vs. 200 years). All stands showed a peak in DBH increment in the decade 1978-1987, but a decline in increment growth in subsequent decades. In addition, BAI declined in mature stands in the last two decades. Decreasing increment rates were attributable to an increasing drought limitation of stands, mainly induced by increasing temperatures in the last two decades. Contrary to our expectations, stands on Cambisols showed a similar susceptibility to shifts in temperature and precipitation as stands on Regosols, suggesting a strong adaptation of the respective ecotypes grown at dryer sites. This result was in line with long-term trends for tree-ring δ¹³C signatures, which did not differ significantly between stands on Cambisols and Regosols. Climate impacts on tree-ring δ¹⁵N signatures were low. High spring precipitation and temperatures caused increasing and decreasing δ¹⁵N values, respectively, but only in mature stands on Cambisols. Stands on Regosols tended to have lower δ¹⁵N values than stands on Cambisols. Decreasing δ¹⁵N values in recent decades suggest an increasing impact of allochthonous N loads with isotopically lighter N. |
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AbstractList | We investigated long-term responses (since 1850) of Fagus sylvatica (Luxembourg; central Europe) to shifts in temperature, precipitation, and nitrogen deposition by analyzing diameter at breast height (DBH) increment, basal area increment (BAI), and tree-ring stable isotopes (δ^sup 13^C, δ^sup 15^N). We compared stands on soils with contrasting water supply (Regosols and Cambisols with an available water capacity of ca. 40 and 170 mm, respectively) and of two different age classes (ca. 60 vs. 200 years). All stands showed a peak in DBH increment in the decade 1978-1987, but a decline in increment growth in subsequent decades. In addition, BAI declined in mature stands in the last two decades. Decreasing increment rates were attributable to an increasing drought limitation of stands, mainly induced by increasing temperatures in the last two decades. Contrary to our expectations, stands on Cambisols showed a similar susceptibility to shifts in temperature and precipitation as stands on Regosols, suggesting a strong adaptation of the respective ecotypes grown at dryer sites. This result was in line with long-term trends for tree-ring δ^sup 13^C signatures, which did not differ significantly between stands on Cambisols and Regosols. Climate impacts on tree-ring δ^sup 15^N signatures were low. High spring precipitation and temperatures caused increasing and decreasing δ^sup 15^N values, respectively, but only in mature stands on Cambisols. Stands on Regosols tended to have lower δ^sup 15^N values than stands on Cambisols. Decreasing δ^sup 15^N values in recent decades suggest an increasing impact of allochthonous N loads with isotopically lighter N.[PUBLICATION ABSTRACT] We investigated long-term responses (since 1850) of Fagus sylvatica (Luxembourg; central Europe) to shifts in temperature, precipitation, and nitrogen deposition by analyzing diameter at breast height (DBH) increment, basal area increment (BAI), and tree-ring stable isotopes (δ¹³C, δ¹⁵N). We compared stands on soils with contrasting water supply (Regosols and Cambisols with an available water capacity of ca. 40 and 170 mm, respectively) and of two different age classes (ca. 60 vs. 200 years). All stands showed a peak in DBH increment in the decade 1978-1987, but a decline in increment growth in subsequent decades. In addition, BAI declined in mature stands in the last two decades. Decreasing increment rates were attributable to an increasing drought limitation of stands, mainly induced by increasing temperatures in the last two decades. Contrary to our expectations, stands on Cambisols showed a similar susceptibility to shifts in temperature and precipitation as stands on Regosols, suggesting a strong adaptation of the respective ecotypes grown at dryer sites. This result was in line with long-term trends for tree-ring δ¹³C signatures, which did not differ significantly between stands on Cambisols and Regosols. Climate impacts on tree-ring δ¹⁵N signatures were low. High spring precipitation and temperatures caused increasing and decreasing δ¹⁵N values, respectively, but only in mature stands on Cambisols. Stands on Regosols tended to have lower δ¹⁵N values than stands on Cambisols. Decreasing δ¹⁵N values in recent decades suggest an increasing impact of allochthonous N loads with isotopically lighter N. We investigated long-term responses (since 1850) of Fagus sylvatica (Luxembourg; central Europe) to shifts in temperature, precipitation, and nitrogen deposition by analyzing diameter at breast height (DBH) increment, basal area increment (BAI), and tree-ring stable isotopes (δ 13 C, δ 15 N). We compared stands on soils with contrasting water supply (Regosols and Cambisols with an available water capacity of ca. 40 and 170 mm, respectively) and of two different age classes (ca. 60 vs. 200 years). All stands showed a peak in DBH increment in the decade 1978–1987, but a decline in increment growth in subsequent decades. In addition, BAI declined in mature stands in the last two decades. Decreasing increment rates were attributable to an increasing drought limitation of stands, mainly induced by increasing temperatures in the last two decades. Contrary to our expectations, stands on Cambisols showed a similar susceptibility to shifts in temperature and precipitation as stands on Regosols, suggesting a strong adaptation of the respective ecotypes grown at dryer sites. This result was in line with long-term trends for tree-ring δ 13 C signatures, which did not differ significantly between stands on Cambisols and Regosols. Climate impacts on tree-ring δ 15 N signatures were low. High spring precipitation and temperatures caused increasing and decreasing δ 15 N values, respectively, but only in mature stands on Cambisols. Stands on Regosols tended to have lower δ 15 N values than stands on Cambisols. Decreasing δ 15 N values in recent decades suggest an increasing impact of allochthonous N loads with isotopically lighter N. We investigated long-term responses (since 1850) of Fagus sylvatica (Luxembourg; central Europe) to shifts in temperature, precipitation, and nitrogen deposition by analyzing diameter at breast height (DBH) increment, basal area increment (BAI), and tree-ring stable isotopes ([delta].sup.13C, [delta].sup.15N). We compared stands on soils with contrasting water supply (Regosols and Cambisols with an available water capacity of ca. 40 and 170 mm, respectively) and of two different age classes (ca. 60 vs. 200 years). All stands showed a peak in DBH increment in the decade 1978-1987, but a decline in increment growth in subsequent decades. In addition, BAI declined in mature stands in the last two decades. Decreasing increment rates were attributable to an increasing drought limitation of stands, mainly induced by increasing temperatures in the last two decades. Contrary to our expectations, stands on Cambisols showed a similar susceptibility to shifts in temperature and precipitation as stands on Regosols, suggesting a strong adaptation of the respective ecotypes grown at dryer sites. This result was in line with long-term trends for tree-ring [delta].sup.13C signatures, which did not differ significantly between stands on Cambisols and Regosols. Climate impacts on tree-ring [delta].sup.15N signatures were low. High spring precipitation and temperatures caused increasing and decreasing [delta].sup.15N values, respectively, but only in mature stands on Cambisols. Stands on Regosols tended to have lower [delta].sup.15N values than stands on Cambisols. Decreasing [delta].sup.15N values in recent decades suggest an increasing impact of allochthonous N loads with isotopically lighter N. |
Audience | Academic |
Author | Niemeyer, Thomas Friedrich, Uta Härdtle, Werner Neuwirth, Burkhard Baiboks, Saskia Assmann, Thorsten Schuldt, Andreas Lang, Anne C. Pfister, Laurent von Oheimb, Goddert Simon, Natalie Ries, Christian Fichtner, Andreas |
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Keywords | drought limitation Luxembourg nitrogen deposition basal area increment dendrochemistry dendroecology climate change |
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Snippet | We investigated long-term responses (since 1850) of Fagus sylvatica (Luxembourg; central Europe) to shifts in temperature, precipitation, and nitrogen... We investigated long-term responses (since 1850) of Fagus sylvatica (Luxembourg; central Europe) to shifts in temperature, precipitation, and nitrogen... |
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SubjectTerms | Analysis Biomedical and Life Sciences Climate change Climate models Dendroclimatology Drought Ecology Ecotypes Environmental Management Forest soils Forest stands Geoecology/Natural Processes Growth rings Hydrology/Water Resources Isotopes Life Sciences Plant growth Plant populations Plant Sciences Signatures Soil sciences Soils Stable isotopes Terrestrial ecosystems Trees Water supply Zoology |
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Title | Long-Term Trends in Tree-Ring Width and Isotope Signatures [δ¹³C, δ¹⁵N] of Fagus sylvatica L. on Soils with Contrasting Water Supply |
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