Cite as:
Quichimbo Miguitama, P.G.; Jim&eacute;nez, L.; Veintimilla, D.; Tischer, A.; G&uuml;nter, S.; Mosandl, R. &amp; Hamer, U. (2017): <b>Forest Site Classification in the Southern Andean Region of Ecuador: A Case Study of Pine Plantations to Collect a Base of Soil Attributes</b>. <i>Forests</i> <b>473</b>(8), 1-22.

Resource Description

Title: Forest Site Classification in the Southern Andean Region of Ecuador: A Case Study of Pine Plantations to Collect a Base of Soil Attributes
FOR816dw ID: 1700
Publication Date: 2017-12-02
License and Usage Rights: PAK 823-825 data user agreement. (
Resource Owner(s):
Individual: Pablo Geovanny Quichimbo Miguitama
Individual: Leticia Jiménez
Individual: Dario Veintimilla
Individual: Alexander Tischer
Individual: Sven Günter
Individual: Reinhard Mosandl
Individual: Ute Hamer
Forest site classification adapted to the respective site conditions is one prerequisite for<br/> sustainable silviculture. This work aims to initiate the forest site classification for pine plantations<br/> in the southern Andean region of Ecuador. Forest productivity, estimated by the dominant height<br/> of 20-year-old trees (DH20), was related to data from climate, topography, and soil using 23 plots<br/> installed in pine plantations in the province of Loja. Forest site productivity was classified as:<br/> low (class C: 13.4 m), middle (class B: 16.6 m), and high (Class A: 22.3 m). Strong determinants<br/> to differentiate the forest site classes were: the short to medium term available Ca and K stocks<br/> (organic layer + mineral soil standardized to a depth of 60 cm), soil acidity, the C:N ratio, clay and<br/> sand content, forest floor thickness, altitude, and slope. The lowest forest productivity (Class C)<br/> is mainly associated with the lowest short to medium term available K and Ca stocks. Whereas,<br/> in site classes with the highest forest productivity, pines could benefit from a more active microbial<br/> community releasing N and P, since the soil pH was about 1 unit less acidic. This is supported by the<br/> lowest forest floor thickness and the narrowest C:N ratio.
| forest | soil nutrients | soil | pine forest | Pinus patula | Forest plantation | forest productivity |
Literature type specific fields:
Journal: Forests
Volume: 473
Issue: 8
Page Range: 1-22
Metadata Provider:
Individual: Ute Hamer
Online Distribution:
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