FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2091404920> ?p ?o ?g. }

• W2091404920 endingPage "1997" @default.
• W2091404920 startingPage "1987" @default.
• W2091404920 abstract "Fire in tropical montane cloud forests (TMCFs) is not as rare as once believed. Andean TMCFs sit immediately below highly flammable, high-altitude grasslands (Puna/Páramo) that suffer from recurrent anthropogenic fire. This treeline is a zone of climatic tension where substantial future warming is likely to force upward tree migrations, while increased fire presence and fire impacts are likely to force it downwards. TMCFs contain large carbon stocks in their peat soils and their loss through fire is a currently unaccounted for regional source of CO2. This study, conducted in the southern Peruvian Andes (>2800 m), documents differences in live tree biomass, fine root biomass, fallen and standing dead wood, and soil organic carbon in 4 paired-sample plots (burned versus control) following the severe ground fires that occurred during the 2005 Andean drought. Peat soils contributed the most to biomass burning emissions, with lower values corresponding to an 89% mean stock difference compared to the controls (mean ± SE) (54.1 ± 22.3 vs. 5.8 ± 5.3 MgC ha−1). Contrastingly, carbon stocks from live standing trees differed by a non-significant 37% lower value in the burned plots compared to the controls, largely compensated by vigorous resprouting (45.5 ± 17.4 vs. 69.2 ± 13.4 MgC ha−1). Both standing dead trees and fallen dead wood were significantly higher in the burned plots with a three-fold difference from the controls: dead Trees 45.2 ± 9.4 vs. 16.4 ± 4.4 MgC ha−1, and ca. a 2 fold difference for the fallen dead wood: 11.2 ± 5 vs. 6.7 ± 3.2 MgC ha−1 for the burned plots versus their controls. A preliminary estimate of the regional contribution of biomass burning emissions from Andean TMCFs for the period 2000–2008, resulted in mean carbon emission rates of 1.3 TgC yr−1 (max-min: 1.8–0.8 TgC yr−1). This value is in the same order of magnitude than South American annual fire emissions (300 TgC yr−1) suggesting the need for further research on Andean forest fires. On-going projects on the region are working on the promotion of landowner participation in TMCFs conservation through REDD+ mechanism. The heart of the proposed initiative is reforestation of degraded lands with green fire breaks enriched with economically valuable Andean plant species. The cultivation of these species may contribute to reduce deforestation pressure on the Amazonian cloud forest by providing an alternative income to local communities, at the same time that they prevent the spread of fire into Manu National Park and adjacent community-held forests, protecting forest and reducing CO2 emissions." @default.
• W2091404920 created "2016-06-24" @default.
• W2091404920 creator A5001398758 @default.
• W2091404920 creator A5006330126 @default.
• W2091404920 creator A5006711998 @default.
• W2091404920 creator A5010640450 @default.
• W2091404920 creator A5018160834 @default.
• W2091404920 creator A5030353048 @default.
• W2091404920 creator A5037061311 @default.
• W2091404920 creator A5039528374 @default.
• W2091404920 creator A5039640701 @default.
• W2091404920 creator A5045818339 @default.
• W2091404920 creator A5049935991 @default.
• W2091404920 creator A5050207705 @default.
• W2091404920 creator A5055481004 @default.
• W2091404920 creator A5060765931 @default.
• W2091404920 creator A5074469509 @default.
• W2091404920 creator A5077063811 @default.
• W2091404920 creator A5078657450 @default.
• W2091404920 creator A5085611276 @default.
• W2091404920 creator A5088756894 @default.
• W2091404920 date "2011-06-01" @default.
• W2091404920 modified "2023-09-26" @default.
• W2091404920 title "Implications of fires on carbon budgets in Andean cloud montane forest: The importance of peat soils and tree resprouting" @default.
• W2091404920 cites W108444638 @default.
• W2091404920 cites W1496927006 @default.
• W2091404920 cites W1564542662 @default.
• W2091404920 cites W1564710439 @default.
• W2091404920 cites W1967418873 @default.
• W2091404920 cites W1971981820 @default.
• W2091404920 cites W1978116148 @default.
• W2091404920 cites W1991355610 @default.
• W2091404920 cites W1991443053 @default.
• W2091404920 cites W1996951753 @default.
• W2091404920 cites W2004616392 @default.
• W2091404920 cites W2005940989 @default.
• W2091404920 cites W2010560237 @default.
• W2091404920 cites W2012027556 @default.
• W2091404920 cites W2014446516 @default.
• W2091404920 cites W2016995445 @default.
• W2091404920 cites W2017180310 @default.
• W2091404920 cites W2021618803 @default.
• W2091404920 cites W2024689500 @default.
• W2091404920 cites W2025847677 @default.
• W2091404920 cites W2029665020 @default.
• W2091404920 cites W2030000987 @default.
• W2091404920 cites W2030756296 @default.
• W2091404920 cites W2034132996 @default.
• W2091404920 cites W2038274144 @default.
• W2091404920 cites W2044499383 @default.
• W2091404920 cites W2045906914 @default.
• W2091404920 cites W2046582814 @default.
• W2091404920 cites W2052516581 @default.
• W2091404920 cites W2058662258 @default.
• W2091404920 cites W2059455952 @default.
• W2091404920 cites W2061313736 @default.
• W2091404920 cites W2082818382 @default.
• W2091404920 cites W2084211992 @default.
• W2091404920 cites W2090153984 @default.
• W2091404920 cites W2093367842 @default.
• W2091404920 cites W2096130123 @default.
• W2091404920 cites W2098964970 @default.
• W2091404920 cites W2105299757 @default.
• W2091404920 cites W2105941513 @default.
• W2091404920 cites W2113521108 @default.
• W2091404920 cites W2114371175 @default.
• W2091404920 cites W2115363650 @default.
• W2091404920 cites W2122594109 @default.
• W2091404920 cites W2125023288 @default.
• W2091404920 cites W2135379947 @default.
• W2091404920 cites W2135849626 @default.
• W2091404920 cites W2149910095 @default.
• W2091404920 cites W2151585375 @default.
• W2091404920 cites W2154091317 @default.
• W2091404920 cites W2156182292 @default.
• W2091404920 cites W2158338381 @default.
• W2091404920 cites W2162641775 @default.
• W2091404920 cites W2179911828 @default.
• W2091404920 cites W2314146819 @default.
• W2091404920 cites W2320070833 @default.
• W2091404920 cites W2326590203 @default.
• W2091404920 cites W2329921248 @default.
• W2091404920 cites W2331617520 @default.
• W2091404920 cites W2334281477 @default.
• W2091404920 cites W3004727452 @default.
• W2091404920 cites W3206572385 @default.
• W2091404920 cites W4238384743 @default.
• W2091404920 cites W4238691261 @default.
• W2091404920 cites W4240608361 @default.
• W2091404920 cites W4247900893 @default.
• W2091404920 cites W2089383746 @default.
• W2091404920 doi "https://doi.org/10.1016/j.foreco.2011.02.025" @default.
• W2091404920 hasPublicationYear "2011" @default.
• W2091404920 type Work @default.
• W2091404920 sameAs 2091404920 @default.
• W2091404920 citedByCount "46" @default.
• W2091404920 countsByYear W20914049202012 @default.
• W2091404920 countsByYear W20914049202013 @default.

• next