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Browsing Smithsonian Tropical Research Institute by Author "Tanner, Edmund V. J."
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Browsing Smithsonian Tropical Research Institute by Author "Tanner, Edmund V. J."
Now showing items 1-19 of 19
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Sheldrake, Merlin; Rosenstock, Nicholas P.; Revillini, Daniel; Olsson, På; Mangan, Scott; Sayer, Emma J.; Wallander, Hå; Turner, Benjamin L.; Tanner, Edmund V. J. (2017)
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Nottingham, Andrew T.; Turner, Benjamin L.; Winter, Klaus; van, der Heijden; Tanner, Edmund V. J. (2010)Arbuscular mycorrhizal fungi (AMF) are widespread in tropical forests and represent a major sink of photosynthate, yet their contribution to soil respiration in such ecosystems remains unknown. Using in-growth mesocosms ...
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Sayer, Emma J.; Sutcliffe, Laura M. E.; Ross, Rebecca I. C.; Tanner, Edmund V. J. (2010)Tropical forest floor characteristics such as depth and nutrient concentrations are highly heterogeneous even over small spatial scales and it is unclear how these differences contribute to patchiness in forest floor ...
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Wardle, David A.; Bellingham, Peter J.; Kardol, Paul; Giesler, Reiner; Tanner, Edmund V. J. (2015)
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Edge Effects on Litterfall Mass and Nutrient Concentrations in Forest Fragments In Central Amazonia Sizer, Nigel C.; Tanner, Edmund V. J.; Kossmann Ferraz, D. (2000)
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Sayer, Emma J.; Tanner, Edmund V. J.; Lacey, A. L. (2006)
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Sayer, Emma J.; Tanner, Edmund V. J. (2010)1. The cycling of nutrients in litterfall is considered a key mechanism in the maintenance of tropical forest fertility but its importance has rarely been quantified experimentally. 2. We carried out a long-term (5 years), ...
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Barberis, Ignacio M.; Tanner, Edmund V. J. (2005)
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Sayer, Emma J.; Tanner, Edmund V. J.; Cheesman, A. (2006)
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Sayer, Emma J.; Powers, Jennifer S.; Tanner, Edmund V. J. (2007)Aboveground litter production in forests is likely to increase as a consequence of elevated atmospheric carbon dioxide (CO2) concentrations, rising temperatures, and shifting rainfall patterns. As litterfall represents a ...
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Tanner, Edmund V. J.; Rodriguez-Sanchez, Francisco; Healey, John R.; Holdaway, Robert J.; Bellingham, Peter J. (2014)
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Sayer, Emma J.; Tanner, Edmund V. J. (2010)Soil respiration in tropical forests is a major source of atmospheric CO2. The ability to partition soil respiration into its individual components is becoming increasingly important to predict the effects of disturbance ...
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Gross, A.; Turner, Benjamin L.; Wright, S. Joseph; Tanner, Edmund V. J.; Reichstein, M.; Weiner, T.; Angert, A. (2015)
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Wright, S. Joseph; Yavitt, Joseph B.; Wurzburger, Nina; Turner, Benjamin L.; Tanner, Edmund V. J.; Sayer, Emma J.; Santiago, Louis S.; Kaspari, Michael E.; Hedin, Lars O.; Harms, Kyle Edward; Garcia, Milton N.; Corre, Marife D. (2011)We maintained a factorial nitrogen (N), phosphorus (P), and potassium (K) addition experiment for 11 years in a humid lowland forest growing on a relatively fertile soil in Panama to evaluate potential nutrient limitation ...
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Priming and microbial nutrient limitation in lowland tropical forest soils of contrasting fertility Nottingham, Andrew T.; Turner, Benjamin L.; Chamberlain, Paul M.; Stott, Andrew W.; Tanner, Edmund V. J. (2012)
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Nottingham, Andrew T.; Turner, Benjamin L.; Winter, Klaus; Chamberlain, Paul M.; Stott, Andrew; Tanner, Edmund V. J. (2013)Tropical forests have high rates of soil carbon cycling, but little information is available on how roots, arbuscular mycorrhizal fungi (AMF), and free-living microorganisms interact and influence organic matter mineralization ...
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Soil organic phosphorus dynamics following perturbation of litter cycling in a tropical moist forest Vincent, A. G.; Turner, Benjamin L.; Tanner, Edmund V. J. (2010)The productivity of tropical lowland moist forests is often considered to be limited by the availability of phosphorus. Organic phosphorus is often abundant in tropical soils, but its role in forest nutrition is largely ...
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Tanner, Edmund V. J.; Barberis, Ignacio M. (2007)Seedlings in tropical forests are ultimately the source of canopy trees, thus factors controlling their composition and growth potentially influence the composition of the forest. Seedlings are primarily limited by ...
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Sayer, Emma J.; Wright, S. Joseph; Tanner, Edmund V. J.; Yavitt, Joseph B.; Harms, Kyle Edward; Powers, Jennifer S.; Kaspari, Michael E.; Garcia, Milton N.; Turner, Benjamin L. (2012)Predicting future impacts of anthropogenic change on tropical forests requires a clear understanding of nutrient constraints on productivity. We compared experimental fertilization and litter manipulation treatments in an ...
Now showing items 1-19 of 19
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