Biblio
Climate-driven acidification in lowland Neotropical streams: Insights from a 25-year dataset on ground water - surface water interactions. Minneapolis, MN; 2013.
Consequences of climate-driven changes in precipitation: shifts in seasonal pH regime and nutrient concentrations in neotropical rainforest streams. Portland, OR; 2014.
Consequences of climate-driven changes in precipitation: shifts in seasonal pH regime and nutrient concentrations in neotropical rainforest streams. Portland, OR; 2014.
Experimental acidification of two Neotropical streams illustrates the sensitivity of invertebrate assemblages and importance of bicarbonate buffering. San Juan, Puerto Rico; 2011.
Long-term ecological research in lowland streams in Costa Rica: The importance of groundwater-surface water interactions on ecosystem dynamics. San José, Costa Rica; 2013.
Storage, retention and transformations of phosphorus in a lowland neotropical stream during an 8-year phosphorus enrichment experiment. Vol 58th Annual Meeting. New Mexico; 2010.
Experimental acidification of two biogeochemically-distinct neotropical streams: Buffering mechanisms and macroinvertebrate drift. Science of the Total Environment. 2013;443:267-277.
Rainfall-driven amplification of seasonal acidification in poorly buffered tropical streams. Ecosystems. 2012;15:974-985.
Rainfall-driven amplification of seasonal acidification in poorly buffered tropical streams. Ecosystems. 2012;15:974-985.