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Studies on crustacean communities in Chilean wetlands are scarce. The aim of this study was to characterize the crustacean community in forested wetlands from southern Chile and to establish their relation with the variations in the hydrological regime. In total, 540 samples were taken using thre...


Correa Araneda, FranciscoDe Los Rios-Escalante, PatricioFigueroa, RicardoParra Coloma, Luciano[TEMPORAL DISTRIBUTION OF CRUSTACEANS IN FORESTED FRESHWATER WETLANDS: RESPONSES TO CHANGES IN THE HYDROPERIOD]TEMPORAL DISTRIBUTION OF CRUSTACEANS IN FORESTED FRESHWATER WETLANDS: RESPONSES TO CHANGES IN THE HYDROPERIOD

In different Mediterranean zones (MZ) of the world, extensive areas of native forests have been replaced by forest plantations composed of non-native species that exceeded 264 million ha globally in 2010. In Chile, 80% of these plantations are distributed in the same zone where forested wetlands ...


Correa Araneda, FranciscoElisa Diaz, MariaOlguin, ManuelEncina Montoya, FranciscoGomez Caponni, FranciscoFigueroa, Ricardo[Hydric regime in Mediterranean freshwater forested wetlands and their relationship with native and non-native forest cover]Hydric regime in Mediterranean freshwater forested wetlands and their relationship with native and non-native forest cover

Decomposition of leaf litter is a fundamental process for the functioning of forested wetlands. The rapid increment of forest plantations has involved a greater contribution of leaf litter of exotic origin to these ecosystems. The decomposition rate between leaf litter of native and exotic origin...


Gomez Capponi, FranciscoCorrea Araneda, FranciscoElisa Diaz, MaOlguin, ManuelEncina Montoya, FranciscoFigueroa, Ricardo[Leaf litter decomposition from native and non-native species in a freshwater forested wetland of Chile]Leaf litter decomposition from native and non-native species in a freshwater forested wetland of Chile

In Chile, salt (NaCl) use per salmon fish farm ranges between 20-30 t yr(-1) and is used to prevent and control fungal infections. An increase in salinity in freshwater can have adverse effects on freshwater biodiversity and ecosystem functions and services. We studied the effects of fish-farm ef...


Encina Montoya, FranciscoBoyero, LuzTonin, Alan M.Fernanda Aguayo, MariaEsse, CarlosVega Aguayo, RolandoCorrea Araneda, FranciscoOberti Grassau, CarlosNimptsch, Jorge[Relationship between salt use in fish farms and drift of macroinvertebrates in a freshwater stream]Relationship between salt use in fish farms and drift of macroinvertebrates in a freshwater stream

The marine ecosystem of the Chilean Patagonia is considered structurally and functionally unique, because it is the transition area between the Antarctic climate and the more temperate Pacific region. However, due to its remoteness, there is little information about Patagonian marine biodiversity...


Figueroa Muñoz, GuillermoRetamal, MarcoDe Los Ríos Escalante, PatricioEsse, CarlosPerez Schultheiss, JorgeVega Aguayo, RolandoBoyero, LuzCorrea Araneda, Francisco[Scavenging crustacean fauna in the Chilean Patagonian Sea]Scavenging crustacean fauna in the Chilean Patagonian Sea

Antarctic and Subantarctic lakes are unique ecosystems with relatively simple food webs, which are likely to be strongly affected by climate warming. While Antarctic freshwater invertebrates are adapted to extreme environmental conditions, little is known about the factors determining their curre...


Diaz, AngieMaturana, Claudia S.Boyero, LuzDe Los Rios Escalante, PatricioTonin, Alan M.Correa Araneda, Francisco[Spatial distribution of freshwater crustaceans in Antarctic and Subantarctic lakes]Spatial distribution of freshwater crustaceans in Antarctic and Subantarctic lakes

Climate change and infectious disease by the chytrid fungus Batrachochytrium dendrobatidis (Bd) are major drivers of amphibian extinctions, but the potential interactions of these two factors are not fully understood. Temperature is known to influence (1) the infectivity, pathogenicity and virule...


Fernandez Loras, AndresBoyero, LuzCorrea Araneda, FranciscoTejedo, MiguelHettyey, AttilaBosch, Jaime[Infection with Batrachochytrium dendrobatidis lowers heat tolerance of tadpole hosts and cannot be cleared by brief exposure to CTmax]Infection with Batrachochytrium dendrobatidis lowers heat tolerance of tadpole hosts and cannot be cleared by brief exposure to CTmax

Introduction of alien fish is a major problem for the conservation of amphibians inhabiting originally fishless mountain streams. While fish eradication programs in lakes and ponds have proven successful for the recovery of amphibian populations, there is no such information for stream-dwelling a...


Bosch, JaimeBielby, JonMartin Beyer, BarbaraRincon, PedroCorrea Araneda, FranciscoBoyero, Luz[Eradication of introduced fish allows successful recovery of a stream-dwelling amphibian]Eradication of introduced fish allows successful recovery of a stream-dwelling amphibian

Extreme temperatures have increased in intensity, duration and frequency in the last century, with potential consequences on key ecological processes such as organic matter breakdown. Many stream ecosystems are fueled by the breakdown of terrestrial leaf litter, which is exposed to atmospheric co...


Correa Araneda, FranciscoTonin, Alan M.Perez, JavierAlvarez, KatiaLopez Rojo, NaiaraDiaz, AngieEsse, CarlosEncina Montoya, FranciscoFigueroa, RicardoCornejo, AydeeBoyero, Luz[Extreme climate events can slow down litter breakdown in streams]Extreme climate events can slow down litter breakdown in streams

Running waters contribute substantially to global carbon fluxes through decomposition of terrestrial plant litter by aquatic microorganisms and detritivores. Diversity of this litter may influence instream decomposition globally in ways that are not yet understood. We investigated latitudinal dif...


Boyero, LuzPerez, JavierLopez Rojo, NaiaraTonin, Alan M.Correa Araneda, FranciscoPearson, Richard G.Bosch, JaimeAlbarino, Ricardo J.Anbalagan, SankarappanBarmuta, Leon A.Beesley, LeahBurdon, Francis J.Caliman, AdrianoCallisto, MarcosCampbell, Ian C.Cardinale, Bradley J.Jesus Casas, J.Chara Serna, Ana M.Ciapala, SzymonChauvet, EricColon Gaud, ChecoCornejo, AydeeDavis, Aaron M.Degebrodt, MonikaDias, Emerson S.Diaz, Maria E.Douglas, Michael M.Elosegi, ArturoEncalada, Andrea C.de Eyto, ElviraFigueroa, RicardoFlecker, Alexander S.Fleituch, TadeuszFrainer, AndreFranca, Juliana S.Garcia, Erica A.Garcia, GabrielaGarcia, PavelGessner, Mark O.Giller, Paul S.Gomez, Jesus E.Gomez, SergioGoncalves, Jose F., Jr.Graca, Manuel A. S.Hall, Robert O., Jr.Hamada, NeusaHepp, Luiz U.Hui, CangImazawa, DaichiIwata, TomoyaEdson, S. A. JuniorKariuki, SamuelLandeira Dabarca, AndreaLeal, MariaLehosmaa, KaisaM'Erimba, CharlesMarchant, RichardMartins, Renato T.Masese, Frank O.Camden, MeganMcKie, Brendan G.Medeiros, Adriana O.Middleton, Jen A.Muotka, TimoNegishi, Junjiro N.Pozo, JesusRamirez, AlonsoRezende, Renan S.Richardson, John S.Rincon, JoseRubio Rios, JuanSerrano, ClaudiaShaffer, Angela R.Sheldon, FranSwan, Christopher M.Tenkiano, Nathalie S. D.Tiegs, Scott D.Tolod, Janine R.Vernasky, MichaelWatson, AnneYegon, Mourine J.Yule, Catherine M.[Latitude dictates plant diversity effects on instream decomposition]Latitude dictates plant diversity effects on instream decomposition

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