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19篇 您的检索式:作者名="Alarcon N A"
    题名 作者 年代 出处 被引量
1Genetic determinants that influence hypoxia-induced apoptosis显示文摘 DENKO N C GIACCIA A J 2001Novartis Found Symp2001,240,:1
2Review Diagnosis Methods of Induction Electrical Machines based on Steady State Current显示文摘Rub(e)n Puche Panadero Joan Pons Llinares Vicente Climente Alarcon y Manuel Pineda S(a)nchez 2009l lth Spanish Portuguese Conference On Electrical Engineering2009,,:1
3Preclinical evaluation of microneedle technology for intradermal delivery of influenza vaccines 显示文摘Alarcon J B Hartley A W Harvey N G 2007Clinical and Vaccine Immunology2007,14,4:1
4A meta-analysis of the predictors and consequences of organization- based self- esteem 显示文摘Bowling N A Eschleman K J Wang Q Kirkendall C Alarcon G 2010Journal of Occupational and Organizational Psychol- ogy2010,83,3:1
5Mechanisms involved in gastric protection of melatonin against oxidant stress by ischemia-reperfusion in rats显示文摘J. Cabeza Virginia Motilva Mar??a José Mart??n Catalina Alarcon de la Lastra 2001Life Sciences2001,,12:1
6cDNA expressed sequence tags of Trypanosoma brucei rhodesiense provide new insights into the biology of the parasite 显示文摘 Alarcon C M Beck J C 1995Mol Biochem Parasitol1995,73,:1
7Mechanisms involved in gastric protection of melatonin against oxidant stress by ischemia-reperfusion in rats显示文摘J. Cabeza Virginia Motilva Mar??a José Mart??n Catalina Alarcon de la Lastra 2001Life Sciences2001,,12:1
8Relation-ships between personality variables and burnout: A meta- analysis 显示文摘Alarcon G Eschleman K J Bowling N A 2009Work & Stress2009,23,3:1
9Evaluation of marine algae as a source of biogas in a two-staged anaerobic reactor system 显示文摘VERGARA-FERNANDEZ A VARGAS G ALARCON N 2008Biomass and Bioenegry2008,32,4:1
10Evaluation of marine algae as a source of biogas in a two-stage anaerobic reactor system显示文摘A VERGARA-FERNANDEZ G VARGAS N ALARCON 2008Biomass and Bioenergy2008,32,4:1
11Steam Gasification of Tars Using a CaO Catalyst显示文摘Garcia X A Alarcon N A Gordon A L 1999Fuel Processing Technology1999,58,:1
12Sintering and crystalllization of CaO-Al2O3-SiO2 glass powder compacts 显示文摘Lira A P N Oliveira O E Alarcon 2001Glass Technol2001,42,:1
13New effects during steam gasification of naphthalene:the synergy between CaO and MgO during the catalytic reaction显示文摘Alarcon N Garcia X Centeno M A 2004Applied Catalysis A:General2004,267,12:1
14Evaluation of marine algae as a source of biogas in a two-staged anaerobic reactor system显示文摘FERNANDEZ A V VARGAS G ALARCON N 2008Biomass and Bioenegry2008,32,:1
15Steam gasification of tars using a CaO catalyst 显示文摘GARCIA X A ALARCON N A GORDON A L 1999Fuel Processing Technology1999,58,2:1
16Steam Gasification of Tars Using a CaO Catalyst 显示文摘Garcia X A Alarcon N A Gordon A L 1999Fuel Processing Technology1999,58,23:1
17Effect of plant protease inhibitors on digestive proteases in two fish species,Lutjanus argentiventris and L -novemfasciatus显示文摘Alarcon F J Garcia-Carreno F L del Toro M A N 2001Fish Physiol Biochem2001,24,:1
18Relationships between personality variables and burnout: A meta-analysis显示文摘Alarcon G Eschleman K J Bowling N A 2009Work Stress2009,23,3:1
19Nightlife in the city: drivers of the occurrence and vocal activity of a tropical owl显示文摘Background:Cities differ from non-urban environments by the intensity,scale,and extent of anthropogenic pres-sures,which can drive the occurrence,physiology,and behavior of the organisms thriving in these settings.Traits as green cover often predict the occurrence patterns of bird species in urban areas.Yet,anthropogenic noise and artificial light at night(ALAN)could also limit the presence and disrupt the behavior of birds.However,there is still a dearth of knowledge about the influence of urbanization through noise and light pollution on nocturnal bird species ecology.In this study,we assessed the role of green cover,noise,and light pollution on the occurrence and vocal activity of the Mottled Owl(Ciccaba virgata)in the city of Xalapa(Mexico).Methods:We obtained soundscape recordings in 61 independent sites scattered across the city of Xalapa using autonomous recording units.We performed a semi-automated acoustic analysis of the recordings,corroborating all Mottled Owl vocalizations.We calculated two measures of anthropogenic noise at each study site:daily noise(during 24 h)and masking noise(mean noise amplitude at night per site that could mask the owl’s vocalizations).We further performed generalized linear models to relate green cover,ALAN,daily noise,and masking noise in relation to the owl’s occurrence(i.e.,detected,undetected).We also ran linear models to assess relationships among the beginning and ending of vocal activity with ALAN,and with the anthropogenic and masking noise levels at the moment of which vocalizations were emitted.Finally,we explored variations of the vocal activity of the Mottled Owl measured as vocalization rate across time.Results:The presence of Mottled Owls increased with the size of green cover and decreased with increases in both artificial light at night and noise levels.At the temporal scale,green cover was positively related with the ending of the owl’s vocal activity,while daily noise and ALAN levels were not related to the timing and vocal output(i.e.,number of vocalizations).Furthermore,the Mottled Owl showed a marked peak of vocal activity before dawn than after dusk.Although anthropogenic noise levels varied significantly across the assessed time,we did not find an association between high vocal output during time periods with lower noise levels.Conclusions:Spatially,green cover area was positively related with the presence of the Mottled Owl in Xalapa,while high noise and light pollution were related to its absence.At a temporal scale,daily noise and ALAN levels were not related with the timing and vocal output.This suggests that instead of environmental factors,behavioral contexts such as territoriality and mate interactions could drive the vocal activity of the Mottled Owl.Further studies need to incorporate a wider seasonal scale in order to explore the variation of different vocalizations of this species in relation to environmental and biological factors.Oscar Humberto Marín‑Gómez Michelle García‑Arroyo Camilo ESánchez‑Sarria JRoberto Sosa‑López Diego Santiago‑Alarcon Ian MacGregor‑Fors 2020Avian Research2020,11,2:0
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