Search

Your search keyword '"Santoro, Simone"' showing total 18 results
Start Over Author "Santoro, Simone" Database OpenAIRE
18 results on '"Santoro, Simone"'

1. Morito común – Plegadis falcinellus (Linnaeus, 1766)

Author

Santoro, Simone, Cano Alonso, Luis Santiago, Figuerola, Jordi, Moreno, Carlos, Vera García, Pablo, and Sociedad de Amigos del Museo Nacional de Ciencias Naturales (España)

Abstract

Aves - Orden Ciconiiformes - Familia Threskiornithidae en la Enciclopedia Virtual de Vertebrados Españoles, http://www.vertebradosibericos.org/., A comprehensive review of the natural history of the Glossy Ibis Plegadis falcinellus in Spain.

Published
2022
Full Text
View/download PDF

2. El espejismo de la inteligencia artificial: desafíos para su aplicación en los estudios de fototrampeo

Author

Pérez, Isaac, Santoro, Simone, Calzada, Javier, Burgos, Tamara, Carmona, Guillermo, Carro, Francisco, Fernández, Leonardo, Ferreras, Pablo, García, Francisco José, Jiménez, José, Martínez, Francisca, Pardávila, Xosé, and Gegúndez, Manuel E.

Abstract

Resumen del trabajo presentado al XV Congreso de la Sociedad Española para la Conservación y Estudio de los Mamífero (SECEM), celebrado en Córdoba del 4 al 7 de diciembre de 2021.

Published
2021

5. Beak morphology predicts apparent survival of crossbills: due to selective survival or selective dispersal?

Author

Consorci del Museu de Ciències Naturals de Barcelona, Gómez-Blanco, David, Santoro, Simone, Borràs, Antoni, Cabrera, Josep, Senar, Juan Carlos, and Edelaar, Pim

Subjects
Trencapinyes, animal structures, Ocells, Ciència i tecnologia, articles, Passeriformes, Adaptació animal
Abstract

Dozens of morphologically differentiated populations, subspecies and species of crossbills (genus Loxia) exist. It has been suggested that this divergence is due to variation in the conifer cones that each population specialises upon, requiring a specific beak size to efficiently separate the cone scales. If so, apparent survival should depend on beak size. To test this hypothesis, we undertook multievent capture–recapture modelling for 6844 individuals monitored during 27 years in a Pyrenean common crossbill L. curvirostra population in a forest of mountain pine Pinus uncinata. Apparent survival was indeed related to beak width, resulting in stabilizing selection around an optimum that was close to the observed mean beak width, indicating that local crossbill beak morphology is adapted to the conifer they feed upon. Both natural selection (selective mortality) and selective emigration of maladapted individuals may explain our findings. As is often the case in capture–recapture analyses but rarely recognised, we could not formally decompose apparent survival into selective mortality versus selective permanent emigration. Nonetheless, there are several indications that selective permanent emigration should not be fully excluded. First, natural selection by itself would have to be unusually strong compared to other empirical estimates to create the observed pattern of apparent survival. Second, the observed mean beak width was a bit lower than the estimated optimum beak width. This can be explained by immigration of crossbills with smaller beaks originating from southern populations, which may subsequently have left the study area permanently in response to low food intake. This is in line with a detected transient effect in the data, yet apparently little influx from crossbills from northern Europe. When permanent emigration is phenotypically selective this will have ecological and evolutionary consequences, so this possibility deserves more attention in general. Dozens of morphologically differentiated populations, subspecies and species of crossbills (genus Loxia) exist. It has been suggested that this divergence is due to variation in the conifer cones that each population specialises upon, requiring a specific beak size to efficiently separate the cone scales. If so, apparent survival should depend on beak size. To test this hypothesis, we undertook multievent capture–recapture modelling for 6844 individuals monitored during 27 years in a Pyrenean common crossbill L. curvirostra population in a forest of mountain pine Pinus uncinata. Apparent survival was indeed related to beak width, resulting in stabilizing selection around an optimum that was close to the observed mean beak width, indicating that local crossbill beak morphology is adapted to the conifer they feed upon. Both natural selection (selective mortality) and selective emigration of maladapted individuals may explain our findings. As is often the case in capture–recapture analyses but rarely recognised, we could not formally decompose apparent survival into selective mortality versus selective permanent emigration. Nonetheless, there are several indications that selective permanent emigration should not be fully excluded. First, natural selection by itself would have to be unusually strong compared to other empirical estimates to create the observed pattern of apparent survival. Second, the observed mean beak width was a bit lower than the estimated optimum beak width. This can be explained by immigration of crossbills with smaller beaks originating from southern populations, which may subsequently have left the study area permanently in response to low food intake. This is in line with a detected transient effect in the data, yet apparently little influx from crossbills from northern Europe. When permanent emigration is phenotypically selective this will have ecological and evolutionary consequences, so this possibility deserves more attention in general. Dozens of morphologically differentiated populations, subspecies and species of crossbills (genus Loxia) exist. It has been suggested that this divergence is due to variation in the conifer cones that each population specialises upon, requiring a specific beak size to efficiently separate the cone scales. If so, apparent survival should depend on beak size. To test this hypothesis, we undertook multievent capture–recapture modelling for 6844 individuals monitored during 27 years in a Pyrenean common crossbill L. curvirostra population in a forest of mountain pine Pinus uncinata. Apparent survival was indeed related to beak width, resulting in stabilizing selection around an optimum that was close to the observed mean beak width, indicating that local crossbill beak morphology is adapted to the conifer they feed upon. Both natural selection (selective mortality) and selective emigration of maladapted individuals may explain our findings. As is often the case in capture–recapture analyses but rarely recognised, we could not formally decompose apparent survival into selective mortality versus selective permanent emigration. Nonetheless, there are several indications that selective permanent emigration should not be fully excluded. First, natural selection by itself would have to be unusually strong compared to other empirical estimates to create the observed pattern of apparent survival. Second, the observed mean beak width was a bit lower than the estimated optimum beak width. This can be explained by immigration of crossbills with smaller beaks originating from southern populations, which may subsequently have left the study area permanently in response to low food intake. This is in line with a detected transient effect in the data, yet apparently little influx from crossbills from northern Europe. When permanent emigration is phenotypically selective this will have ecological and evolutionary consequences, so this possibility deserves more attention in general.

Published
2019

6. Long-distance Dispersal of the Afro-Eurasian Glossy Ibis From Ring Recoveries

Author

Santoro, Simone, Champagnon, Jocelyn, Kharitonov, Sergey, Zwarts, Leo, Oschadleus, Dieter, Mañez, Manuel, Samraoui, Boudjéma, Nedjah, Riad, Volponi, Stefano, Cano-Alonso, Luis, and Tour du Valat, bibliothèque

Subjects
migratory flyways, [SDE.BE] Environmental Sciences/Biodiversity and Ecology, [SDE.MCG] Environmental Sciences/Global Changes, Glossy Ibis, Plegadis falcinellus, Africa, Eurasia, bird ringing programmes, [SDE.ES] Environmental Sciences/Environmental and Society, gene flow
Abstract

The Glossy Ibis is among the most widespread bird species in the world. However, the Glossy Ibis erratic occurrence and distribution makes it a difficult species to study, and we know little about its dispersal and metapopulation dynamics. This study summarises previously-scattered and unpublished information by collating, in a single database, the largest number of longdistance recoveries ever reached for this species (190 individuals). Our findings suggest that (i) according to old records (about 1910 - 1995) the dispersal from the breeding grounds in East Europe was directed towards the Sahelian floodplains, North-East Africa, the Middle East and India; (ii) West and East Europe populations are probably connected; (iii) the recently (about 1995 onwards) increasing and spreading populations in West Europe do not tend to migrate south and overwinter in Sub-Saharan Africa; and, (iv) the genetic distance between geographically distant populations might be low considering the records of long-distance flights with the most impressive, and unpublished, one being that of an individual moving from Spain to the Virgin Islands (> 6,000 Km). Overall, these findings highlight the need for a research network capable of dealing with the frequent changes in the distribution and dispersal dynamics of the Glossy Ibis and its fast responses to environmental changes.

Published
2019

7. Studio dell’energia di simmetria ad alta densità: l’esperimento ASY-EOS al GSI

Author

Russotto P., Chartier M., Cozma M. D., De Filippo E., le Fevre A., Gannon S., Gasparic I., Kis M., Kupny S., Leifels Y., Lemmon R. C., Li Q., Lukasik J., Marini P., Pawlowski P., Trautmann W., Veselski M., Acosta L., Adamczyk M. Al Ajlan A., Al Garawi M. Al Homaidhi S., Amorini F., Auditore L., Aumann T., Ayyad Y., baran V., Basrak Z., Bassini R., Benlliure J., Boiano C., Boisjoli M., Boretzky K., Brzychczyk J., Budzanowski A., Cardella G., Cammarata P., Chajecki Z., Chbihi A., Colonna M., Czech B., Di Toro M., Famiano M., Greco V., Grassi L., Guazzoni C., Guazzoni P., Heil M., heilborn L., Introzzi R., Isobe T., Kezzar K., Krasznahorkay A., Kurz N., la Guidara E., Lanzalone G., Lasko P., Lombardo I., Lynch W. G., matthews Z., May L., Minniti T., Mostazo M., Pagano A., papa M., Pirrone S., Pleskac R., Politi G., Porto F., Reifarth R., Reisdorf W., Riccio F., Rizzo F., Rosato E., Rossi D., Simon H., Skwirczynska I., Sosin Z., Stuhl L., Trifirò A., Trimarchi M., Tsang M. B., Verde G., Vigilante M., Wieloch A., Wigg P., Wolter H. H., Wu P., Yennello S., Zambon P., Zetta L., Zoric M., SANTORO, Simone, Russotto P., Chartier M., Cozma M.D., De Filippo E., le Fevre A., Gannon S., Gasparic I., Kis M., Kupny S., Leifels Y., Lemmon R.C., Li Q., Lukasik J., Marini P., Pawlowski P., Santoro S., Trautmann W., Veselski M., Acosta L., Adamczyk M. Al-Ajlan A., Al-Garawi M. Al-Homaidhi S., Amorini F., Auditore L., Aumann T., Ayyad Y., baran V., Basrak Z., Bassini R., Benlliure J., Boiano C., Boisjoli M., Boretzky K., Brzychczyk J., Budzanowski A., Cardella G., Cammarata P., Chajecki Z., Chbihi A., Colonna M., Czech B., Di Toro M., Famiano M., Greco V., Grassi L., Guazzoni C., Guazzoni P., Heil M., heilborn L., Introzzi R., Isobe T., Kezzar K., Krasznahorkay A., Kurz N., la Guidara E., Lanzalone G., Lasko P., Lombardo I., Lynch W.G., matthews Z., May L., Minniti T., Mostazo M., Pagano A., papa M., Pirrone S., Pleskac R., Politi G., Porto F., Reifarth R., Reisdorf W., Riccio F., Rizzo F., Rosato E., Rossi D., Simon H., Skwirczynska I., Sosin Z., Stuhl L., Trifirò A., Trimarchi M., Tsang M.B., Verde G., Vigilante M., Wieloch A., Wigg P., Wolter H.H., Wu P., Yennello S., Zambon P., Zetta L., and Zoric M.

Published
2014

10. Dalla frammentazione del neck alla fissione dinamica: gli esperimenti TimeScale e InKiIsSy al LNS

Author

Acosta, L., Amorini, F., Auditore, Lucrezia, Baran, V., Berceanu, I., Cap, T., Cardella, G., Colonna, M., De Filippo, E. ., Francalanza, L., Geraci, E., Gianì, R., Gnoffo, B. Grassi L., Grzeszczuk, A., Guazzoni, P., Han, J., La Guidara, E., Lanzalone, G., Lombardo, I., Majolino, C., Minniti, Triestino, Pagano, A., Pagano, E. V., Papa, M., Piasecki, E., Pirrone, S., Politi, G., Pop, A., Porto, F., Quattrocchi, Lucia, Rizzo, F., Rosato, E., Russotto, P., Santoro, Simone, Trifiro', Antonio, Trimarchi, Marina, Verde, G., Vigilante, M., Wilczynski, J., per la collaborazione EXOCHIM, Zetta L., Acosta L., Amorini F., Auditore L., Baran V., Berceanu I., Cap T., Cardella G., Colonna M., De Filippo E., Francalanza L., Geraci E., Gianì R., Gnoffo B. Grassi L., Grzeszczuk A., Guazzoni P., Han J., La Guidara E., Lanzalone G., Lombardo I., Majolino C., Minniti T., Pagano A., Pagano E.V., Papa M., Piasecki E., Pirrone S., Politi G., Pop A., Porto F., Quattrocchi L., Rizzo F., Rosato E., Russotto P., Santoro S., Trifirò A., Trimarchi M., Verde G., Vigilante M., Wilczynski J., and Zetta L. per la collaborazione EXOCHIM

Published
2013

11. Stato dell’arte del progetto FARCOS

Author

Acosta L, Pagano E. V, Minniti T, Verde G, Amorini F, Anzalone A, Auditore L, Cardella G, De Filippo E, Francalanza L, Geraci E, Gianì S, Guazzoni C, La Guidara E, Lanzalone G, Lombardo I, Loria D, Pagano A, Papa M, Pirrone S, Politi G, Porto F, Quattrocchi L, Rizzo F, Russotto P, Trifirò A, Trimarchi M, Vigilante M., SANTORO, Simone, Acosta L, Pagano E.V, Minniti T, Verde G, Amorini F, Anzalone A, Auditore L, Cardella G, De Filippo E, Francalanza L, Geraci E, Gianì S, Guazzoni C, La Guidara E, Lanzalone G, Lombardo I, Loria D, Pagano A, Papa M, Pirrone S, Politi G, Porto F, Quattrocchi L, Rizzo F, Russotto P, Santoro S, Trifirò A, Trimarchi M, and Vigilante M

Published
2012

12. Determination of CsI(Tl) scintillation time constants and intensities by direct fitting of digitized waveforms in the CHIMERA 4π multidetector

Author

Amorini, F, Boiano, C, Cardella, G, Castoldi, A, De Filippo, E, Geraci, E, Grassi, L, Guazzoni, C, Guazzoni, P, La Guidara, E, Lombardo, I, Pagano, A, Pirrone, S, Politi, G, Porto, F, Riccio, F, Rizzo, F, Russotto, P, Verde, G, Zambon, P, Zetta, L, SANTORO, Simone, Amorini, F, Boiano, C, Cardella, G, Castoldi, A, De Filippo, E, Geraci, E, Grassi, L, Guazzoni, C, Guazzoni, P, La Guidara, E, Lombardo, I, Pagano, A, Pirrone, S, Politi, G, Porto, F, Riccio, F, Rizzo, F, Russotto, P, Verde, G, Zambon, P, Zetta, L, and Santoro, S.

Subjects
Radiology, Nuclear Medicine and Imaging, Radiation, Nuclear and High Energy Physics, Nuclear and High Energy Physic
Abstract

The design of modern multi-detector arrays for Intermediate Energy Nuclear Physics experiments has to face the problem of the improvement of the Charge and Mass Identification of Heavy and Light Charged Products. Most of the detector arrays developed for the identification of mass and atomic number of the emitted fragments, use detection units composed by thin silicon detectors and by thick scintillator crystals read-out by photodiodes. The light output of the CsI(TI) crystal can be modeled - at least in a given energy range - with a combination of two exponential functions with different time constants. The possibility of storing the digitized waveforms allows performing further off-line analyses. In the present work we determine - by direct least-square fitting of the base-line subtracted output waveforms - the four-vector defining the light output (τ f, τ s, h f, h s). In this way it is possible to provide an experimental determination of the scintillator parameters for a wide energy range and for different particle types. The proposed method has been applied to the waveforms acquired with the CHIMERA 4π detector array during runs at the INFN Laboratori Nazionali del Sud Superconducting Cyclotron in Catania, Italy with different beam/target pairs. In this paper we present the results obtained with a 21.5 MeV/u 20Ne beam bombarding a 12C target. © 2011 IEEE.

Published
2012

13. Studio delle proprietà isotopiche e dei tempi di emissione di frammenti di massa intermedia nelle reazioni 64Ni + 124Sn e 58Ni + 112Sn a 35 AMeV

Author

Acosta, L, Agodi, C, Amorini, F, Auditore, Lucrezia, Berceanu, I, Buscemi, M, Cap, T, Cardella, G, De Filippo, E, Francalanza, L, Geraci, E, Gianì, S, Grassi, L, Grzeszczuk, A, Guazzoni, P, Han, J, La Guidara, E, Lanzalone, G, Lombardo, I, Maiolino, C, Minniti, Triestino, Pagano, A, Pagano, E, Papa, M, Piasecki, E, Pirrone, S, Politi, G, Pop, A, Porto, F, Rizzo, F, Rosato, E, Russotto, P, Santoro, Simone, Trifiro', Antonio, Trimarchi, Marina, Verde, G, Vigilante, M, Wilczynski, J, Zetta, L., Acosta L, Agodi C, Amorini F, Auditore L, Berceanu I, Buscemi M, Cap T, Cardella G, De Filippo E, Francalanza L, Geraci E, Gianì S, Grassi L, Grzeszczuk A, Guazzoni P, Han J, La Guidara E, Lanzalone G, Lombardo I, Maiolino C, Minniti T, Pagano A, Pagano E, Papa M, Piasecki E, Pirrone S, Politi G, Pop A, Porto F, Rizzo F, Rosato E, Russotto P, Santoro S, Trifirò A, Trimarchi M, Verde G, Vigilante M, Wilczynski J, and Zetta L

Published
2012

14. Accesso a sorgenti di emissione particella-particella ad energie intermedie

Author

Acosta L., Pagano E. V., Minniti T., Verde G., Amorini F., Anzalone A., Auditore L., Cardella G., De Filippo E., Francalanza L., Geraci E., Gianì S., Guazzoni C., La Guidara E., Lanzalone G., Lombardo I., Loria D., Pagano A., Papa M., Pirrone S., Politi G., Porto F., Quattrocchi L., Rizzo F., Russotto P., Trifirò A., Trimachi M., Vigilante M., SANTORO, Simone, Acosta L., Pagano E.V., Minniti T., Verde G., Amorini F., Anzalone A., Auditore L., Cardella G., De Filippo E., Francalanza L., Geraci E., Gianì S., Guazzoni C., La Guidara E., Lanzalone G., Lombardo I., Loria D., Pagano A., Papa M., Pirrone S., Politi G., Porto F., Quattrocchi L., Rizzo F., Russotto P., Santoro S., Trifirò A., Trimachi M., and Vigilante M.

Published
2012

15. Reazioni di trasferimento di neutroni indotte da fasci esotici ai LNS

Author

Acosta L., Agodi C., Amorini F., Anzalone A., Auditore L., Cardella G., De Filippo E., Francalanza L., Gian`i R., Grassi L., La Guidara E., Lanzalone G., Lombardo I., Loria D., Minniti T., Pagano A., Pagano E. V., M. Papa, S. Pirrone, G. Politi, F. Porto, F. Rizzo, E. Rosato, P. Russotto, A. Trifirò, M. Trimachi, G. Verde, M. Vigilante, SANTORO, Simone, Acosta L., Agodi C., Amorini F., Anzalone A., Auditore L., Cardella G., De Filippo E., Francalanza L., Gian`i R., Grassi L., La Guidara E., Lanzalone G., Lombardo I., Loria D., Minniti T., Pagano A., Pagano E.V., M. Papa, S. Pirrone, G. Politi, F. Porto, F. Rizzo, E. Rosato, P. Russotto, S. Santoro, A. Trifirò, M. Trimachi, G. Verde, and M. Vigilante

Published
2012

16. Il progetto FARCOS/EXOCHIM

Author

Acosta, L., Amorini, F., Anzalone, A., Auditore, Lucrezia, Cardella, G., Chbihi, A., De Filippo, E., Francalanza, L., Geraci, E., Guazzoni, C., La Guidara, E., Lanzalone, G., Lombardo, I., Lo Nigro, S., Loria, Dario, Martel, I., Minniti, Triestino, Pagano, E. V., Pagano, A., Papa, M., Pirrone, S., Politi, G., Porto, F., Rizzo, F., Russotto, P., Santoro, Simone, Trifiro', Antonio, Trimarchi, Marina, Verde, G., Venhart, M., Veselsky, M., Vigilante, M., Acosta L., Amorini F., Anzalone A., Auditore L., Cardella G., Chbihi A., De Filippo E., Francalanza L., Geraci E., Guazzoni C., La Guidara E., Lanzalone G., Lombardo (1)(5) I., Lo Nigro S., Loria D., Martel I., Minniti T., Pagano E.V., Pagano A., Papa M., Pirrone S., Politi G., Porto F., Rizzo F., Russotto P., Santoro S., Trifirò A., Trimarchi M., Verde G., Venhart M., Veselsky M., and Vigilante M.

Published
2011

17. Misure con fasci di frammentazione ai LNS

Author

Acosta L., Agodi C., Amorini F., Anzalone A., Auditore L., Bardelli L., Berceanu I., Cardella G., Chatterjee M. B., De Filippo E., Grassi L., La Guidara E., Lanzalone G., Lombardo I., Loria D, Minniti T., Pagano A., Papa M., Pirrone S., Politi G., Porto F., Rizzo F., Russotto P., Trifirò A., Trimarchi M, Verde G., Vigilante M., SANTORO, Simone, Acosta L., Agodi C., Amorini F., Anzalone A., Auditore L., Bardelli L., Berceanu I., Cardella G., Chatterjee M.B., De Filippo E., Grassi L., La Guidara E., Lanzalone G., Lombardo I., Loria D, Minniti T., Pagano A., Papa M., Pirrone S., Politi G., Porto F., Rizzo F., Russotto P., Santoro S., Trifirò A., Trimarchi M, Verde G., and Vigilante M.

Published
2011

18. Dinamica e spettroscopia da studi di correlazioni con FARCOS/CHIMERA

Author

Acosta L., Amorini F., Anzalone A., Auditore L., Cardella G., Chbihi A., De Filippo E., Francalanza L., Geraci E., Guazzoni C., La Guidara E., Lanzalone G., Lombardo I., Lo Nigro S., Loria D., Martel I., Minniti T., Pagano E. V., Pagano A., Papa M., Pirrone S., Politi G., Porto F., Rizzo F., Russotto P., Trifirò A., Trimarchi M., Verde G., Venhart M., Veselsky M., Vigilante M., SANTORO, Simone, Acosta L., Amorini F., Anzalone A., Auditore L., Cardella G., Chbihi A., De Filippo E., Francalanza L., Geraci E., Guazzoni C., La Guidara E., Lanzalone G., Lombardo I., Lo Nigro S., Loria D., Martel I., Minniti T., Pagano E.V., Pagano A., Papa M., Pirrone S., Politi G., Porto F., Rizzo F., Russotto P., Santoro S., Trifirò A., Trimarchi M., Verde G., Venhart M., Veselsky M., and Vigilante M.

Published
2011

Catalog

Books, media, physical & digital resources
See catalog results