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    A global-scale screening of non-native aquatic organisms to identify potentially invasive species under current and future climate conditions by Vilizzi, Lorenzo, Copp, Gordon H., Hill, Jeffrey E., Adamovich, Boris, Aislabie, Luke, Akin, Daniel, Al Faisal, Abbas J., Almeida, David, Azmai, M.N. Amal, Bakiu, Rigers, Bellati, Adriana, Bernier, Renée, Bies, Jason M., Bilge, Gökçen, Branco, Paulo, Bui, Thuyet D., Canning Clode, João, Cardoso Ramos, Henrique Anatole, Castellanos Galindo, Gustavo A., Castro, Nuno, Chaichana, Ratcha, Chainho, Paula, Chan, Joleen, Cunico, Almir M., Curd, Amelia, Dangchana, Punyanuch, Dashinov, Dimitriy, Davison, Phil I., De Camargo, Mariele P., Dodd, Jennifer A., Durland Donahou, Allison L., Edsman, Lennart, Ekmekçi, F. Güler, Elphinstone Davis, Jessica, Erős, Tibor, Evangelista, Charlotte, Fenwick, Gemma, Ferincz, Árpád, Ferreira, Teresa, Feunteun, Eric, Filiz, Halit, Forneck, Sandra C., Gajduchenko, Helen S., Gama Monteiro, João, Gestoso, Ignacio, Giannetto, Daniela, Gilles, Allan S., Gizzi, Francesca, Glamuzina, Branko, Glamuzina, Luka, Goldsmit, Jesica, Gollasch, Stephan, Goulletquer, Philippe, Grabowska, Joanna, Harmer, Rogan, Haubrock, Phillip J., He, Dekui, Hean, Jeffrey W., Herczeg, Gábor, Howland, Kimberly L., Ilhan, Ali, Interesova, Elena, Jakubčinová, Katarína, Jelmert, Anders, Johnsen, Stein I., Kakareko, Tomasz, Kanongdate, Kamalaporn, Killi, Nurçin, Kim, Jeong-Eun, Kırankaya, Şerife Gülsün, Kňazovická, Dominika, Kopecký, Oldřich, Kostov, Vasil, Koutsikos, Nicholas, Kozic, Sebastian, Kuljanishvili, Tatia, Kumar, Biju, Kumar, Lohith, Kurita, Yoshihisa, Kurtul, Irmak, Lazzaro, Lorenzo, Lee, Laura, Lehtiniemi, Maiju, Leonardi, Giovanni, Leuven, Rob S.E.W., Li, Shan, Lipinskaya, Tatsiana, Liu, Fei, Lloyd, Lance, Lorenzoni, Massimo, Luna, Sergio Alberto, Lyons, Timothy J., Magellan, Kit, Malmstrøm, Martin, Marchini, Agnese, Marr, Sean M., Masson, Gérard, Masson, Laurence, McKenzie, Cynthia H., Memedemin, Daniyar, Mendoza, Roberto, Minchin, Dan, Miossec, Laurence, Moghaddas, Seyed Daryoush, Moshobane, Moleseng C., Mumladze, Levan, Naddafi, Rahmat, Najafi Majd, Elnaz, Năstase, Aurel, Năvodaru, Ion, Neal, J. Wesley, Nienhuis, Sarah, Nimtim, Matura, Nolan, Emma T., Occhipinti Ambrogi, Anna, Ojaveer, Henn, Olenin, Sergej, Olsson, Karin, Onikura, Norio, O'Shaughnessy, Kathryn, Paganelli, Daniele, Parretti, Paola, Patoka, Jiří, Pavia, Richard Thomas B., Pellitteri Rosa, Daniele, Pelletier Rousseau, Michèle, Peralta, Elfritzson M., Perdikaris, Costas, Pietraszewski, Dariusz, Piria, Marina, Pitois, Sophie, Pompei, Laura, Poulet, Nicolas, Preda, Cristina, Puntila Dodd, Riikka, Qashqaei, Ali T., Radočaj, Tena, Rahmani, Hossein, Raj, Smrithy, Reeves, David, Ristovska, Milica, Rizevsky, Viktor, Robertson, D. Ross, Robertson, Peter, Ruykys, Laura, Saba, Abdulwakil O., Santos, José M., Sarı, Hasan M., Segurado, Pedro, Semenchenko, Vitaliy, Senanan, Wansuk, Simard, Nathalie, Simonović, Predrag, Skóra, Michał E., Slovák Švolíková, Kristína, Smeti, Evangelia, Smídová, Tereza, Spelić, Ivan, Srėbalienė, Greta, Stasolla, Gianluca, Stebbing, Paul, Stevove, Barbora, Suresh, Vettath R., Szajbert, Bettina, Ta, Kieu Anh T., Tarkan, Ali Serhan, Tempesti, Jonathan, Therriault, Thomas W., Tidbury, Hannah J., Top Karakuş, Nildeniz, Tricarico, Elena, Troca, Débora F.A., Tsiamis, Konstantinos, Tuckett, Quenton M., Tutman, Pero, Uyan, Umut, Uzunova, Eliza, Vardakas, Leonidas, Velle, Gaute, Verreycken, Hugo, Vintsek, Lizaveta, Wei, Hui, Weiperth, András, Weyl, Olaf L.F., Winter, Emily R., Włodarczyk, Radosław, Wood, Louisa E., Yang, Ruibin, Yapıcı, Sercan, Yeo, Shayne S.B., Yoğurtçuoğlu, Baran, Yunnie, Anna L.E., Zhu, Yunjie, Zięba, Grzegorz, Zitňanová, Kristína, Clarke, Stacey

    Published 2021
    “…This multi-lingual decision-support tool for the risk screening of aquatic organisms provides assessors with risk scores for a species under current and future climate change conditions that, following a statistically based calibration, permits the accurate classification of species into high-, medium- and low-risk categories under current and predicted climate conditions. …”
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    Estudio del comportamiento a fatiga a bajo ciclo de las aleaciones de aluminio hipoeutécticas by Aguilar Navarro, Jorge Alberto

    Published 2021
    “…Which, in turn, by analogical distinction, allowed making predictions and inferences with greater precision about the fatigue behavior at low cycle of automotive components, such as, for example, the cylinder head, this being the technological contribution of the study. …”
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    Tesis
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    Estudio del comportamiento a fatiga a bajo ciclo de las aleaciones de aluminio hipoeutécticas by Aguilar Navarro, Jorge Alberto

    Published 2021
    “…Which, in turn, by analogical distinction, allowed making predictions and inferences with greater precision about the fatigue behavior at low cycle of automotive components, such as, for example, the cylinder head, this being the technological contribution of the study. …”
    Get full text
    Tesis
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    Cosmological perturbation theory in f(Q,T) gravity by Nájera, Antonio, Fajardo, Amanda

    Published 2022
    “…The presence of T in the Lagrangian breaks the equation of the conservation of energy, which in turn breaks the standard ρ 0 + 3H(ρ + p) = 0 relation. …”
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    Article
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    Design and simulation of mechanical components of a robotic cell for the automotive industry. by Reyna Martínez, José Israel

    Published 2018
    “…The design of work cell will allow maintaining the production of current models of glass, but in turn, will be adjusted for the manufacture of new models of automotive glass. …”
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    Tesis
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    Design and simulation of mechanical components of a robotic cell for the automotive industry. by Reyna Martínez, José Israel

    Published 2018
    “…The design of work cell will allow maintaining the production of current models of glass, but in turn, will be adjusted for the manufacture of new models of automotive glass. …”
    Get full text
    Tesis
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    Modelo de crecimiento de diámetro normal para Pinus durangensis en Durango, México. by Colín, José Guadalupe

    Published 2018
    “…A regression function was developed to predict maximum crown growth for Pinus cooperi where data from 95 trees were used which grew free of competition, the data were analyzed in three base models that were tested with different independent variables. …”
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    Tesis
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    Modelo de crecimiento de diámetro normal para Pinus durangensis en Durango, México. by Colín, José Guadalupe

    Published 2018
    “…A regression function was developed to predict maximum crown growth for Pinus cooperi where data from 95 trees were used which grew free of competition, the data were analyzed in three base models that were tested with different independent variables. …”
    Get full text
    Tesis
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    Distribución ecológica de la herpetofauna de la Sierra de Gomas, en el estado de Nuevo León. by Nevárez de los Reyes, Manuel

    Published 2018
    “…The vegetation type with the highest species richness turned out to be the submontane scrub (43 species and 172 specimens (43/172), followed by mesquite and riparian forest with 26/150, oak forest 26/101, desert scrub microphyllous 12/131, secondary vegetation with 9/12, agave-cacti scrub with 8/18, mezquital with 8/10, and desert rosetophilous scrub with 6/8. …”
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    Tesis
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    Distribución ecológica de la herpetofauna de la Sierra de Gomas, en el estado de Nuevo León. by Nevárez de los Reyes, Manuel

    Published 2018
    “…The vegetation type with the highest species richness turned out to be the submontane scrub (43 species and 172 specimens (43/172), followed by mesquite and riparian forest with 26/150, oak forest 26/101, desert scrub microphyllous 12/131, secondary vegetation with 9/12, agave-cacti scrub with 8/18, mezquital with 8/10, and desert rosetophilous scrub with 6/8. …”
    Get full text
    Tesis
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