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Bonaviri, C., Shears, N., Gianguzza, P., Graham, M.H. (2014). Climate change potentially affect keystone predation in subtidal system.. In (BSIJ 2014) Physical and Chemical Impacts on Marine Organisms Supporting Blue Growth in meaningful mutual symbiosis with the marine environment. (pp.22-22). Azuleon,.

Climate change potentially affect keystone predation in subtidal system.

BONAVIRI, Chiara;GIANGUZZA, Paola;
2014-01-01
Settore BIO/07 - Ecologia
19-nov-2014
6th Bilateral Seminar Italy-Japan 2014 (BSIJ 2014) Physical and Chemical Impacts on Marine Organisms Supporting Blue Growth in meaningful mutual symbiosis with the marine environment.
palermo
19-20 novembre 2014
2014
1
Bonaviri, C., Shears, N., Gianguzza, P., Graham, M.H. (2014). Climate change potentially affect keystone predation in subtidal system.. In (BSIJ 2014) Physical and Chemical Impacts on Marine Organisms Supporting Blue Growth in meaningful mutual symbiosis with the marine environment. (pp.22-22). Azuleon,.
Proceedings (atti dei congressi)
Bonaviri, C;Shears, N; Gianguzza, P; Graham, MH
Proceedings
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/103552
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