M. Cristina Mangano
University of Palermo
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by M. Cristina Mangano.
Hydrobiologia | 2018
Gianluca Sarà; M. Cristina Mangano; Magnus L. Johnson; Antonio Mazzola
Fisheries currently represent the main source of animal protein intake worldwide, although catches of most commercial species are at or beyond maximum sustainable yields. Increasing production would require an excess of exploitation levels and aquaculture is expected to become crucial in sustaining a growing seafood demand. Nonetheless, many threats are expected to affect aquaculture and the increased production must evolve in a way that minimizes environmental and socio-economic impacts. The claimed sustainable development of human activities at sea (blue growth and economy) seeks for new joint analyses and solutions at (trans-)national systemic level should be planned and applied. To meet a sustainable development, both production and management approaches should evolve. Here we propose a conceptual framework to integrate a “downscaling approach” based on functional features of cultivated organisms to accommodate multiple stressors in setting sustainable development standards to design adaptive solutions fitting with the management of marine space.
Science of The Total Environment | 2018
Fulvio Capodici; Giuseppe Ciraolo; Simone Cosoli; Antonino Maltese; M. Cristina Mangano; Gianluca Sarà
Chlorophyll-a (CHL-a) and sea surface temperature (SST) are generally accepted as proxies for water quality. They can be easily retrieved in a quasi-near real time mode through satellite remote sensing and, as such, they provide an overview of the water quality on a synoptic scale in open waters. Their distributions evolve in space and time in response to local and remote forcing, such as winds and currents, which however have much finer temporal and spatial scales than those resolvable by satellites in spite of recent advances in satellite remote-sensing techniques. Satellite data are often characterized by a moderate temporal resolution to adequately catch the actual sub-grid physical processes. Conventional pointwise measurements can resolve high-frequency motions such as tides or high-frequency wind-driven currents, however they are inadequate to resolve their spatial variability over wide areas. We show in this paper that a combined use of near-surface currents, available through High-Frequency (HF) radars, and satellite data (e.g., TERRA and AQUA/MODIS), can properly resolve the main oceanographic features in both coastal and open-sea regions, particularly at the coastal boundaries where satellite imageries fail, and are complementary tools to interpret ocean productivity and resource management in the Sicily Channel.
Marine Ecology Progress Series | 2013
M. Cristina Mangano; Michel J. Kaiser; Erika M. D. Porporato; Nunziacarla Spanò
Continental Shelf Research | 2014
M. Cristina Mangano; Michel J. Kaiser; Erika M. D. Porporato; Gwladys I. Lambert; P. Rinelli; Nunziacarla Spanò
Marine Biodiversity | 2014
Erika M. D. Porporato; M. Cristina Mangano; Francesca De Domenico; Salvatore Giacobbe; Nunziacarla Spanò
Journal of Sea Research | 2018
M. Cristina Mangano; Antonio Giacoletti; Gianluca Sarà
Ecological Indicators | 2018
Marco Martinez; M. Cristina Mangano; Giulia Maricchiolo; Lucrezia Genovese; Antonio Mazzola; Gianluca Sarà
Crustaceana | 2012
Erika M. D. Porporato; Francesca De Domenico; M. Cristina Mangano; P. Rinelli; Nunziacarla Spanò
Journal of Environmental Management | 2017
M. Cristina Mangano; Gianluca Sarà
Crustaceana | 2011
Erika M. D. Porporato; Francesca De Domenico; M. Cristina Mangano; Nunziacarla Spanò