Pier Paolo Franzese's research while affiliated with Parthenope University of Naples and other places

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Publications (3)


RGB true color composition of a semi-urban area in Lesbos Island (Greece). Taken by Pléiades HR-1B instrumentations, which has a resolution of 0.5 m in the panchromatic and 2 m in the multispectral filters. The picture shows that the area taken by the instrument is at low resolutions, and details cannot be appreciated.
The image of the same region in Figure 1, after being processed by pan-sharpening techniques: (a) multiplicative method, (b) simple mean method, (c) IHS, and (d) Brovey transformation.
Small satellite classification according to their mass adapted from [21,26,27].
Cont.
Measurement requirements of the case studies presented in Section 3.
A New Orbiting Deployable System for Small Satellite Observations for Ecology and Earth Observation
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April 2022

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Remote SensingRemote Sensing

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In this paper, we present several study cases focused on marine, oceanographic, and atmospheric environments, which would greatly benefit from the use of a deployable system for small satellite observations. As opposed to the large standard ones, small satellites have become an effective and affordable alternative access to space, owing to their lower costs, innovative design and technology, and higher revisiting times, when launched in a constellation configuration. One of the biggest challenges is created by the small satellite instrumentation working in the visible (VIS), infrared (IR), and microwave (MW) spectral ranges, for which the resolution of the acquired data depends on the physical dimension of the telescope and the antenna collecting the signal. In this respect, a deployable payload, fitting the limited size and mass imposed by the small satellite architecture, once unfolded in space, can reach performances similar to those of larger satellites. In this study, we show how ecology and Earth Observations can benefit from data acquired by small satellites, and how they can be further improved thanks to deployable payloads. We focus on DORA—Deployable Optics for Remote sensing Applications—in the VIS to TIR spectral range, and on a planned application in the MW spectral range, and we carry out a radiometric analysis to verify its performances for Earth Observation studies.

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Citations (3)


... Persistent target tracking, facilitated by the Automatic Radar Plotting Aid (ARPA), provides a continuous record of a unique vessel's trajectory, which is difficult to reconstruct from infrequent satellite images [56]. Some satellites can be tasked to a given area (albeit with limitations [57]) or revisit within minutes, but most have a longer revisit time [58,59]. Radar and AIS positions are both typically reported of the order of seconds, so association between the two is a common practice and helpful for providing identification information on radar-detected targets [60,61]. ...

Reference:

Building a Practical Multi-Sensor Platform for Monitoring Vessel Activity near Marine Protected Areas: Case Studies from Urban and Remote Locations
A New Orbiting Deployable System for Small Satellite Observations for Ecology and Earth Observation

... To calculate supply and demand it is necessary to analyze the social and economic drivers [83] responsible for inducing variations in the flow of goods and services [84]. It is important to understand the spatial relationships among the areas in which ES originate (supply) and those that benefit from them (demand), correlating the calculation of supply and demand to the reference scale, in order to implement effective policies [85,86]. ...

Modelling matter and energy flows in the biosphere and human economy
  • Citing Article
  • April 2020

Ecological Modelling

... Ecosystem accounting (or natural capital accounting) includes a wide variety of methods and approaches which are used to incorporate the values of nature into public and business accounts, ranging from monetizing methods to more diverse approaches including also non-monetary units (Agarwala et al., 2014;Faccioli et al., 2016;Giampietro, 2014;Hooper et al., 2019;Lomas & Giampietro, 2017;Ten Brink, 2012). It is used in different ways and for different purposes; in some cases as a national indicator of non-monetary wealth (the green gross domestic product), in other cases as a national or subnational planning tool (Brown & Ulgiati, 1999Franzese et al., 2014Franzese et al., , 2019Geng et al., 2013;Sumarga et al., 2015;Ulgiati et al., 2011). It provides new and nuanced information to decision-makers about stocks and flows of natural capital, which is important because in economic market mechanisms, these "externalities" are not visible in the price of commodities. ...

Environmental accounting models and nature conservation strategies
  • Citing Article
  • April 2019

Ecological Modelling