University of Ancona
List of Courses
A. COURSE IN BIOLOGICAL SCIENCES
Curriculum in Marine Biology
B. COURSE IN TECHNIQUES IN ENVIRONMENTAL CONTROL AND CIVIL PROTECTION
Curriculum in Environmental monitoring and bioremediation
- Undergraduate degree courses (F = Fundamental, C = compulsory)
First level courses
| Course title | Main arguments | Type | Credits | Hours/week | Year/ Semester |
|---|---|---|---|---|---|
| Animal and Environmental Biology (Zoology)Course Leader:Prof. G. Bavestrello | Introduction to biodiversity, principles of animal reproduction, species and zoological classification, systematic zoology of invertebrates, biocoenoses, biomes | F | 8 + 2 | 6 | 1/1 |
| EcologyCourse Leader:Dr. A. Pusceddu | Aims of ecology, structure and energetic of natural ecosystems, organism-environment relationships, limiting factors, resources, optimal foraging, niche ecology, ecological role of stress and disturbance over natural populations and communities, ecological successions, climax, bases of population ecology, the logistic equation, r and k strategies, interactions between organisms, the role of competition and predation on biodiversity, supply-side ecology, the role of recruitment | F | 6 + 1 | 6 | 2/2 |
| Systematic of algae(Marine Botany)Course Leader:Prof. A. Solazzi | Principle of systematic botany, morphology, citology and reproductive systems of procariotic and eucariotic algae, environmental factors affecting algal ecology, ecological significance of macro- and microphytobenthos and of phytoplankton, epiphytic algae, primary production in the marine environment, marine snow and mucilages, marine phanerogames | F | 7 + 1 | 6 | 2/2 |
| Marine BiologyCourse leader:Prof. R. Danovaro | Marine systems, marine biogeography, evolution of amrine organism, adaptation to the marine environment, plankton, life cycles, picoplankton, phytoplankton, zooplankton, macrozooplankton, benthos, zonation, benthic assemblages, identification of organisms, primary and secondary production, metabolism, sampling methods and strategies in marine biology, pelagic-benthic coupling, resting stages, viral and microbial loops | F | 5 + 1 | 6 | 3/2 |
Second level courses
| Course title | Main arguments | Type | Credits | Hours/week | Year/ Semester |
|---|---|---|---|---|---|
| Marine EcologyCourse Leader:Prof. R. Danovaro | Marine biodiversity, factors controlling biodiversity, analysis of marine ecosystems, estuaries, lagoons, coral reefs, deep sea, seagrass meadows, mangroves, cold seeps, hydrothermal vents, hard vs. soft bottoms, Mediterranean ecosystems | F | 8 + 2 | 6 | 1/1 |
| Lab of Applied Marine EcologyCourse Leader:Prof. R. DanovaroLab practice:Dr. A. Dell'Anno | Pollution, impact of contaminants on organism and assemblages at different temporal and spatial scales, biodiversity loss, applied macro-ecology, environmental recovery, bioremediation, ecotechniques, vulnerability of natural ecosystems, biological pollution and alien species, environmental monitoring, data quality procedures | F | 8 + 2 | 6 | 1/2 |
| Biodiversity (integrated)Course Leader:Prof. G. BavestrelloProf. M. Baldoni | The concept of biodiversity, Life on earth and in the oceans, principles of systematic zoology of invertebrates, principles of systematic botany, elements of corology, biogeography and phytogeography, elements of phytosociology | F | 8 | 6 | |
| Conservation of nature and its resourcesCourse Leader:Dr. G. Bombace | The coastal system: resources and legislation, marine coastal systems and plans for its exploiting and management, main aims of conservation ecology, planning and strategies, economy end ecology links, biodiversity conservation, protected areas and marine parks, elements of landscape ecology, renewable and non-renewable resources, elements of aquaculture, resources management | F | 5 | 6 | |
| Fundaments of ecological systems analysisCourse Leader:Dr. A. Pusceddu | Spatial distribution of organisms dispersion and habitat selection, data analysis techniques, experimental design, descriptive and experimental ecology, null hypothesis test, fundamentals of descriptive statistics, univariate and multivariate statistics, ANOVA | F | 7 | 6 |
M.Sc. Courses
| Course title | Year | Credits | Hours | Fee |
|---|---|---|---|---|
| Bioremediation of impacted marine environments | 2000 | n.a. | 400 (150 + 250) | Free |
| Management of fisheries | 2002 | n.a. | 400 (280 +120) | n.a. |
Selection Procedures
- No pre-entry requirements
- No quotas for particular courses
- First semester course usually start on 15 October, second semester on 25 February
- Internships is welcome during the 3-year first level and obligatory during the 2-year specialisation degree
Credits and Accreditation
- Gain of course credits: 1 credit = 8 h of frontal lessons or 16 hours of lab practice
- no continuous assessment
- few courses require an "in itinere" test (none of those dealing with biodiversity)
- A thesis dissertation is required at the end of the 2nd level (specialisation)
- Final examination is requested as a written report at the end of the first level
- Lab and field work: YES (Obligatory during the 2-years 2nd level)
- No work placement is provided
Language of Delivery
- All courses are in Italian
- International speakers, invited by the Faculty generally provide seminars every year in the frame of each single course
Laboratory Facilities
FACILITIES, EQUIPMENT AND AT INSTITUTE OF MARINE SCIENCE, UNIVERSITY OF ANCONA
Algal physiology Lab
2 O2 electrode systems Hansatech LC1 + light control boxes; 2 Quanthum light meter Hansatech Inc.; 1 Tri fluorescence transient recorder Hansatech Inc; 1 RF3 protein farctionator Rainin (liquid phase isoelectrofucusing); 2 chemostats; 2 growth chambers; 1 spectrophotometer UV-VIS Beckman DU 640; Various systems for horizontal and vertical electrophoresis; 2 Transfer systems for western blots; 1 Turboblotter system for northers and southern transfer; 1 Laminar flow hood; 1 Chemical hood; 1 analytical balance; 1 technical balance; Eppendorf centrifuge; Bench centrifuge (non refrigereated); Refrigerated Centrifuge Beckman J2-MC + various rotors; 3 refrigerating/heating water bath; 1 heating water bath; 1shaker; Various vortex mixers, hot plates, stirrers;2 pH meters
Phytoplankton ecology Lab
Inverted microscope ZEISS Axiovert 135H equipped with phase contrast, 10x, 20x, 40x, 100x objectives, epifluorescence apparatus, telecamera. Inverted microscope ZEISS Axiovert 135H equipped with phase contrast, 10x, 20x, 40x objectives. Inverted microscope ZEISS 25 equipped with phase contrast, 10x, 20x, 40x objectives.
Microscope Zeiss Axioskop equipped with phase contrast, 10x, 20x, 40x, 100x objectives, epifluorescence apparatus. Filtration apparatus with electric pump. HPLC analyser Varian Prostar, 2 pumps, Fluorescence detector, Variable Wavelength UV-VIS Detector. Chemical hood. Freezer -20°C. Refrigerator + 4°C. Access to electronic microscope SEM and TEM (University of Ancona).
Marine Zoology Lab
The Zoology laboratory is equipped with more than 10 dissectory and optical microscopes and owns all expertise and tools (SCUBA diving equipment included) for investigating hard-bottom benthic communities, with a special attention to sponges.
Marine Biology and Ecology Lab
The instrumental facilities of the Marine Biology and Ecology Laboratory include a full-equipped laboratory for handling, preparation and analysis of marine samples: 18 filtration equipments, three centrifuges, a UV-Visible Spectrophotometer, a bench spectrofluorimeter, a field fluorometer, HPLC system with UV-VIS and fluorometric detectors, incubating chambers, thermo-controlled baths. A complete microbiological laboratory equipped with a K100 laminar flow hood and two epifluorescence microscopes is also available.
Oceanography Lab
The facilities and equipment that the Oceanographic Laboratory, in agreement with the Institute for Researches on Marine Fisheries belonging to the Italian National Research Council (IRPEM-CNR, Ancona), can make available an oceanographic vessel, a CTD probe Sea Bird Electronics SBE 911plus (including the following sensors: pressure, redundant temperature an conductivity, dissolved oxygen, fluorometer, backscatter, altimeter, PAR and SPAR) coupled to a water column sampler (SBE 32 or General Oceanics GO 3215) equipped with 12 hydrological bottles (from 1.5 to 30 l capacity, according to sampling needs), an underwater videocamera, 2 Sun Ultra UNIX workstations used for running 3D numerical diagnostic and predictive simulations and related studies.
A series of large and routine scientific equipment is moreover available in other labs of the Faculty
Special Features
- Three refectories, one of which close to the Institute (5 min walk)
- A technical, scientific and bio-medical library containing about 44000 issues and more than 2200 periodicals
- The ASFA data system is available from all PC connected to the internal university network
- Sport facilities are available at reasonable costs