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List of scientific equipment availble in the EU GREEN alliance universities
List of abbreviations :
ATU - Atlantic Technological University, Ireland
UE - University of Evora, Portugal
UEX - University of Extramadura, Spain
OVGU- Otto-von-Guericke-University Magdeburg, Germany
UNIPR- University of Parma, Italy
UA - University of Angers, France
HiG- University of Gävle, Sweden
UO- University of Oradea, Romania,
UPWR - Wrocław University of Environmental and Life Sciences, Poland
Do you want to know more about clusters? Go in the section "About EU GREEN"
Cluster number |
Name and utility of the equipment |
To which university does it belong to? |
1 |
Clinical Recovery Hospital Baile Felix |
UO |
Pharmaceutical research laboratory | ||
Equipment within the SmartProSys Research Cluster Max Planck Institute for Dynamics of Complex Technical System, Helmholtz Center for Environmental Research, Fraunhofer Institute for Factory Operation and Automation IFF |
OVGU | |
SMEs in Sweden as models for self-sufficiency in circular energy systems, e.g., biogas production from farm biowaste for production energy and fertilisers | ||
Lentivect: platform of vectorization in gene transfer. |
UA | |
PACEM (Cellular and Molecular Analysis Platform): infectiology sequencing. | ||
- SCIAM: Imagery and Microscopy analysis devices. | ||
Elemental and molecular analysis service (SAEM) |
UEx | |
Animal facility and animal experimentation service | ||
Imaging diagnosis service in veterinary sciences and biomedicine and preparation of sexed seminal doses for equine reproduction | ||
Radiological protection service techniques applied to bioscience service (STAB) | ||
2 |
Dryers (freeze-dryer, vacuum dryer, spray dryer, etc.) : food production in powdered form |
UPWr |
HPLC: determination of selected bioactives | ||
Milk analysis lab: Milk characterisation and cheese making |
UNIPR, Department of Veterinary Science | |
Feed analysis lab: Feed chemical and nutritional characterisation | ||
Food analysis lab: Food chemical and nutritional characterisation |
UNIPR, Department of Food and Drug | |
Internet of Things (IoT) Lab: Design and implementation of IoT systems for agricultural applications |
UNIPR, Department of Engineering and Architecture | |
Law library and online legal database |
UNIPR, Department of Law, Politics and International Studies | |
Labs for characterisation of microorganisms : Study the diversity and functions of microbiomes in agroecosystems |
UNIPR, Dept. Chemistry, Life Science and Environmental Sustainability | |
Labs for soil and water analysis (micro and macro nutrient/contaminants) and GHG exchange: Study all parameters of relevance in the environmental matrices | ||
Labs for “omic” characterisation of crop plants: Study the modifications of plant genomes, transcriptome, proteome, metabolome | ||
UV reactor: Microbiological reduction |
CIPACK - UNIPR | |
Bioinformatics lab: Genomic tools for genetic improvement of livestock |
UNIPR, Department of Veterinary Science | |
Infectious Diseases lab : Generation of new animal disease prevention strategies based on innovative vaccines development | ||
Histology lab : Evaluation of nutritional strategy on animal digestive traits morphology | ||
Infectious Diseases lab: Development and study of alternatives to antimicrobials | ||
Agricultural management and accounting and rural appraisal lab : Economic-financial assessments in the agricultural, livestock and industrial fields | ||
Anaerobic Digester |
ATU Donegal Research Facility | |
3 |
Water channel - 12 m long, 1.2 m width, 1 m^3/s : Research on hydraulic and tidal turbines, fish passage and compatibility |
OVGU |
Wind tunnel incl. rain simulation (--> experiments for soil erosion with wind + rain) : Research on rain formation in clouds, rain impact on devices and structures | ||
Multi reactor system - 6-x 90ml Parr high pressure | ||
Reactor system - 300ml Parr with dosing system | ||
Reactor system HITEC - homogeneous catalysis (fully automatized) | ||
Reactions calorimeter RC1 MettlerToledo with dosing system | ||
Reactions calorimeter Optimax and EasyMax with dosing system | ||
C80 Calvet Calorimeter Multiple glas reactors - Batch, Semi batch, CSTR (with dosing systems) | ||
Kinetic fixed-bed reactor (fully automatized) | ||
Berty-Reaktor - CSTR heterogeneous catalysis | ||
Analytics: GC, GC-MS (Agilent), HPLC (VWR, LaChrome), FTIR- (Si- and Diamant,, operando or in situ, Mettler Toledo), Raman (Kaiser), Benchtop-NMR ( 1H, 19F, 31P; 43MHz), UV/VIS | ||
Membrane reactors (1-/Multi-channel), Adsorptive reactors | ||
Membrane filtration (MF, UF, NF) with Polymeric-/Ceramic modules (plate, tube, Multi-channel, spiral wounding modules) | ||
Simulated Moving Bed plant - Thermo Gravimetry/ Differential Scanning Calorimetry Netzsch | ||
Fermentation system Sartorius (1l und 5 l) | ||
Bi-plane 3D-Angiographiesystem Siemens ARTIS icono | ||
Interventionelles CT - Siemens SOMATOM X.cite | ||
3 Tesla Magnetresonanztomograph - Siemens Magnetom Skyra | ||
Lightweight construction Roboter for medical use - KUKA iwa | ||
Miniature MRI 0.55T - Fa. PURE DEVICES | ||
Miniature X-ray system 50kV - Fa. MOXTEK | ||
Flextronik-Labor mit COS Laserschneidanlage CS6090 | ||
3D Drucker Stratasys Fortus 380mc | ||
LPKF ProtoLaser U4 | ||
Living lab “Advanced cooling technology for development of advanced metals” | ||
Excellence in heat treatment processes to design sustainable advanced metal products in a complete environment for researching and developing the most creative and innovative technological solutions. The living lab has been equipped with advanced physical test facilities for heat treatment of long and flat steel products, resources for computer simulation, as well as resources for material testing. |
HiG | |
Robotics | ||
Wind tunnel | ||
Fundamental studies of natural ventilation, Ventilation of Compact cities, wind turbines, etc | ||
Laboratory of building energy and indoor environment measurement | ||
o Thermal comfort loggers | ||
o Temperature & humidity loggers | ||
o Heat flux meters (thermopiles) | ||
o Ventilation and air infiltration measurement equipment | ||
Tracer gas equipment | ||
• Ventilation rate & effectiveness | ||
• Tracking of airborne contaminants | ||
• Passive equipment for large scale (field survey) measurements | ||
Wind pressure on building structures (e.g. air infiltration appl.) | ||
IR thermography | ||
Building aerodynamic wind tunnel, model tests of: | ||
• wind conditions around buildings, incl. detailed turbulence | ||
• wind pressure on structures | ||
• air infiltration assessment | ||
Ventilation duct air flow meters | ||
o Air speed and air flow pattern | ||
Omnidirectional thermistor anemometers (several) | ||
Sonic anemometers (speed + direction) | ||
PIV and LDA (speed + direction; detailed turbulence mapping) | ||
Visualization techniques (particle tracking etc.) | ||
Tracer gas equipment | ||
o Air quality measurements | ||
CO2 loggers | ||
Airborne particulate matter (particle counters & filter collection) | ||
GC-MS for air chemical composition | ||
Radon | ||
• Outdoor climate measurement equipment (portable): | ||
o Wind speed (sonic anemometers) | ||
o Solar radiation (diffuse + direct) | ||
o Precipitation | ||
o Temperature | ||
o Humidity | ||
Laboratory of Environmental Acoustics and Soundscape | ||
1. microphones |
UPWr | |
- binaural ("ears"), | ||
- binaural - in-ear, | ||
- ambisonic, four-way, | ||
- ultrasonic, | ||
- electret, | ||
- directional, open, condenser "shotgun" type. | ||
2. Acoustic array camera (164 directional microphones) with "Noise Inspector" software. | ||
3. programmable microcontrollers with Enviro pHAT sensors. | ||
4. software: Ableton, Kaleidoscope Pro. | ||
5. VR goggles Oculus Quest and HTC Vive Pro. | ||
6. 10-channel sampler and mixer. | ||
7. microcontrollers: Raspberry Pi B+, A, and 2. | ||
8. drone with multispectral camera | ||
9. mobile eye-tracker Pupil Invisible | ||
Laboratory of Environmental Research | ||
1. Chlorofluorocarbon (AOX) analyser | ||
2. Total organic carbon (TOC) analyser for liquids and suspensions | ||
3. Distillation apparatus | ||
4. Batometer | ||
5. Gas chromatograph (GC) + gas analyser (tedlar bags) | ||
6. Gas chromatograph (GC/MS) + headspace (HS) | ||
7. Ion chromatograph Dionex 3000 | ||
8. Extractor | ||
9. Photometer for cuvette-based assays | ||
10. Calorimeter | ||
11. Conductivity meters | ||
12. Plate luminometer | ||
13. Sound level meter | ||
14. Multi-parameter meter | ||
15. Microwave sample digester | ||
16. Fluorescence microscope | ||
17. Confocal microscope | ||
18. DELTA inverted microscope | ||
19. BIOLAR trinocular microscope | ||
20. COD mineraliser | ||
21. FTIR spectrophotometer with microscope | ||
22. FTIR spectrometer | ||
23. Inductively coupled plasma optical emission spectrometer ICP OES | ||
24. UV-VIS spectrometer (SPECTROLAB) | ||
25. Heating and cooling equipment (incubators, refrigerators, dryers) | ||
26. Centrifuges MPW-260 | ||
27. Automatic particle image analysis kit | ||
28. Membrane filtration kit | ||
29. Kit for collection, measurement and determination of physico-chemical parameters of groundwater | ||
1 computing station cluster | ||
1 continuous wave laser at 532 nm | ||
1 Nd:YAG laser at 1064 nm (doubled, tripled) with short pulses 17 ps |
UA | |
1 tunable parametric oscillator OPO 1 μm to 2 μm | ||
1 Nd:YAG laser at 1064 nm (doubled, tripled) short pulse 9 ns, 10 Hz | ||
1 dye pumped laser at 532 nm | ||
1 short-pulse 1064 nm Nd:YAG laser (doubled, tripled) 40 ps (not operational) | ||
1 cooled germanium camera | ||
3 Er:Yb doped fiber power amplifiers | ||
1 13 GHz real-time oscilloscope | ||
2 optical spectrum analyzers | ||
2 optical autocorrelators | ||
1 microwave spectrum analyzer | ||
1 THR 1500 spectrometer with 0.1 nm resolution | ||
1 LCOS spatial light modulator (reflection) 1920x1080 pixels | ||
1 cooled monochrome camera14 bits 2750x2200 pixels | ||
1 ocean optics 2000+ spectro | ||
1 FLIR monochrome camera | ||
1 FLIR portable infrared camera | ||
1 ellipsometer UVISEL, | ||
1 LEICA microscope, | ||
1 Dektac profilometer | ||
1 Bruker Avance III HD 500 MHz NMR spectrometer | ||
1 Bruker Avance III 300 MHz NMR spectrometer | ||
1 NMR Spectrometer JEOL 400 MHz | ||
1 spectromètre RMN Bruker 600MHz (to come in 2023) | ||
1 Mass spectrometer, high resolution Jeol JMS 700, sources EI, CI, FAB, ESI, APCI. | ||
1 Bruker Esquire 3000+ ion trap, ESI, APCI ionization sources coupled with a Waters Alliance HT 2795 HPLC separation module, Waters 2487 UV detector | ||
1 GC-MS Shimadzu (IE source) | ||
1 Spiral-TOF mass spectrometer with TOF/TOF option JEOL JMS-S3000 | ||
1 Mass Spectrometer Waters Xevo QTOF G2-XS, source ESI avec UPLC | ||
1 Thermo Electron elemental analyzer (Flash 2000) with two furnaces (CHNS and O) | ||
1 M-Braun dry glove box with 6 gloves incorporating 1 Boc Edwards evaporation rack | ||
1 Keithley 2036 | ||
2 Keithley source meters | ||
1 Solar simulator AM1.5 / KHS | ||
1 Solar simulator AM 1.5 / Newport | ||
1 Spectrophotometer UV-visible-NIR Lambda 950 Perkin-Elmer | ||
1 GBX contact angle measurement bench | ||
1 PLASSYS ME300 evaporation frame under turbo-molecular vacuum | ||
1 Bruker Vertex 70 infrared spectrometer | ||
1 Biologic/Roper Scientific/SETI spectroelectrochemical measuring bench | ||
1 Atomic force microscope NanoObserver/CSInstrument | ||
2 Spectrophotometers UV-visible / Shimadzu | ||
1 Spectrofluorometer / Shimadzu | ||
1 Spectrofluorometer / JASCO | ||
1 Circular Dichroism UV-vis spectrophotometer | ||
1 Profilometer / Tencor | ||
1 MBraun dry glove box with 8 gloves + 1 MBraun evaporation rack + 1 spin coater | ||
1 EQE TFSC | ||
1 PYSA HITACHI (Photoemission Yield Spectroscopy in Air) | ||
1 Filmetrics F20 reflectometer | ||
1 LEICA MSZ12 microscope equipped with a video camera | ||
1 Kappa CCD single crystal diffractometer (BRUKER NONIUS) (Mo source) equipped with a low temperature system (N2) (90K-373K) | ||
1 Supernova four-circle single crystal diffractometer with Cu microsource (Agilent Technologies) equipped with a low temperature system (N2) (90K-500K) | ||
1 D8 ADVANCE powder diffractometer (BRUKER), equipped with a temperature chamber (100K-723K) | ||
1 Thermogravimetric analyzer TGA 2050 (TA instruments) (293K-1273K) | ||
1 Differential enthalpy analyzer DSC 2010 (TA Instruments) equipped with a low temperature system (N2) (100K-873K) | ||
1 LEICA M125 microscope equipped with a video camera | ||
1 LEICA DM2500 polarizing microscope equipped with a video camera and a temperature chamber (100K-693K) | ||
Laser nano, Spectra Physics, 1064,532, 355 nm + Laser Dye Opton 550 to 700 nm | ||
Jobin Yvon spectrometer | ||
Stanford SR 430 photon counter | ||
Cryostat Optistat DN-V | ||
Laser pico Continuum 10Hz (7 mJ @ 1064nm) (532nm and/or 355nm) | ||
OPO TOPAS laser, 400 nm-1650nm | ||
Synchronous detection Stanford SR 830 | ||
Continuous laser diodes, Thorlabs, 972 nm, 980 nm | ||
Oscilloscope Tektronix TDS6124C | ||
1 femtosec. laser TSUNAMI Spectra-Physics coupled to a YAG:Nd MILLENIA 10W | ||
Ellipsometer, HORIBA Jobin-Yvon, UVISEL NIR, 75 W lamp, spectral range 245-2100 nm | ||
1 CCD camera imaging spectrometer Roper Scientific | ||
Hamamatsu photomultiplier | ||
1 inverted microscope IX 71 Olympus | ||
Spatial light modulator, HOLOEYE, Pluto NIR 1000-1064nm | ||
2 photon counting acquisition chains in transmission and reflection HAMAMATSU | ||
Green continuous wave laser (532 nm), LASOS (100 mW) | ||
Oscilloscope Agilent DSO-X 3054A | ||
Femtochrome autocorrelator FR-103XLWS | ||
TurboVac SL80 Oerlikon pump | ||
CCD camera QImaging, cooled 0°C, Retiga 6000 | ||
1 inverted microscope IX 83 Olympus | ||
Laser diodes | ||
1 Diagnosis and material characterization bench of possible defects (delamination, bubbles, cracks, damage ...) in materials (composites, bonded assemblies, ...) | ||
1 Robot POODLE: PrOtOtype of LasEr weed control. | ||
1 Experimental Platform for the (autonomous) NaviGation of a Symmetrical AgrIcole Robot. | ||
1 Bio-inspired humanoid RObot. | ||
1 Platform of instrumentation and multimodality imagery dedicated to the phenotyping of plants. | ||
1 Virtual reality platform: Platform allowing the immersion of one or several person(s) in virtual environments. | ||
1 Eye-tracking systems | ||
2 High density electroencephalogram (EEGhd) | ||
1 Climatic and vibratory chamber | ||
1 HAST (High Accelerated Stress Test) experimental device monitored in humidity and/or temperature. | ||
1 Vibration pot | ||
Geothermal power plant | ||
SCADA Laboratory | ||
Geothermal well station |
UO | |
Geothermal pumping station |
National Centre for Geothermal Research | |
Geothermal station for heating and domestic hot water |
→ Research in renewable energy | |
5-axis CNC Laser machine tool |
Prof. Cornel Antal | |
Robot performing handling, assembly or processing tasks such as drilling or deburring and the second |
cantal@uoradea.ro | |
Robot performing MIG welding assembly tasks |
UOradea | |
The high-speed digital camera |
SMART Industries Technology Transfer Center | |
The confocal laser scanning microscope for |
Technologic and Scientific Park | |
IIoT servers, Machine learning servers |
→ rapid prototyping, automation, robotics | |
5 axis CNC machine |
Prof. Vesselenyi Tiberiu | |
Additive manufacturing machine |
tvesselenyi@yahoo.co.uk | |
Mechanical testing machines |
| |
Fatigue testing machine |
| |
Construction materials testing |
| |
Plastic materials testing |
| |
3D measurement machine |
| |
3D laser scanners |
| |
Scanning Electron Microscope |
| |
AFM5000, Agilent |
| |
Nanoindenter |
UO | |
Optical interrogator with fiber Bragg sensors for temperature, strain and acceleration measurements |
Nanoscience Research Platform – SMARTMAT | |
Portable Digital Vibrometer |
→ material characterization | |
Acoustic Tube |
Prof. Vesselenyi Tiberiu tvesselenyi@yahoo.co.uk | |
Thermovision system |
UOradea | |
Smart Camera |
Interdisciplinary Research Infrastructure in Mechatronics and Intelbuild | |
Hydraulic equipment set |
Prof. Bungau Constantin | |
Pneumatic equipments set |
bungau@uoradea.ro | |
Sensors for pneumatics and hydraulics |
| |
KNX system for building control |
| |
Accelerometers |
| |
Cryogenic probe station with handling arm for non-destructive testing of the materials and equipment in electric/electromagnetic field. |
| |
Thermal imager for high temperatures |
| |
Set of research equipment for measuring very low temperatures - 12 probes and field values - Gauss-metre and accessories |
UOradea | |
Microwave research equipment with measurement and control systems for the study of ceramics susceptor |
Interdisciplinary Research Platform for Technologies in Electrical Engineering | |
Microwave research system with measurement equipment for oil extraction from grape seeds/floral plant substrate |
Prof. Francisc Hathazi | |
Microwave field laboratory reactor, used to obtain hybrid materials (conductive polymers, semiconductors, dielectrics) through pyrolysis processes by spray |
francisc.hathazi@gmail.com | |
NI LabVIEW Robotics Starter Kit |
| |
Flexible Manufacturing System FMS UO 01 |
| |
E-Laboratory for ABB robots |
UOradea | |
Autonomous robots |
Interdisciplinary Research Infrastructure in Robotics - IRIROB LAB | |
Augmented/Virtual Reality Systems |
Integrated Sensors and Biosensors Laboratory - ISBL | |
Quadcopter Thrust Data Logger |
Prof Tarca Radu | |
Quadcopter monitoring air polution |
rtarca@uoradea.ro | |
Hexacopter platform for crop treatment |
| |
PXI DAQ System with Optical Sensor Interrogator for Fiber Bragg Gratings |
| |
Fiber Bragg Grating sensors |
| |
Jaz Modular Spectroscopy Suite |
| |
SpectraSuite Spectrometer Operating Software |
| |
UV-VIS Spectrophotometer Specord 210 Plus |
| |
Optical fiber biosensor |
| |
LMC-3000, Laboratory Centrifuge |
| |
High-Performance Computer |
| |
GIS Etudes Touristiques : Association carried by the University of Angers, for promoting and developing research in tourism, that has 21 universities and institutions of research in France. Label CNRS. 185 researchers, 26 scientific disciplinaries. GIS Etudes touristiques offers two funds to support research project : Tremplin (to help to organise consortium of research); International publication (funds to translate scientific article in English) |
| |
Tourism Innovation Lab chair : The chair has a mission to help to increase better partnership between tourism researchers, institutions and companies (example : Espaces review ; Accor group; Alpes Compagny, etc.) |
ATU Donegal Research Facility | |
4
|
Portuguese Platform; CityUMacau Chair in Sustainable Heritage : |
UA |
UNESCO Chair in Intangible Heritage and Traditional know-how. |
UA | |
Marketur_Research group on Tourism marketing and management |
UE | |
The Annals of the University of Oradea. Economic Sciences: http://anale.steconomiceuoradea.ro/en/ |
UE | |
The Annals of the University of Oradea. Economic Sciences: http://anale.steconomiceuoradea.ro/en/ Oradea Journal of Business and Economics (OJBE) |
UEx | |
The Annals of the University of Oradea. Economic Sciences: http://anale.steconomiceuoradea.ro/en/ Oradea Journal of Business and Economics (OJBE) European and International Research Support Unit |
UO | |
Scientific Equipment Fund | ||
NECSTouR |
University of Parma | |
STORY |
University of Parma | |
ATLAS |
Atlantic Technological University | |
INSTO |
Atlantic Technological University | |
ArtériaLab laboratory for experimentation, prototyping and transdisciplinary research at the crossroads of art, science and design |
Atlantic Technological University | |
Hércules Lab is a research infrastructure devoted to the study and valorisation of cultural heritage, focusing on the integration of physical and material sciences methodologies and tools in interdisciplinary approaches. |
Atlantic Technological University | |
5 |
OBSERVES – CIEP - The Observatório de Escolas do Sul (Observatory of Southern Schools) is an academic and interdisciplinary structure based at CIEP-UE, destined to create inter-institutional synergies involving schools/groupings, HE Institutions , Training Centers and Association of Schools, with the objectives: a) Support schools/groups in self-assessment processes; b) Monitor the implementation of strategic action plans; c) Provide training that responds to the needs of schools/groups; d) Promote the sharing of experiences and resources. |
UÉ |
Recirculation Facility: Live rearing of fin fish and shellfish, fish and invertebrate health research |
UÉ | |
Molecular/proteomics laboratories: genetic sequencing of aquatic organisms, eDNA, immunology studies |
UÉ | |
6 |
Histology and image analysis suite: Analysis of tissues from aquatic organisms, sclerochronology, microplastics research, immunology |
ATU |
Fourier-transform infrared (FTIR) spectroscopy: Marine and freshwater microplastics |
ATU | |
Bioacoustic monitoring equipment: Acoustic monitoring of aquatic and terrestrial organisms |
ATU | |
Boats, engines & sampling equipment including water sampling drones: Sampling of aquatic environments |
ATU | |
Cell culture and microbiology facilities: Immunology of aquatic organisms, host-pathogen interactions, antimicrobial responses |
ATU | |
Sediment analysis and macroinvertebrate taxonomy: Granulometric analysis and taxonomic identification of marine and freshwater biota |
ATU | |
Integrated Multitrophic Aquaculture and Seaweed/Bivalve Aquaculture field sites: Collaboration with Marine Institute and Seaweed and Oyster producers for access to licensed sites with possibilities for ecological restoration, biodiversity and environmental monitoring. |
ATU | |
SCIR mapping:a 3D workstation that including a 3D monitor and 3D glasses.CIR ortho-rectified imagery : stereographic near-infrared false colour (sCIR) imagery for habitat mapping |
ATU | |
Environmental Research laboratories: A wide range of monitoring and analytical equipment |
ATU | |
Biomolecular lab: Lab equipped for biomolecular and toxicology research |
ATU | |
Protistology : cultivation facilities |
ATU | |
ATU Mountbellew (education and research farm): Education and research farm; 169ha and associated facilities; 80 Dairy cows; 60 suckler cows and 250 sheep; |
ATU | |
Long-term Tree-grass ecosystem research site: Experimental site of 500 ha where the effect of N deposition of ecosystem functioning is measured since 2014. The site is equipped with three eddy-covariance towers, lysimiters, phenocams, and other instruments to measure ecosystem functions |
ATU | |
Elemental and molecular analysis laboratory: Laboratory to analyse soil, plant and water, molecular spectroscopy, food and pollutants |
ATU | |
Bioscience laboratory: Laboratory that gives support to molecular, cellular, and genetic analysis |
UEx | |
UNESCO Biosphere Reserve Nedre Dalälven: Finding possibilities for new ways for humans to interact in and with nature and finding new ways for sustainable life and -development |
UEx | |
UNESCO Biosphere Reserve Voxnadalen: Finding possibilities for new ways for humans to interact in and with nature and finding new ways for sustainable life and -development |
UEx | |
Gävle city: Co-operation over development of green areas and their biodiversity etc |
HiG | |
Upplandsstiftelsen: Co-operation over development of natural reserves and other biodiverse areas |
HiG | |
Harmånger Maskin & Marin AB: A small company making fishing traps, that are seal safe, and by-catch reducing. These pontoon traps are used in the Baltic Sea, Donau Delta, and other seas in Europe |
HiG | |
University of Gävle culture collection (UGCC): An international collection of microorganisms |
HiG | |
Molecular biology laboratory: This infrastructure is available for conducting basic experiments in microbial molecular biology for genetic analysis of individual organisms or populations |
HiG | |
Plant growth chambers, tests for plant pathogenicity: Enables experiments on plants in controlled environments, for example pathogenicity tests of plant pathogens |
HiG | |
Mobile laboratory for analysing biological quality of waters in Bihor-Bihar macroregion: This infrastructure is a mobile, biomonitoring and environment qualifying laboratory able to examine and evaluate the surface waters in a fast, accurate and relatively cheap way, thus letting the scientific results be economically beneficial following the rules of environment and nature protection. This facility can carry out physico-chemical parameters analysis and monitoring of the aquatic organisms communities from inland surface waters. |
HiG | |
Plant biotechnology laboratory: The laboratory carries out research activities in the field of in vitro tissues plant culture and implicitly of the plant eco-physiology, anatomy and morphology. |
HiG | |
Jiului Gorge Natural Park: Cooperation in biodiversity studies, biodiversity conservation. |
UO | |
Iron Gates National Park: Cooperation in biodiversity studies, biodiversity conservation. |
UO | |
Mitra Experimental estate: Experimental estate owned by the university of Evora, dedicated to studies in environmental and agrarian sciences - precision agriculture, grazing, cork oak irrigation, rewilding patches, bird monitoring, camera trapping, etc. |
UO | |
Hwange LTSER: Monitoring of the dynamics of biodiversity, and the coexistence between humans in biodiversity in Hwange National Park and its surroundings (Zimbabwe) |
UO | |
Plaine et Val de Sevre LTSER: Experiments in agroecology in farmland landscape (France) |
UE | |
Lake Santo and Lake Scuro LTER aquatic environments: Lakes whose biodiversity has been studied since the 1950’s |
CNRS, UA | |
Guadine – Pradaccio Forest Park: Many trees studied for genetic and ecophysiology traits. About 350 European beech trees of 16 years of age whose parents are known. Useful for genetic assessment end evolutionary potential of ecophysiology traits |
CNRS, UA | |
Passo Gavia Long Term Monitoring and Experimental Site: Long Term Monitoring and Experimental Site in alpine habitat in which several experimental facilities are installed for the study of the effects of climate change (for example, temperature increase using OTC, precipitation reduction using rain-out shelters, reduction of snow cover, interaction between nutrient deposition and climate drivers) on biodiversity and ecosystem processes in high altitude environments. |
UNIPR | |
Microbiome Research Hub (Microbiology) (https://www.microbiomeresearchhub.com/): The MRH supports research across a wide spectrum of microbiome-related topics, all aimed to devise methods for improving human and animal health by manipulating microbial populations. |
UNIPR |