Island Greece Research Articles

First episode of psychosis in rural Greece: A multi-center study of the Mobile Mental Health Units.

Over the last decades the study of schizophrenia-spectrum disorders has been focused on early and comprehensive intervention during the first episode of psychosis (FEP), but studies in rural settings are only rare. In Greece mental healthcare in rural areas is mostly delivered by the locally-based Mobile Mental Health Units (MMHUs). The aim of the present study was to address treatment of FEP patients by the MMHUs in rural areas in Greece, focusing on patients with a first episode of schizophrenia. This is a multicenter, retrospective observational study with the participation of nine MMHUs across several areas in rural mainland and some islands of Greece. Patients of the age range of 15 to 55 years with a diagnosis of non-affective psychosis were included in the study. The study sample consisted of 216 patients, while analysis was performed for patients with a diagnosis of schizophrenia (n = 153, 70.8% of the sample). Most patients were males (n = 93, 60.8%), with a mean age at first presentation 34.9 years (Md = 34.5, SD = 11.94). The mean duration of untreated psychosis (DUP) was 7.85 months (Md = 3, IQR = 10.00) and was shorter in younger (15-25 years) patients. More than 60% of patients had been successfully engaged to treatment with the MMHUs, with a mean follow-up duration of 5.17 years (Md = 5.00, IQR = 5.00). Younger patients (26-35 years) tend to disengage from treatment, while those aged 36 to 45 years were more likely to continue follow-up. A reduction of 47.22% in hospital admissions among patients with schizophrenia was observed over follow-up of patients by the MMHUS. The most noteworthy findings of the study are the low percentage of patients seeking help from the MMHUs, compared to the expected cases and the high attendance rate of those that are examined in this context. Further research on psychosis/schizophrenia in the rural context is warranted.

Enhancing eco-friendly coatings: Aqueous olive leaves extract fortifies macroalgae-based packaging materials

This study incorporated bioactive compounds extracted from olive leaves (Olea europaea L.) into biodegradable films designed for preserving perishable food items like fruits and vegetables. Olive leaves, sourced from Lesvos island in Greece, yielded three aqueous extracts - OL1, OL2, and OL3 – representing different cultivated species. The antioxidant potential and phenolic compound profile of these extracts were analyzed. Subsequently, these extracts were integrated into 2% sodium alginate solutions, and the resulting mixtures were cast into 90 mm Petri dishes to form solid biofilms. Our findings reveal that the olive leaf extracts offer protection against UV–VIS radiation. Particularly, OL1 showcased the highest antioxidant capacity among the extracts examined. For the solid biofilms, various physical characteristics such as weight, diameter, density, and thickness were measured, alongside evaluating humidity, solubility in water, and water vapor permeability. The rheological properties of these solutions, influenced by temperature and extract addition, affect the viscosity, flow behavior, and gelation capacity, crucial for coating applications. Our research not only explores the impact of olive leaf extracts and glycerol as a plasticizer on biofilm solutions but also sheds light on increased opacity, reduced light absorption, and altered rheological properties. This endeavor aligns with the ongoing pursuit of sustainable packaging alternatives, emphasizing the crucial role of bioactive compounds in enhancing the functionality and eco-friendliness of biodegradable films.

Techno-economic optimization of hybrid renewable energy system for islands application

This study evaluates the effects of time resolution on the optimization results of a renewable energy system for an off-grid island. The assessment uses a multi-objective genetic algorithm (MOGA) applied to Tilos Island in Greece. Three objective functions—levelized cost of electricity (LCOE), renewable ratio (RR), and profit—are considered across four distinct scenarios with six variables representing the number of renewable technologies. These cases are implemented using three time resolutions: minute-by-minute, 15-minute, and hourly. A significant difference in results is observed based on the time resolution used. With hourly data optimization, 100 % renewable energy coverage is achievable at Tilos’ current diesel generator cost (0.46 $/kWh). However, using minute-by-minute data, renewable energy coverage ranges from 85.87 % to 95.64 %, depending on the scenario. The primary reason for this discrepancy is the volatile nature of demand and power generation on Tilos Island. The analysis further indicates that the differences between minute-by-minute and hourly optimization diminish as the volatility of the input data to the algorithm decreases.

A Preliminary Hazard Assessment of Kolumbo Volcano (Santorini, Greece)

Volcanic eruptions stand as destructive threats to adjacent communities, unleashing multiple hazards such as earthquakes, tsunamis, pyroclastic flows, and toxic gases. The imperative for proactive management of volcanic risks and communities’ adaptation cannot be overstated, particularly in densely populated areas where the potential for widespread devastation looms large. Kolumbo, an active submarine volcano located approximately 7 km northeast of Santorini Island in Greece, serves as a pertinent case. Its historical record is characterised by an eruption in 1650 CE that produced a catastrophic tsunami. The aftermath witnessed havoc on neighbouring islands, coupled with casualties stemming from noxious gases in Santorini. Eyewitness accounts mention maximum water run-up heights of 20 m on the southern coast of Ios, inundation of an area of 240 m inland on Sikinos, and a flooding of up to 2 km2 inland on the eastern coast of Santorini. Recent studies suggest that a potential future eruption of Kolumbo poses a substantial hazard to the northern and eastern coasts of Santorini. Unfortunately, the absence of a concrete management protocol leaves these areas vulnerable to an impending threat that demands immediate attention. Therefore, it is recommended that a comprehensive approach be adopted, involving scientific research (active monitoring, hazard maps), community engagement, preparedness planning with government agencies, and the development of timely response strategies to reduce the associated risks, prevent casualties, and mitigate the potential consequences on the region’s economy and infrastructure.

UAV Inspections of Power Transmission Networks with AI Technology: A Case Study of Lesvos Island in Greece

The inspection of overhead power transmission lines is of the utmost importance to ensure the power network’s uninterrupted, safe, and reliable operation. The increased demand for frequent inspections implementing efficient and cost-effective methods has emerged, since conventional manual inspections are highly inaccurate, time-consuming, and costly and have geographical and weather restrictions. Unmanned Aerial Vehicles are a promising solution for managing automatic inspections of power transmission networks. The project “ALTITUDE (Automatic Aerial Network Inspection using Drones and Machine Learning)” has been developed to automatically inspect the power transmission network of Lesvos Island in Greece. The project combines drones, 5G data transmission, and state-of-the-art machine learning algorithms to replicate the power transmission inspection process using high-resolution UAV data. This paper introduces the ALTITUDE platform, created within the frame of the ALTITUDE project. The platform is a web-based, responsive Geographic Information System (GIS) that allows registered users to upload bespoke drone imagery of medium-voltage structures fed into a deep learning algorithm for detecting defects, which can be either exported as report spreadsheets or viewed on a map. Multiple experiments have been carried out to train artificial intelligence (AI) algorithms to detect faults automatically.

A new approach for the assessment of coastal flooding risk. Application in Rhodes island, Greece

A directional, copula-based, Monte Carlo approach is proposed for the quantitative assessment of a new definition of coastal flooding risk, namely a probability-based index due to extreme combinations of wave conditions and sea levels, which could be a key element for coastal zone planning and management. This approach differs from the standard practice, which focuses on the extreme events and studies either their specific return values or their worst-case scenarios. The adopted approach incorporates mean wave direction as a covariate into the probabilistic representation of sea states, and via the use of a variety of probabilistic and statistical tools, represents a total of five stochastic variables, namely the significant wave height, the peak wave period, the mean wave direction, the storm surge, and tide. Two directional, alternative methods have been developed; a trivariate copula- and a bivariate copula-based method, that seemed to produce quite similar results. Four types of copulas have been examined for their goodness-of-fit, i.e., three Archimedean copulas, namely, the Clayton, the Gumbel, and the Frank copulas, as well as the elliptical Gaussian copula. A comparative analysis of the two methods is performed aiming to point out their pros, as well as their accuracy and complexity issues. The application of the proposed method to the natural beaches of the Rhodes Island in Greece, in combination with a recently developed formula for wave run-up, highlighted the most crucial parameters affecting the coastal flooding risk in the study area.

Predicting the effect of climate change on the geographic range of the Mediterranean relict tree Liquidambar orientalis Mill

Climate change is anticipated to pose a significant danger to the habitats and spatial distribution of species in the Mediterranean region throughout the present century. The primary objective of this study was to predict the future geographic range of Liquidambar orientalis, commonly known as the oriental sweetgum under different climate change scenarios. This species is a relict riparian Mediterranean plant originating from the southwestern Anatolia region and Rhodos Island in Greece. To gain insights into the potential effects of climate change on the range of L. orientalis in the future, I used an ensemble modeling approach of species distribution models based on the shared socioeconomic pathways (SSP1‐2.6 and SSP5‐8.5 for the years 2035, 2055 and 2070). The models suggested that the level of precipitation during the wettest month has a crucial role in determining the occurrence of the oriental sweetgum tree. Future projections indicate that the oriental sweetgum will significantly contract its native distribution range due to warming and declining precipitation levels. The population of L. orientalis has previously undergone a decrease as a result of anthropogenic activity. Therefore, it is imperative to augment the degree of urgency in conservation endeavors for the oriental sweetgum species against the ramifications of human‐induced actions and the persistent effects of climate change.

Energy Islands in Greece: Are they Feasible in Aegean Sea?

The future development of energy islands in North Sea is going to assist the further growth of offshore wind farms in a territory characterized by rich wind energy resources. The development of offshore wind farms in Aegean Sea, which is characterized by high mean annual wind velocities, is in the initial phase while it is foreseen that by 2050 the electricity generated by offshore wind farms will have a high share in the energy mix in Greece. The future interconnection of the electric grids of the small islands in Aegean Sea with the grid of continental Greece is going to trigger the development of new renewable energy installations in these islands reducing the current use of oil-based fuels in them. The development of offshore wind farms in Aegean Sea could be combined with green hydrogen production, when it is profitable, while it could be also used in the future for electricity generation from sea waves. The future development of physical energy islands in the Archipelago combined with the development of offshore wind farms and the interconnection of the small islands' grids could promote the further development of the rich solar and wind energy resources in Aegean Sea assisting the de-carbonization of the Greek power system. The current work could be useful to policy makers, to local and regional authorities as well as to energy companies which are willing to invest in renewable energy systems in Aegean Sea.

Multi-parametric study of seismogenic anomalies during the 2021 Crete earthquake (M=6.0)

It is well established that pre- and co-seismic irregularities in the earth’s atmosphere highly depend on a set of parameters. According to the Lithosphere-Atmosphere-Ionosphere Coupling (LAIC) mechanism, these parameters are associated with various channels (thermal, chemical, acoustic, electromagnetic, etc.) through which an earthquake (EQ) preparation process can have its anomalous phenomena. In this research, we perform a multi-parametric observation using various channels during a strong EQ (M = 6.0) on September 27, 2021, on Crete Island in Greece. We investigate the acoustic and electromagnetic channel using ground and satellite-based observation. We present the Atmospheric Gravity Wave (AGW) in the acoustic channel using the temperature profile computed from the SABER/TIMED instrument. In the electromagnetic channel, ionospheric Total Electron Content (TEC) is recorded by the GNSS-IGS station DYNG in Greece. This TEC information is also used in the acoustic channel anomaly by computing the wave-like structures in the small-scale fluctuation of the TEC profile. We compute energetic (30 to 100 keV) electron precipitation in the inner radiation belt from the NOAA satellite. We also investigate the outcomes of the SWARM satellite to compute the magnetic field and electron density profile. All the parameters show significant seismogenic anomalies (mostly enhancement) before the EQ. To understand each parameter’s temporal and spatial sensitivity, we present a comparison using the anomalies in each parameter.

Isotopic Geochemistry Applied on Marble Samples of Kythnos Island in Greece

The present contribution aims to study the isotopic characteristics of various marbles from the archaeological site of Kythnos Island in the Cyclades, Greece. The database of this research is very important and useful in the conservation and restoration of monuments as these tasks should aim at preserving their material status and their authenticity. The characterization of marble taken from this site contributes significantly to the determination of the origin of the raw materials used in monuments in the wider area of the Aegean Sea. Samples were obtained mainly from the inner layers of the findings, which were not exposed to the weather conditions and without remarkable traces or signs of severe corrosion. The methods that were used required very small quantities of material. The measurements are considered almost non-destructive and based on isotopic geochemistry.

Management of Hybrid Wind and Photovoltaic System Electrolyzer for Green Hydrogen Production and Storage in the Presence of a Small Fleet of Hydrogen Vehicles—An Economic Assessment

Nowadays, with the need for clean and sustainable energy at its historical peak, new equipment, strategies, and methods have to be developed to reduce environmental pollution. Drastic steps and measures have already been taken on a global scale. Renewable energy sources (RESs) are being installed with a growing rhythm in the power grids. Such installations and operations in power systems must also be economically viable over time to attract more investors, thus creating a cycle where green energy, e.g., green hydrogen production will be both environmentally friendly and economically beneficial. This work presents a management method for assessing wind–solar–hydrogen (H2) energy systems. To optimize component sizing and calculate the cost of the produced H2, the basic procedure of the whole management method includes chronological simulations and economic calculations. The proposed system consists of a wind turbine (WT), a photovoltaic (PV) unit, an electrolyzer, a compressor, a storage tank, a fuel cell (FC), and various power converters. The paper presents a case study of green hydrogen production on Sifnos Island in Greece through RES, together with a scenario where hydrogen vehicle consumption and RES production are higher during the summer months. Hydrogen stations represent H2 demand. The proposed system is connected to the main power grid of the island to cover the load demand if the RES cannot do this. This study also includes a cost analysis due to the high investment costs. The levelized cost of energy (LCOE) and the cost of the produced H2 are calculated, and some future simulations correlated with the main costs of the components of the proposed system are pointed out. The MATLAB language is used for all simulations.

Characterization of Semisweet and Sweet Wines from Kos Island Produced Traditionally and Conventionally.

Eight wines, four semisweet rosé and four sweet red, produced on Kos Island in Greece, were analyzed. Wines produced following different winemaking procedures were characterized based on their physicochemical parameters, total phenolic content, antioxidant activity, and chromatic properties. Moreover, their elemental composition was studied with ICP-OES. Differences were observed among the measurements performed. All of the samples were below the levels set for SO2 content. The sweet red wines had higher alcoholic strength than semisweet rosé ones, and were characterized by a higher yellow proportion. The vinification process significantly affected SO2 levels, phenolics, and antioxidant activity. The red wines were high in Na content, with one sample exceeding the level set by OIV (International Organization of Vine and Wine). The levels of all the other elements related to quality (Fe, Cu, Zn) or safety (Pb, Cd) were far below the limits set. Rosé wines contained less Mg, but were higher in Na than the red ones. The obtained data suggest that sweet and semisweet wines produced with traditional procedures are safe and of high quality, holding antioxidant capacity beneficial to health. The information reported contributes to a better understanding of these types of wines.

Designing Cultural Routes as a Tool of Responsible Tourism and Sustainable Local Development in Isolated and Less Developed Islands: The Case of Symi Island in Greece

Responsible tourism practices promote the idea that responsibility refers to both visitors and local communities, ensuring the protection and conservation of the natural environment and cultural heritage and contributing to a better quality of life. The role of “sustainability” in a tourist development strategy is to protect and reveal what already exists (“reuse, recycle, renovate”) rather than consume. In these terms, cultural routes can serve as valuable tourism assets that can attract visitors and generate economic activity, while protecting the environmental and cultural heritage. This study is focused on Symi, a small and remote Greek island better known as a religious tourism destination, examining how cultural routes could be at the core of an economic development and social cohesion strategic plan. Symi served as a case study due to the island’s rich cultural and natural heritage, including historic buildings, natural attractions, monuments, and archaeological sites. The revealing of those assets is crucial for the advancement of an integrated local strategy for cultural tourism in terms of responsible tourism. The primary objective of this study is to analyze how the development of a cultural routes network, integrating monuments from diverse historical periods, significant religious sites, and areas of significant architectural and environmental value, can contribute to a responsible tourism approach and further a sustainable development that generates multiple benefits for the local community in an insular region.

POWER AND MANIPULATION DEPICTED BY MILES BRON IN GLASS ONION (2022)

<p><span>This study is aimed to uncover the types of power and investigate how far power can lead to manipulate others in a movie entitled Glass Onion (2022), written and directed by Rian Johnson. The director portrays Miles Bron's exercise of power as if he had invited his friends to play a murder mystery game on his private island in Greece, yet Blanc solves it promptly. Miles is giving his friends a genuine opportunity to kill him since he is disgruntled; in fact, Duke died of a poisoned drink in moments. Due to the disruption caused by Miles' murder mystery game, this study focuses on studying the power wielded by the main character, Miles Bron. The researchers employed qualitative approach by using content analysis method to analyze the movie. Therefore, the data will be displayed in the form of word, phrase, sentence, and utterance produced by all movie’s characters. The findings suggest that Miles has used four types of power bases to control his friends; reward power, coercive power, referent power, and legitimate power. Furthermore, Miles was able to control his friends by disrupting their psychological awareness in chaotic situations such as the disappearance of Duke's gun and cellphone to manipulate the situation as well as the reason of Duke’s death.</span></p>

Radioactivity measurements in eastern Lesvos, Greece

The radioactive background of the eastern side of Lesvos Island in Greece, an island rich in natural radioactivity, was studied by means of gamma ray spectroscopy. Dose rates and concentrations of natural radionuclides (232Th series, 226Ra and 40K) and 137Cs were measured in-situ and in the laboratory, respectively. A total of twenty soil samples and ten beach sand samples was collected and processed according to the IAEA protocol. For the in-situ measurement and the dose rate determination a portable NaI scintillation detector was utilized. The activity concentration calculations were held in the laboratory, using a high-purity germanium detector. These activity concentrations were also used to estimate dose rates, so as to compare the obtained results with the in-situ measurements. The maximum detected values of activity concentrations of 232Th series, 226Ra, 40K and 137Cs were found to be 190, 90, 960 and 70 Bq kg-1, respectively. As for the dose rates, both measured and estimated, the maximum values were 230 and 190 nGy h-1, respectively. A significant difference regarding activity concentrations and dose rates was observed between the two matrices (soil, beach sand), with the values of soil samples quite surpassing those of beach sand samples. That can be attributed to the granulometry of each matrix. Furthermore, the study attempts to compare the radioactive background between the eastern and the western side of Lesvos Island, with the larger values being found in the eastern part.

Phytochemical screening of Psidium guajava and Carica papaya leaves aqueous extracts cultivated in Greece and their potential as health boosters

Aim: The scope of the present study was to investigate the phytochemical profile of Psidium guajava and Carica papaya leaves aqueous extracts, from plants cultivated on Crete island in Greece. Methods: Total phenolic content (TPC) in the aqueous extracts was determined spectrometrically using the Folin-Ciocalteu (F-C) assay. The identification and quantification of different phenolic compounds in the aqueous extracts were conducted using reversed-phase high-performance liquid chromatography (RP-HPLC) analysis. Different metals were also determined (K, Fe, Zn, Ca, Mg, Pb, and Cd) to investigate the potential health claims or hazards in the water extractable infusion using inductively coupled plasma mass spectrometry (ICP-MS) method. Results: TPC in the aqueous extracts was found to be 28.0 g gallic acid equivalent (GAE)/kg dry leaves for Psidium guajava leaves aqueous extract and 15.0 g GAE/kg dry leaves for Carica papaya leaves aqueous extract. The dominant phenolic compounds in Psidium guajava leaves aqueous extract were myricetin (3,852 mg/kg dry sample) and rutin (670 mg/kg dry sample) while the dominant phenolic compounds in Carica papaya leaves aqueous extract were salicylic acid (338 mg/kg dry sample) and rutin (264 mg/kg dry sample). Different metals were also determined (K, Fe, Zn, Ca, Mg, Pb, and Cd) to investigate the potential health claims or hazards in the water extractable infusion, and it was found that no toxic metals were extracted whereas some nutritional benefits were achieved. Conclusions: Results proved that Psidium guajava and Carica papaya can be provided a strong antioxidant activity and can be used as medicinal plants.

XRF Semi-Quantitative Analysis and Multivariate Statistics for the Classification of Obsidian Flows in the Mediterranean Area

Obsidian is a natural volcanic glass formed after eruptions if very rapid cooling of lava occurs. In particular conditions, the lava silicate ions cannot reach the crystalline lattice ordered formation and assume a chaotic arrangement, giving origin to obsidian flows. Obsidian has been used since the Paleolithic period to make tools because of its durability; in the Neolithic period, its trade played an important role in the Mediterranean area, and currently, obsidian is of particular interest for tracing prehistoric trading patterns. In this work, we present a semi-quantitative approach, exploiting energy-dispersive X-ray fluorescence (ED-XRF) coupled with principal component analysis. We consider geological samples from the five main collection sites of archaeological interest in the Mediterranean Basin (i.e., Pantelleria, Lipari, Palmarola, and Sardinia islands in Italy and Milos Island in Greece) and obtain a reliable classification of the fragments’ provenance, also comparing chemical fingerprints with data from the literature. Reported results show that this non-invasive semi-quantitative protocol could ease the application to archaeological samples, such as blades and splinters, permitting the classification of artifacts found in the archeological sites of the Mediterranean area even when relatively few samples are considered.

Projecting Annual Rainfall Timeseries Using Machine Learning Techniques

Hydropower plays an essential role in Europe’s energy transition and can serve as an important factor in the stability of the electricity system. This is even more crucial in areas that rely strongly on renewable energy production, for instance, solar and wind power, as for example the Peloponnese and the Ionian islands in Greece. To safeguard hydropower’s contribution to total energy production, an accurate prediction of the annual precipitation is required. Valuable tools to obtain accurate predictions of future observations are firstly a series of sophisticated data preprocessing techniques and secondly the use of advanced machine learning algorithms. In the present paper, a complete procedure is proposed to obtain accurate predictions of meteorological data, such as precipitation. This procedure is applied to the Greek automated weather stations network, operated by the National Observatory of Athens, in the Peloponnese and the Ionian islands in Greece. The proposed prediction algorithm successfully identified the climatic zones based on their different geographic and climatic characteristics for most meteorological stations, resulting in realistic precipitation predictions. For some stations, the algorithm underestimated the annual total precipitation, a weakness also reported by other research works.

Land cover changes in Euboea island using Sentinel-2 datasets

The Euboea Island is the second largest island in Greece and has a notable agricultural sector while it is a traditional touristic destination but lately has suffered from extreme wildfires and floods. The scope of the study is to monitor the latest land cover changes in Euboea island after the abrupt environmental disasters caused extended damages in private properties, agricultural sector and infrastructures. The analytic recording of land cover changes was made by analyzing a series of Sentinel-2 satellite multispectral imagery. Moreover, the latest CORINE data product (2018) was used for the selection of the training samples which is crucial for the classification process. The overall accuracy of the classifiers exceeds 85% providing reliable results about the classification procedure. After all analyses, it was concluded that environmental situation in the study domain, the most notable change is the large decrease in forests, especially in the northern part of the island. The agricultural sector has seasonal changes but in general, a small decrease is also depicted. The urban/semiurban class is practically unchanged which indicates - among others - that there is not a significant touristic growth as well as new employment perspectives.

Pharmacists’ perceptions and views regarding gender inequality in the pharmacy workforce

Abstract Introduction Gender equality, one of the main human rights, is a factor that catalyses the quality of healthcare. In the pharmacy workforce, there is evidence of gender inequality (GI). Females make up to 70% of the pharmacy personnel worldwide but they hold only 25% of leadership roles.1 This male-dominated leadership is a predictor of high rates of harassment.2 Sexual harassment (SH) is a sensitive topic, which concerns many professions. In the pharmacy profession, SH can happen at any point in the career. Nowadays, the dynamics of the lesbian, gay, bisexual, transgender, queer, or questioning (LGBTQ+) community (LGBTQ+c) have been growing, with its members claiming equal treatment with the rest of the society. LGBTQ+c may feel embarrassed and so avoid healthcare, which implies a poor health prognosis and exacerbates health inequalities.3 Aim This study aimed to identify pharmacists’ perceptions regarding GI, their experiences in SH and to explore their behaviours and practice in LGBTQ+c in Greece. Methods This quantitative research used a survey-based questionnaire (consisting of 6 sections and 55 multiple-choice and Likert scale questions, including on demographics, designed after an extensive literature search. The study was conducted in Corfu (the 4th largest island in Greece) based on the local knowledge and convenience of the researcher. A pilot study was also conducted for the validity and reliability of the questions with no further changes. The questionnaires were distributed electronically (March/April 2022) in all 117 pharmacies in Corfu. The data underwent descriptive statistical analysis. Prior to data collection, all documentation was ethically approved by the Pharmaceutical Association of Corfu in Greece. Results In total, 90 pharmacists responded positively and completed the questionnaire (response rate of 77%). A total of 63,3% (n=57) of the sample were female and 36,7% (n=33) were male pharmacists. It was also identified through responses that although women are satisfactorily represented in the pharmacy profession (80%, n=72), the leading positions are occupied by men. (88.9%, n=80). Furthermore, it was observed that female pharmacists receive verbal violence and SH more often, both in the community pharmacy (96.6%, n=86) and in the university (66.3%, n=59). The effects of such behavior appeared to exert psychological pressure on the pharmacist, resulting in reduced performance (83.3%, n=75). Pharmacists (81.2%, n=73) expressed the need of a more specialised education on how to deal with patients from LGBTQ+c. Discussion/Conclusion This appears to be the first study exploring GI in the pharmacy profession in Greece, the forms in which it manifests, the ways of dealing with it, and the parameters regarding the management of LGBTQ+c in the pharmacy premises. The study’s limitations included the small sample size, the minimum data collection period (two months) and the location (Corfu); thus, the results might not be generalisable. In conclusion, further training may eliminate GI in the pharmacy workforce and contribute to the formation of a more multifaceted cognitive spectrum that will strengthen the pharmacists’ role in the provision of a fully integrated care to all patients and to provide a safe care environment for people belonging to the LGBTQ+c.