Artwork Gallery

On this page, you can download the TRIGGER artwork that has been created for social media and other communication actions. With this, we aim at promoting transparency and open collaboration.

At TRIGGER, we encourage inclusivity, sharing, and dissemination of project-related content in line with the principles of Open Science. Thus, promoting accessibility, transparency, and collaboration in research and innovation-related efforts.

The use of these images should be aligned with the project principles and goals, as well as with the European Commission copyright principles, directives and aims; and be compliant with the Creative Commons permissions defined for each piece. All the artwork on this page is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License. You can find more information by clicking on the Creative Commons license icon on this page.

The artwork is downloaded in 1200×1220 pixels image format (.jpg) and only for screen use (RGB). If you need any resources in a larger size, you can contact us at info@project-trigger.eu.

Multi-year analysis of distributed glacier mass balance modelling and equilibrium line altitude on King George Island, Antarctic Peninsula.

Artwork created for sharing the publication "Multi-year analysis of distributed glacier mass balance modelling and equilibrium line altitude on King George Island, Antarctic Peninsula" with contributions of partners from ECMWF | European Centre for Medium-Range Weather Forecasts.

Anatomy of a glacial meltwater discharge event in an Antarctic cove

Artwork created for sharing the publication "Anatomy of a glacial meltwater discharge event in an Antarctic cove" with contributions of partners from ECMWF | European Centre for Medium-Range Weather Forecasts.

World Environment Day 2023

Artwork created for celebrating the 2023 World Environment Day. Let's raise awareness and #BeatPlasticPollution and take action to work towards a cleaner, healthier future for all!

Seasonal predictions of agro-meteorological drought indicators for the Limpopo basin.

Artwork created for sharing the publication "Seasonal predictions of agro-meteorological drought indicators for the Limpopo basin" with contributions of partners from ECMWF | European Centre for Medium-Range Weather Forecasts.

The Multiple-Scale Nature of Urban Heat Island and Its Footprint on Air Quality in Real Urban Environment.

Artwork created for sharing the publication "The Multiple-Scale Nature of Urban Heat Island and Its Footprint on Air Quality in Real Urban Environment" with contributions of partners from the University of Bologna.

Health effects of desert dust storm events in the south-eastern Mediterranean: perceptions and practices of local stakeholders.

Artwork created for sharing the publication "Health effects of desert dust storm events in the south-eastern Mediterranean: perceptions and practices of local stakeholders" with contributions of partners from the University of Crete.

The MEDEA childhood asthma study design for mitigation of desert dust health effects: implementation of novel methods for assessment of air pollution exposure and lessons learned.

Artwork created for sharing the publication "The MEDEA childhood asthma study design for mitigation of desert dust health effects: implementation of novel methods for assessment of air pollution exposure and lessons learned" with contributions of partners from the University of Crete.

Improved indoor air quality during desert dust storms: The impact of the MEDEA exposure-reduction strategies.

Artwork created for sharing the publication "Improved indoor air quality during desert dust storms: The impact of the MEDEA exposure-reduction strategies" with contributions of partners from the University of Crete.

Responses of schoolchildren with asthma to recommendations to reduce desert dust exposure: Results from the LIFE-MEDEA intervention project using wearable technology.

Artwork created for sharing the publication "Responses of schoolchildren with asthma to recommendations to reduce desert dust exposure: Results from the LIFE-MEDEA intervention project using wearable technology" with contributions of partners from the University of Crete.