What is the purpose of the SHEET project?
Purpose of SHEET (Sunburn and HEat prediction in canopies for Evolving a warning Tech solution - https://ictagrifood.eu/node/44656) project is to develop risk prediction models for heat damage in the fruit production and transfer the model in a functional mobile application on the smart phone.
Global radiation and temperature rise cause huge risks for the fruit production already affecting the fruit quality, storability, and increasingly results in food waste. Experimental data will capture apple, grape, and sweet cherry production in varying elevation, global radiation, and precipitation.
The project SHEET is part of the ERA-NET Cofund ICT-AGRI-FOOD, with funding provided by national sources and co-funding by the European Union’s Horizon 2020 research and innovation program, Grant Agreement number 862665.
Which type of data will produce the project?
Experimental data will capture seasonal weather data as well as fruit temperature, fruit sunburn (SB) occurrence and SB symptoms level, in varying climatic condition, on apple, cherry and grape fruit species.
More information regarding the SHEET project outcomes from all the partners can be found HERE
Institution: University of Bologna
| Full Name | contact | role |
|---|---|---|
| Brunella Morandi | [email protected] | Project Head and research on apple physiology |
| Luigi Manfrini | [email protected] | Research on apple physiology |
| Alexandra Boini | [email protected] | Research on apple physiology |
| Crisitano Franceschini | [email protected] | Research on apple physiology |
| Michele Gullino | --- | Research on apple physiology |
| Gianmarco Bortolotti | [email protected] | Research on apple physiology and tech development |
| Mirko Piani | [email protected] | Data management - tech development - Programmer |
| Dario Mengoli | [email protected] | Data management - tech development - Programmer |
| Nicolò Omodei | [email protected] | Data management - tech development - Programmer |
| Simone Rossi | [email protected] | Data management - tech development - Programmer |
| Ilaria FIlippetti | [email protected] | Research on grape physiology |
| Gianluca Allegro | [email protected] | Research on grape physiology |
| Daniela Sangiorgio | [email protected] | Research on grape physiology |
| Chiara Pastore | [email protected] | Research on grape physiology |
The SHEET project has been programmed to start in 2021 and to end in 2024.
- Experimental set-up and first year physiologial data collection (Open Acces Apple Fruit position and temperature data - [documentation here])
- Initial data collection and model training for development of the RGB-D/Thermal scanning Platform
- Second year physiologial data collection (Open Acces Apple Fruit position and temperature data - [documentation here])
- Development of fruit and trunk detection models used in the RGB-D-Thermal scanning Platform
- Development of the first version of an RGB-D/Thermal scanning Platform: A consumer grade RGB-D/Thermal scanning platfrom was developped and tested in field for its performance as a low cost solution compared to the research level solution proposed from ATB. More information can be found in Development of a consumer-grade scanning platform for fruit thermal and position data collection (paper - presentation)
-
Third year physiologial data collection (Open Acces Apple Fruit position and temperature data - [documentation here])
-
Development of the second version of the RGB-D/Thermal scanning Platform. More information of this improved version can be found in "A Low-cost RGB-D/thermal platform for monitoring fruit temperature with spatial resolution" (paper - presentation)
-
Realease of Open Acces Apple Fruit position and temperature data [documentation here]: After the last season of data collection, a chomprehensive dataset of the climatic, physiological and fruit quality (Apple) data collected during the project was released.
It contains data of the trial site in Cadriano (Bologna, Italy) - at the experimental farm of the University of Bologna (44.54824 °N, 11.41449 °E) - organized by years (2021, 2022, and 2023) and related to:- continuos weather data, continuos microclimatic data of orchard conditions tested (2021 and 2022 only)
- discrete radiation measurements of the illumination condition of each tested treatment,
- continuos measurements of apple fruit surface temperature collected with thermocouples
- discrete measurements of apple fruit surface temperature collected with handheld thermal camera (2022, 2023 only)
- 3D position of the fruit monitored for surface temperature,
- discrete measurements of apple fruit surface temperature and position collected with an RGB-D/ Thermal scanning platform prototype (2022 only),
- discrete measurement reporting the moment of sunburn damage occurrence, its level, L*a*b* chroma and Hue color information, and DA-meter index values.
-
Realease of SHEET project - Unibo Computer Vision Final Repository[documentation here]: The repository contains all the computer-vision related datasets and models developped during the project. The repository contains:
- YOLOv5 models for apple fruit, grape cluster, and tree trunk detections
- YOLOv8 models for colse fruit detection + sunburn symptomps classification
- Annotated datasets used for the training of each model
- Code scripts used to manage data and train the models
-
(2022) How can we reach enhanced climate resilience considering sunburn and heat damage in fruit and vegetables production? - Acta Horticulturae ISHS
-
(2023) Irrigation during ripening may reduce sunburn damages on berries of Vitis vinifera L. 'Sangiovese' - Acta Horticulturae ISHS
-
(2023) Apple responses to fruit sunburn in Italy' - Acta Horticulturae ISHS
-
(2023) 'Development of a consumer-grade scanning platform for fruit thermal and position data collection' - IEEE 2023 MetroAgriFor Proceedings IEEE Explorer
-
(2023) 'Evaluation of fruit temperature on cherries by means of thermal point clouds' - IEEE 2023 MetroAgriFor Proceedings IEEE Explorer
-
(2023) 'Come gestire il meleto per ridurre l'incidenza delle scottature solari'- Rivista di Frutticoltura n.9
-
(2023) 'Sangiovese, l’irrigazione può ridurre le scottature' - L'Informatore Agrario
-
(2024) A Low-cost RGB-D/thermal platform for monitoring fruit temperature with spatial resolution - Acta Horticulturae ISHS
-
(2024) Assessment of the temperature threshold for the occurrence of sunburn damage in Vitis vinifera L. 'Sangiovese - Acta Horticulturae ISHS
-
(2024 - IN PRESS) 'Mobile App for analysing the heat damage risk in grape - ISHS EHC proceedings - Acta Horticulturae ISHS
-
(2024 - IN PRESS) 'Effect of TiO2 spray application on storability of apple 'Gala' - ISHS EHC proceedings - Acta Horticulturae ISHS
-
(2024 - IN PRESS) 'Effects of zeolite application and irrigation on berry sunburn damage and vine performances in cv. Sangiovese (Vitis vinifera L.) - ISHS EHC proceedings - Acta Horticulturae ISHS
-
(2024 - IN PRESS) 'Sunburn Dynamics: Exploring Occurrence and Evolution on Vitis vinifera Berries - A Case Study of 'Sangiovese' and 'Pignoletto' Cultivars. - ISHS EHC proceedings - Acta Horticulturae ISHS
-
(2024 - IN PRESS) 'Orchard management changes solar radiation profiles, influencing apple sunburn - ISHS EHC proceedings - Acta Horticulturae ISHS
-
(2024 - IN PRESS) 'Prevention of climate change induced sunburn damage on berries of Vitis vinifera L. with machine learning - Journal Elsevier
This work was supported by the SHEET European project. The project SHEET (Sunburn and heat prediction in canopies for evolving a warning tech solution) is part of the ERA-NET co-funded ICT-AGRI-FOOD, with funding provided by national sources (Italian Ministry of the University and Research) and co-funding by the European Union’s Horizon 2020 research and innovation program, Grant Agreement number 862665. https://ictagrifood.eu/node/44656