Sumários

VI- SUSTAINABLE VITICULTURE (CONT.)

7 Dezembro 2023, 09:00 Carlos Manuel Antunes Lopes


Presentation of the Practical Reports:

- Biodynamic Viticulture;

- Functional biodiversity and ecossisttem services;

- Sustainable vineyard spraying;

- Canopy management practices to improve vineyard sustainability;

- Use of resistant varieties for a sustainable viticulture.

VI- SUSTAINABLE VITICULTURE (cont.)

30 Novembro 2023, 14:00 Carlos Manuel Antunes Lopes


Round Table on “Alternatives to Conventional Viticulture”

round Table with the following invited experts: : Pedro Marques (Vale da Capucha), Miguel Cachão (AVIPE); Sérgio Nicolau (ORGO).

Discussion

VI- SUSTAINABLE VITICULTURE (cont.)

30 Novembro 2023, 09:00 Carlos Manuel Antunes Lopes


WORKSHOP ON SUSTAINABLE VITICULTURE

- Sustainable water use in viticulture and wine production (M Costa, ISA)

- Importance of soil microbiome on Viticulture Sustainability (E. Santos, ISA)

- Low carbon Wine: a case study at Alentejo winegrowing region (C. Lopes, ISA)

- Wines of Alentejo Sustainability Plan (J. Barroso, CVRA);

- Sustainable use of pesticides in viticulture: copping with the EU targets by 2030 (M. Cachão, AVIPE)

IV. PRECISION VITICULTURE (cont)

23 Novembro 2023, 14:00 Carlos Manuel Antunes Lopes


4.3. Workshot on “Main Applications of PV: Case-studies”

4.3.1. Yield estimation using image analysis (G. Victorino, ISA);

4.3.2. Biod´Agro - an intelligent operating system for information and decision support for agrobiodiversity in vineyards  (P. Antunes, Spaceway)

4.3.3. Remote sensing with drone and satellite for precision viticulture (V. Pimenta, Spinworks)

4.3.4. VRT applied to mechanical pruning (M. Botelho, ISA)

4.3.5. FAIR Data for viticulture (R. Figueira, ISA)

4.3.6. New tools in precision viticulture based on computer vision and artificial intelligence (J. Tardaguila, Univ. Rioja)

IV. PRECISION VITICULTURE

23 Novembro 2023, 09:00 Carlos Manuel Antunes Lopes


4.1. Introduction - main concepts
4.2. Technologies and Applications in Precision Viticulture
4.2.1. Global positioning system (GPS)
4.2.2. Geographical Information Systems (GIS);
4.2.3. Remote sensing;
4.2.4. Proximal sensing;
4.2.5. Variable Rate Technology (VRT);
4.2.6. Platforms used to carry the sensors.
4.2.7. Other Ground Robots in Viticulture