List of Practice Abstracts – Novaterra

Integrated Novel Strategies for Reducing the Use and Impact of Pesticides, Towards Sustainable Mediterranean Vineyards and Olive Groves

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Alternative Products (WP2)
Smart Farming (WP3)
Soil Management and Functional Biodiversity (WP4)

Use of prediction models in crop protection

Mass trapping to reduce pesticide use in olive groves

Characterising wildflowers in olive orchards to enhance biological control

Gray mold control in vineyards through predictive models and biocontrol agents

Grapevine pruning wood composting: effects on wood pathogens and biodiversity

Adoption of biocontrol in vineyards: Insights from a NOVATERRA workshop in Bordeaux

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Mixed (Olive Groves and Vineyards)
Olive Groves
Vineyards

Mass trapping to reduce pesticide use in olive groves

Characterising wildflowers in olive orchards to enhance biological control

Gray mold control in vineyards through predictive models and biocontrol agents

Grapevine pruning wood composting: effects on wood pathogens and biodiversity

Adoption of biocontrol in vineyards: Insights from a NOVATERRA workshop in Bordeaux

Robotic technology for alternative soil management

Application timing of bioinsecticides for the control of olive moth

Navigating pesticide regulation for sustainable pest management in olive groves and vineyards

Improving pest-management decision-making and innovation adoption in olive groves and vineyards

Optical Sensors in precision agriculture applications

How VRA technology can reduce pesticide use

Effectiveness of incorporating cover crops for more sustainable soil management in Mediterranean vineyards

Innovative agronomic practices enhance olive yield and oil quality in integrated pest management

Enhancing olive grove sustainability through NOVATERRA DSS implementation

A tool for soil management in vineyards and olive groves

How consumers can contribute to pesticide reduction in vineyards and olive groves

The role of farmer’s associations in communicating and disseminating NOVATERRA results

Breaking down barriers: Tackling agricultural data interoperability in precision agriculture

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AGENSO
Agricultural University of Athens
APPITAD
Corteva
CREDA
European Business Summits
Hort@
IFV
INESC TEC
Instituto Politécnico de Bragança
IRTA
Mixed (Olive Groves and Vineyards)
Myrolion
Olive Groves
PTV
Sogrape
Terras Gauda
Unaprol
Universidad de Burgos
Università Cattolica del Sacro Cuore
UPC
Vineyards
Vitagora
VITEC

Transferring results to Galician farmers

The Wine Innovation School, an example of technological transfer

Protecting Olive Groves: Novel Copper Nanoparticles Solution for Leaf Spot Disease

Exploring the efficacy of bioproducts in olive moth’s control

INSTINCT™: optimising crop yield with innovative technologies

The legal and regulatory status of PPPs applied to grapevines and olive groves

NOVATERRA ongoing trials to reduce the use of contentious pesticides

Willingness to pay for products from the alternative technologies to PPPs

Cost-benefit analysis of alternative innovations to the contentious PPPs

Predicting stakeholder willingness to adopt alternative technologies to contentious PPPs

Flora composition in olive crops

Monitoring mass-trapping efficacy in olive crops

Optimisation of alternative products for disease management in vineyards

General advantages of using cover crops and floral margins

The use of sex pheromone traps for olive moth Prays oleae (Bernard) monitoring

Nanoparticles products, an interesting technology to fight against downy and powdery mildew in grapevines

Alternatives to reduce Copper in the soils in grapevine cultivar

Use, non-use and impact of pesticides in mediterranean countries

Integrated novel strategies for reducing the use and impact of pesticides, towards sustainable mediterranean vineyards and olive groves

The NOVATERRA project has received funding from the European Commission’s Horizon 2020 grant agreement number 101000554.

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