Measure 15 played a key role in the protection and spreading the use of local forestry genetic resources in the Italian region of Marche.
Projects & Practice
Angelic Gardens (Anielskie Ogrody) is a forward-looking project that aims to create oases of biodiversity in farms and gardens. It shows that a small productive garden on a family farm can, with little effort, be beautiful and provide high quality bio food. Angelic Gardens leads the way in the times of pandemic and climate change with high quality ‘step by step’ educational materials and easy internet communication.
A family farm converted to organic lavender farming in order to diversify their offer of products and services in an environmentally sustainable way.
A family farm invested in soil conservation practices to increase its capacity to store water and its microbial biomass activity.
The project took nature-friendly vine cultivation on a family farm a step further to develop zero-waste processing methods that valorise all by-products of grapes in a sustainable and fully circular way. The resulting seeds, oil and flour have proved very popular with customers.
Organic and biodynamic farms cooperate to jointly acquire conservation tillage equipment (subsoilers and no till seeding machine) to enhance soil quality, reduce pollution and maximise their soil’s capacity to act as a carbon sink
A small farm converted to organic vegetable production and in so doing successfully increased its competitiveness and profitability.
Operation M10.1.19 focuses on result-oriented and focused Rural Development Programme (RDP) interventions to stabilise endangered habitats, species and plants and thus reverse the decline of biodiversity in Austria’s agricultural regions.
The Organic farming measure in the Austrian Rural Development Programme (RDP) helps preserve and enhance biodiversity; establish nutrient cycles on farms and reduce input, while also increasing soil fertility.
Using the Rural Development Programme (RDP) to support the re-establishment of a moor by restoring its original hydrology and the propagation of the natural moor vegetation.