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The IRODDI project successfully proves how an industrial bioeconomy model can also work with products that are not intended for energy use
Document
11-10-2024
IRODDI
Olga Gómez de Miranda
INNOWATER
Video
01-07-2021
Improvement of water and energy use in the modernized irrigation of fruit trees (GO InnoWater)
Miguel Mora Gómez
Practice abstract SPA GO INNOWATER
Document
30-09-2023
Improvement of water and energy use in the modernized irrigation of fruit trees (GO InnoWater)
Miguel Mora Gómez
Practice abstract ENG GO INNNOWATER
Document
30-09-2023
Improvement of water and energy use in the modernized irrigation of fruit trees (GO InnoWater)
Miguel Mora Gómez
PA 2_Improving crop yield stability by intercropping
Document
30-04-2021
ReMIX
ReMIX project
- Intercropping crop Yield Stability
OG_Honey yield of bee colonies with naturally and instrumentally inseminated queen bees during two honey production seasons
Document
30-06-2023
Development and implementation in practice of new methods for reproductive ability of honey bee col
Tsvetan Tsvetanov
- Operational Group
- Honey yield; Honey Bee (Apis mellifera mellifera L.); Naturally and instrumentally inseminated queen bees
Saving energy and promoting health with sensor-based light adjustments
Document
01-04-2024
BROILERNET
Stefan Gunnarsson
Hybrid solution to ensure energy self-sufficiency in a berry farm
Document
31-12-2023
BRANCHES
Kirsikka Kiviranta
Heidi Saastamoinen
Energy from miniature power plants
Document
31-12-2023
BRANCHES
Jyrki Raitila
SOS Aquae: Matching crop row and dripline distance in subsurface drip irrigation increases yield and mitigates N2O emissions
Document
01-12-2022
NUTRI-KNOW
Federico Ardenti

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The IRODDI project successfully proves how an industrial bioeconomy model can also work with products that are not intended for energy use

INNOWATER

Practice abstract SPA GO INNOWATER

Practice abstract ENG GO INNNOWATER

PA 2_Improving crop yield stability by intercropping

OG_Honey yield of bee colonies with naturally and instrumentally inseminated queen bees during two honey production seasons

Saving energy and promoting health with sensor-based light adjustments

Hybrid solution to ensure energy self-sufficiency in a berry farm

Energy from miniature power plants

SOS Aquae: Matching crop row and dripline distance in subsurface drip irrigation increases yield and mitigates N2O emissions

The IRODDI project successfully proves how an industrial bioeconomy model can also work with products that are not intended for energy use

INNOWATER

Practice abstract SPA GO INNOWATER

Practice abstract ENG GO INNNOWATER

PA 2_Improving crop yield stability by intercropping

OG_Honey yield of bee colonies with naturally and instrumentally inseminated queen bees during two honey production seasons

Saving energy and promoting health with sensor-based light adjustments

Hybrid solution to ensure energy self-sufficiency in a berry farm

Energy from miniature power plants

SOS Aquae: Matching crop row and dripline distance in subsurface drip irrigation increases yield and mitigates N2O emissions