Both FATIMA and MOSES are explicitly focused on reducing crop water consumption, placing water management at the core of the company's H2020 portfolio.
ALIARA AGRÍCOLA SL
Spanish agricultural SME providing field-level expertise in crop water and nutrient management for precision farming research consortia.
Their core work
ALIARA AGRÍCOLA SL is a Spanish agricultural SME based in Talavera de la Reina, Castilla-La Mancha — a region with significant irrigated farmland — contributing on-the-ground farming expertise to EU-funded precision agriculture research. Both of their H2020 projects address crop water efficiency and external nutrient input management, strongly suggesting the company operates as an agricultural practitioner: a farm operator or agri-services provider that supplies test fields, real-world operational data, and end-user validation to research consortia. Their participation in an Innovation Action (FATIMA) alongside a Research and Innovation Action (MOSES) indicates they are comfortable bridging applied demonstration and early-stage research roles. In practical terms, they are the kind of partner that makes precision agriculture technology actually work in a field setting, not just in a laboratory.
What they specialise in
FATIMA (FArming Tools for external nutrient Inputs and water MAnagement) directly addresses fertiliser and nutrient input optimisation at field scale.
Participation in both an IA and an RIA centred on decision-support tools for farm management indicates hands-on experience deploying precision ag solutions.
MOSES (Managing crOp water Saving with Enterprise Services) specifically explores enterprise-level digital services for farm water-saving decisions.
How they've shifted over time
Both H2020 projects started in 2015 and ran through 2018, meaning ALIARA AGRÍCOLA's entire EU research footprint falls within a single, concurrent period — there is no meaningful before-and-after to analyse. The two projects are thematically tightly paired: one focuses on nutrient and water inputs (FATIMA), the other on digital enterprise services for water saving (MOSES), suggesting a deliberate pairing of field-level agronomic practice with emerging digital tools at the same moment. Without evidence of projects after 2018, it is impossible to determine whether they have continued developing these capabilities or stepped back from EU research collaboration entirely.
Both projects address the same theme simultaneously, so no directional shift is detectable from the data — any future collaboration interest should be verified by checking post-2018 activities directly with the company.
How they like to work
ALIARA AGRÍCOLA participates exclusively as a consortium partner and has never coordinated an H2020 project, which is consistent with an agricultural practitioner valued for field access and operational knowledge rather than project management capacity. Despite only two projects, they accumulated 36 unique partners across 16 countries, pointing to integration into large, internationally diverse research consortia typical of MSCA and Societal Challenge calls. This pattern suggests they are a sought-after end-user or demonstration partner — brought in to ground technology development in real farming conditions — rather than a repeat collaborator with a stable inner circle.
ALIARA AGRÍCOLA has built a surprisingly broad network for a two-project SME: 36 unique partners spanning 16 countries, achieved through participation in large, multi-partner consortia. Their geographic reach is European, with no evidence of a particular regional concentration beyond their Spanish base.
What sets them apart
ALIARA AGRÍCOLA occupies a specific and relatively rare niche in EU research consortia: an agricultural practitioner SME that provides the real field conditions and farmer-side perspective that purely technical or academic partners cannot replicate. Located in Castilla-La Mancha — one of Spain's key dryland and irrigated farming regions — they bring geographic and climatic relevance for projects targeting Mediterranean and semi-arid agriculture. For a consortium building a precision agriculture tool that needs credible field validation in southern Europe, this company offers something that research institutes simply cannot: actual farms, actual data, and actual farmers.
Highlights from their portfolio
- FATIMAThe largest funded project (EUR 403,250) and the one most directly aligned with the company's apparent core: combining fertiliser input control with irrigation management in a single field-level decision framework.
- MOSESNotable for pairing crop water saving with enterprise digital services, suggesting early exposure to farm management software and IoT-based decision tools well before these became mainstream in EU agriculture calls.