Empowering a thriving global farming community nurturing our planet.
Satellite services that matter to support a viable and sustainable agriculture sector.
Static representation of agricultural areas:
Continuous monitoring and change detection in agriculture:
Using past and present data to predict future conditions and trends:
Crop Type Detection
Uncover nature‘s palette in every field.
One core element is the identification of the planted crop.
Knowing WHAT is growing and WHERE to find it, is the first step towards agricultural digitalization.
Identification of cover crops
Protecting our soils for future produce.
By identifying periods of vegetative growth and areas no or little coverage we identify fallow land, winter catch crops as well as various agricultural practices.
Mowing event detection
A glimpse into the timing of grassland management.
This product identifies time and frequency of grassland mowing, quantifying the intensity of land use and eligibility of mowing events.
Harvest date identification
Revealing the timely story behind crop life cycles.
This product accurately determines the day of the harvest, enabling you to optimize your agricultural operations.
Change mapping
Identifying temporal transformations, plot by plot.
Agricultural is ever-changing, we identify changes in crop types and agricultural practices, anytime-anywhere.
Quantifies the parcel homogeneity
Recognizing harmony in every hectare.
A field is rarely homogeneous. This product determines whether this is due to a different crop types or some natural variability.
Identifies soil sealing and degree of sealing
Uncovering sealing of precious agricultural land.
Fertile soil is the greatest asset of farmers, we identify the degree of soil sealing due to natural and manmade interventions on every field.
Prediction on current state & forecast of yield potential
Best-in-class models for predicting food security and profit.
Continuous growth monitoring of the crop leads to more accurate yield predictions, allowing to steer interventions and forecast revenue.
Providing insights to soil-health and -resources
Accurate and timely measurement of the water content in the soil help to ensure optimal plant growth and input for irrigation to maximize yield, while keeping expanses to a minimum.
Develop a new service with us
With our specialized innovation department we are accustomed and experienced to develop new satellite based services for your individual needs. We invest together to perform a feasibility study, validate the applicability and decide on a viable license model.
Support and optimize logistics and transport
Optimize field visits and guide field sampling to allow for correct spots for accurate and representative samples
Tracking growing conditions and risk factors for assessing product qualities already before the harvest
Quantitative and qualitative yield estimation
Damage identification and verification
Biomass estimation
Sample spot service
Past, current and future agricultural insights
Yield prediction, including scenario calculations
Result liability validated with accurate ground-truth data sources
Detection of crop type and planted acreage
Aggregated statistics
Monitoring the fluctuations in valuable rangeland resources
Mapping changes in rangeland ecosystems, sustainability for livestock, biodiversity, and climate change responses.
Measuring herbaceous biomass to predict livestock production capacity and wildlife biomass.
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GeoVille is operating the Austrian CAP Area Monitoring System covering and controlling all agricultural parcels in Austria with regard to relevant agricultural aspects and practices (e.g. crop type, crop cover, time of harvest, mowing events, non-agricultural land use), for payment of subsidies to farmers.
Systematic monitoring of rangelands delivers critical information for pastoral livelihoods, conservation managers, and policymakers to make informed and adaptive decisions about rangeland productivity and biodiversity up to the continental level. Earth Observation data delivers insights into rangeland extent, type, phenology, performance, as well as herbaceous biomass, and related anomalies.
Systematic monitoring of rangelands delivers critical information for pastoral livelihoods, conservation managers, and policymakers to make informed and adaptive decisions about rangeland productivity and biodiversity up to the continental level. Earth Observation data delivers insights into rangeland extent, type, phenology, performance, as well as herbaceous biomass, and related anomalies.
Oil palm production offers the opportunity to deliver woody biomass for small off grid electricity production. GeoVille has been commissioned to assess the oil palm biomass potential in rural communities in Liberia as a baseline for the planning of mini-grid investment projects for rural electrification.
A satellite-based forest inventory, including the delineation of industrial and community-based oil palm and rubber tree plantations was generated and the above-ground biomass was modelled, in order to infer the biomass potential for communities in selected counties.
Satellites provide critical input to agricultural risk insurance indices. Such information, e.g. anomalies in start of season retrieved from soil moisture data, is used to assess weather-induced risk and food security.
Efficient management of water resources is key for optimising crop yield, e.g. for rice cultivation in the Mekong river basin. Earth observation provides information about water presence and flooding, as well as drought events in order to adapt cultivation practices to current weather regimes.
Our specialised subsidiary serving operational monitoring services:
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