Case study: stratified soil sampling
The state of your crop is both a result and an indicator of the underlying soil chemistry. SatAgro allows soil sampling to be planned based on biomass variability. The results …
Course: Innovation in Arable Farming: Technologies for Sustainable Farming Systems
Farmer interviews – the environmental impact
In the last of our videos in which Dr Alice Mauchline talks to farmers from across Europe, the environmental implications of adopting precision and digital technologies are discussed. Ben considers …
Social considerations
Adopting precision farming has the potential to create wide ranging social impacts, from the agricultural workforce to food security. In this step we’ll explore these potential positive and negative impacts …
Farmer interviews – the social impact
Watch this last of Dr Alice Mauchline’s talks with farmers from across Europe to hear their thoughts on the environmental implications of adopting precision and digital technologies. Apart from a …
Welcome to Week 3
Welcome to the final week of Innovation in Arable Farming: Technologies for Sustainable Farming Systems, where you’ll be considering the social and environmental aspects of precision farming. You’ll continue to …
Financial considerations
In Step 1.7 we looked at the three pillars of sustainability. This Week we have focused on the first pillar – financial and economic sustainability. Do any of the priorities …
What’s next?
Congratulations, you’ve completed the second week of Innovation in Arable Farming: Technologies for Sustainable Farming Systems. There was a lot of information to take in this week and you’ll now …
Plan, monitor, analyse
Precision farming has been described as ‘a means of increasing the chance that the right crop management strategies are implemented in the right place at the right time’ [1]. But …
Farmer interviews – the financial implications
In this video, a selection of our 7 farmers discuss the financial implications of adopting precision and digital technologies on their farms. They discuss affordability and share useful tips for …
Prescription Maps
Prescription maps are generated from a range of geo-referenced data, such as soil nutrient levels and historical yields, and provide input rates for defined zones of a field. Using the …
Farmer interviews – challenges of new technologies
In this video, Dr Alice Mauchline asks the farmers about the challenges they’ve experienced when using precision and digital technology. Issues such as compatibility between manufacturers, knowing what data you …
Case study: How automation makes better use of nitrogen balance data
Nitrogen is vital for plant growth but fertiliser is expensive and over application has detrimental environmental effects. In order to avoid unnecessary costs and pollution, the nitrogen balance of agricultural …
Farmer interviews – successes with new technologies
Dr Alice Mauchline interviews farmers from across the EU to discover their reasons for adopting precision technologies and what the benefits have been. Listen as they describe their reasons for …
Sensor-based Technologies in Precision Farming
A range of data needs to be collected and analysed to generate map-based outputs for precision farming. Sensor-based technologies are a vital part of this process of collection and analysis …
Map-based Technologies for Soil Maps
Soil maps provide information such as soil type, nutrient levels, moisture and topography (eg slope and elevation)[1]. They can be used to divide fields into homogenous zones for management, important …
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Innovation in Arable Farming: Technologies for Sustainable Farming Systems