14.11.2016 Views

3FOOD

TIR-CG_Luxembourg-Final-Report_Long-Version

TIR-CG_Luxembourg-Final-Report_Long-Version

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Third Industrial Revolution Consulting Group<br />

6.4 Provide in class, online, and in field training sessions to upgrade and enhance the skills<br />

and competences of professional farmers to enable them to take advantage of intelligent<br />

agriculture techniques and technologies. These include robotics, computer-based imaging,<br />

GPS technology, drones, climate forecasting, technological solutions, environmental<br />

controls and more. To make the best use of all these new and expanding technologies, it is<br />

essential to provide a series of ongoing trainings for farmers and farm managers to sustain<br />

productive, healthy farms.<br />

7 Research, Development & Innovation<br />

7.1 Increase the engagement of farmers and farm managers in applied research with<br />

research institutes to field test practical intelligent agriculture tools and technologies.<br />

Farmers are reluctant to change methods and adopt new technologies without clear<br />

evidence of their cost-effective practicability and minimal risk. Sharing experimental results<br />

and best practices can help identify challenges and opportunities and assist farmers in<br />

learning about the myriad of new smart technologies that can increase aggregate<br />

efficiencies and productivity while reducing marginal costs and ecological footprint.<br />

7.2 Increase funding support for RDI applied research on organic farming methods that could<br />

be seamlessly integrated into farm operations. Seek out funding opportunities from EU<br />

initiatives that encompass how to detoxify soils, streams, and groundwater in making the<br />

transition to organic farming.<br />

7.3 Commission a University-led inventory mapping of the opportunities for increasing soil<br />

and vegetation carbon levels of Luxembourg’s forests and farmlands. Inventory mapping<br />

of carbon levels can provide a baseline for assessing both the current health and<br />

productivity of the nation’s soils and vegetative landscape, as well as remaining<br />

opportunities for further enhancing carbon storage. Part of the inventory exercise should<br />

consider placement of soil smart sensor networks for gathering and monitoring data over<br />

longer time frames.<br />

7.4 Implement experiments on Luxembourg fields to determine local economic values and<br />

benefits from the Ecosystem Services accruing as a result of a shift to organic farming<br />

methods. Determine the increased benefits of ecosystem services such as biological<br />

control of pests, as well as nitrogen mineralization, among others.<br />

199

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!