University of Reading Project Title Continuous, large-scale, dynamic soil moisture mapping to capture root growth and dynamic water use traits in field conditions Total Funds Requested £24,665 Project Summary Water…
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University of Manchester; e-Agri Sensors Centre, Elec. & Electronic Engineering Project Title Seeing the unseeable – Scaling Electrical Impedance Tomography (EIT) to enable a whole plant, high-throughput, phenotyping demonstrator asset…
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Edge Hill University Project Title DeepEarNet: Accurate Segmentation and Measurement of Cereal Grain Spikes Directly in Point Clouds Using Latest Deep Learning and Domain Knowledge. Total Fund Requested – £24,639…
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Project Title Predicting plant root growth from time-series data using deep learning Total Fund Requested – £24,677.34 This pilot project will study the potential of deep networks to predict the…
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Project Title In-field 3D imaging for high resolution morphometric phenotyping in wheat Total Fund Requested –£24,772 Project Summary The are a number of phenotyping tools currently available that are capable…
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Project Title: Measuring the consequences of abiotic stress in vivo using fluorescent and bioluminescent probes Total Fund Requested – £23 687 Project Summary If we are to understand how plants…
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Project Title Leveraging optical topography for rapid reconstructions of 3D leaf surfaces to address key questions in plant biology. Total Fund Requested – £25,000.00 Project Summary Introduction and Overview The…
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An intelligent, low-cost adaptive 3D multi-scale imaging system for advanced plant phenotyping (PS-Plant+) Total Fund Requested – £24,881 Project Summary Overview: We will develop a multi-scale 3D imaging and modelling…
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Developing 2D-3D fusion to enable high-throughput phenotypic analysis of key yield-related traits of bread wheat using cost-effective UAV imagery. Total Fund Requested: £24,940 Project Description 2.1 Project aim and objectives…
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Implementation of Active 3D Multispectral Imaging and Photometric Stereo systems as Early Stage Phenotyping Tool for Morphological Features and Biotic Stress Quantification within Complementary Demonstrator Phenotyping Centres (IBERS & P3)…
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