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Publication DateTitleAuthor(s)Date Added
12016Trigonometric correction factors renders the fAPAR-NDVI relationship from active optical reflectance sensors insensitive to solar elevation angleRahman, Muhammad Moshiur ; Lamb, David 9-Aug-2016
22015Using Active Optical Sensing for Determining Pasture Growth Rate Using a Light Use Efficiency ModelRahman, Muhammad Moshiur ; Lamb, David ; Guppy, Christopher ; Stanley, John 8-Jan-2016
3Mar-2019In-situ partitioning of evaporation and transpiration components using a portable evapotranspiration dome—A case study in Tall Fescue (Festuca arundinacea)Alam, Muhammad Shahinur ; Lamb, David W ; Rahman, Muhammad Moshiur 22-Apr-2019
42014NDVI 'Depression' In Pastures Following GrazingRahman, Muhammad Moshiur ; Lamb, David ; Stanley, John ; Trotter, Mark 1-Jun-2017
52014Methodology for measuring fAPAR in crops using a combination of active optical and linear irradiance sensors: a case study in Triticale (X 'Triticosecale' Wittmack)Rahman, Muhammad Moshiur ; Stanley, John ; Lamb, David ; Trotter, Mark 22-Sep-2014
6Jan-2019Reducing the influence of solar illumination angle when using active optical sensor derived NDVIAOS to infer fAPAR for spring wheat (Triticum aestivum L.)Rahman, Muhammad M ; Lamb, David W ; Samborski, S M19-Mar-2019
72017The role of directional LAI in determining the fAPAR-NDVI relationship when using active optical sensors in tall fescue ('Festuca arundinacea') pastureRahman, Muhammad Moshiur ; Lamb, David 13-Jul-2017
82018A refined method for rapidly determining the relationship between canopy NDVI and the pasture evapotranspiration coefficientAlam, Muhammad Shahinur; Lamb, David ; Rahman, Moshiur M 23-Apr-2018
92014PA meets Lot - Integrating in-situ Sensor Data and Biomass Prediction Tools for Crops and PasturesRahman, Muhammad Moshiur ; Lamb, David ; Stanley, John ; Trotter, Mark 13-Mar-2017
102015The impact of solar illumination angle when using active optical sensing of NDVI to infer fAPAR in a pasture canopyRahman, Muhammad Moshiur ; Lamb, David ; Stanley, John 2-Jun-2015
112017Determining pasture evapotranspiration using active optical sensor derived normalized difference vegetation indexAlam, Muhammad S; Lamb, David ; Rahman, Muhammad Moshiur ; Bradbury, Ronald ; McCarthy, Cheryl29-Jun-2018
122014Use of proximal sensors to evaluate at the sub-paddock scale a pasture growth-rate model based on light-use efficiencyRahman, Muhammad Moshiur ; Lamb, David ; Stanley, John ; Trotter, Mark 14-May-2014
132018Rapid measurement of pasture evapotranspiration components using proximal sensorsAlam, Muhammad Shahinur; Lamb, David W ; Rahman, Muhammad Moshiur 1-Apr-2019
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