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Our new publication in RSE led by Tomas Poblete Tomas Poblete evaluates the detection of symptoms by vascular plant pathogens with high-resolution satellite & hyperspectral imagery. Research by University of Melbourne IAS-CSIC Cornell University EU_ScienceHub & Universidad Córdoba sciencedirect.com/science/articl…

📝New #PapersIAS ✍️ Tomas Poblete Juan A. Navas-Cortés (personal) Alberto Hornero Blanca B. Landa Pablo J. Zarco-Tejada etal: Detection of symptoms induced by vascular plant pathogens in tree.. sciencedirect.com/science/articl… #ScienceForAgriculture University of Melbourne IAS-CSIC Cornell University EU_ScienceHub Universidad Córdoba

A week of celebrations in HyperSens Lab with Anirudh Belwalkar' PhD completion seminar, Anne Wang's PhD thesis submission, Tomas Poblete's RSE publication, and Hafez Fathipoor joining University of Melbourne as new PhD student. Congratulations !!!!

📢 #HappeningNow at #Xylella23 🌱 Talk by Pablo J. Zarco about the detection of symptoms induced by #XylellaFastidiosa with high-resolution multispectral satellite data 💻webstreaming icpp2023.org/live Event by EFSA Bexyl Project BIOVEXO Biopesticides to fight Xylella fastidiosa European Research Council (ERC) Euphresco network

HyperSens Lab celebrating scientific achievements and welcoming new members !!!! Science is and always be fun.

Our new @ISPRS JPRS publication focuses on estimating grain protein content in wheat using radiative transfer modelling from Sentinel-2. Results under severe water stress and mild conditions emphasized the potential of S2 for large-scale GPC monitoring. sciencedirect.com/science/articl…

New insights on large-scale mapping of the xanthophyll dynamics using radiative transfer modelling for water stress detection presented by Tomas Poblete HyperSens Lab at the 2nd International Symposium of Precision Management of Orchards by ISHS in Tatura, Australia.

As part of the new Xylella seminars series, Pablo J. Zarco-Tejada from University of Melbourne, Australia, and IAS-CSIC, Córdoba, Spain, will discuss "Modelling imaging spectroscopy for biotic and abiotic stress detection" on 16 April at 10:00 (CET). 1/3 bexylproject.org/updates/interv…

Dr Pablo Zarco-Tejada will focus on the progress made in the early detection of symptoms induced by vascular pathogens, such as Xylella fastidiosa, and the methods used to detect abiotic stress using thermal and hyperspectral imaging techniques. 2/3

Another great HyperSens Lab research talk series, this time by Dr Na Wang Na Wang discussing her latest results on sub-nanometer airborne fluorescence retrievals for water stress detection. International University of Melbourne collaboration with Agriculture Victoria, IrriSens-CSIC & QuantaLab IAS-CSIC

Great presentation by Tomas Poblete at #ForestSat international conference in New Zealand on the early detection of Dothistroma symptoms using hyperspectral imaging technology. Collaboration with Scion & Science at Melbourne through HyperSens Lab University of Melbourne & IAS-CSIC QuantaLab

Great talk "30+ years of precision technology for plant science, biotechnology and agriculture" and visit from Dr. Eddie Custovic PSI (Scientific Instruments Australia) in our subject "Advances in Crop Monitoring Methods". Looking forward to collaborate with you in the near future

IAS-CSIC @BeXylproject and @PTI_SolXyl set up a workshop on “Remote sensing approaches for stress detection in vegetation” next month, open for the participation of researchers, professionals, and students. For info [email protected] European Research Executive Agency

Pablo Zarco: "El objetivo de un investigador es hacer un buen trabajo, lo importante es la calidad, no la cantidad" cadenaser.com/andalucia/2024… vía Radio Córdoba 📻🎙️entrevista a Pablo J. Zarco-Tejada #cienciaparalagricultura #CSIC CSIC Divulga CSIC Andalucía y Extremadura IAS-CSIC QuantaLab

Latest research by Anne Wang Anne Wang 🌱 assessed plant traits from Sentinel-2 to characterize leaf nitrogen variability in almond orchards. Airborne hyperspectral imagery as a benchmark demonstrated that almond nutrient levels could be mapped. doi.org/10.1007/s11119…

In our latest study (doi.org/10.1016/j.agrf…), we used hyperspectral imagery to estimate chlorophyll a+b in radiata pine, comparing empirical and Radiative Transfer Models (RTM). Greenhouse and field trials revealed how structural complexity influences Ca+b estimation.

Another successful campaign in Renmark! Collected hyperspectral & thermal data to uncover crop yield variability in almond orchards for Thulasi Vishwanath's PhD thesis HyperSens Lab. Excited for the insights ahead! Pablo J. Zarco-Tejada Victoria Gonzalez Na Wang Anne Wang 🌱 Science at Melbourne

Our research HyperSens Lab is valued not just for its scientific impact but also for its artistic beauty and depth. Experience Deep Time Real Time: The 2025 Alastair Swayn Legacy Exhibition at RMIT (RMIT Design Hub Gallery), where unseen information comes to life from 20.02.25 – 12.05.25

Our latest paper, led by Peiye Li as part of her PhD thesis, disentangled the roles of the blue spectral region and SIF in predicting nitrogen and phosphorus in Pinus radiata using hyperspectral imagery. sciencedirect.com/science/articl… Tomas Poblete Pablo J. Zarco-Tejada Science at Melbourne QuantaLab