Pablo Zarco: "La investigación tiene que basarse en la calidad y no en la cantidad" eldiadecordoba.es/cordoba/pablo-… vía El Día de 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…

🏅🏆 El CSIC entre los reconocidos por la Universidad de Córdoba con las distinciones Tomás de Aquino 👏👏😉 #cienciaparalagricultura #CSIC CSIC Divulga CSIC Andalucía y Extremadura IAS-CSIC IESA CSIC 👇

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.

📢 XI International Symposium on Irrigation of Horticultural Crops #scienceforagricultura #CSIC CSIC Divulga CSIC Andalucía y Extremadura IAS-CSIC @Quantalab Pablo J. Zarco-Tejada Agriculture Victoria University of Melbourne ISHS Universidad Córdoba ETSIAM - Universidad de Córdoba DAUCO IFAPA ias.csic.es/?p=36974

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

Great research discussions with colleagues Andries Potgieter and Scott Chapman from QLD Alliance for Agriculture & Food Innovation at University of Queensland UQ News visiting QuantaLab and IAS-CSIC. Ongoing collaboration on hyperspectral and thermal remote sensing for physiological condition and stress detection.

🛩️🌳 La teledetección al servicio de la agricultura y los ecosistemas forestales - Pablo J Zarco #cienciaparalagricultura #CSIC CSIC Divulga IAS-CSIC @Quantalab Pablo J. Zarco-Tejada elDiario.es #blog #LaCuadraturadelCírculo elDiario.es ias.csic.es/?p=37932

Enjoyed the hospitality and great atmosphere with former and new colleagues at the International Symposium on Smart Agriculture Technology in Nanjing, China, presenting IAS-CSIC & University of Melbourne work on the dynamics of hyperspectral traits for crop stress detection.

Our new internationally collaborative paper in Phytopathology explores the opportunities and challenges of combining optical sensing with epidemiological modelling. apsjournals.apsnet.org/doi/10.1094/PH…

Rice blast infection signals revealed. Multi-temporal proximal hyperspectral imagery captured the transition of disease lesions from asymptomatic to symptomatic stages, distinguishing subtle pathogen-induced signals. doi.org/10.1016/j.rse.…

We found a distinct contribution of the blue spectral region and fluorescence emission when explaining needle nitrogen and phosphorus variability with hyperspectral imagery. Research led by Peiye Li University of Melbourne with HyperSens Lab & QuantaLab IAS-CSIC. sciencedirect.com/science/articl…

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

Airborne hyperspectral and field campaign for innovative fluorescence, photosynthesis & water stress in vineyards and orchards in Valencia, Spain. Collaborative research between Diego Intrigliolo CIDEinvestiga & IAS-CSIC with QuantaLab & IrriSens-CSIC and HyperSens Lab University of Melbourne.

Pablo J. Zarco-Tejada Diego Intrigliolo CIDEinvestiga IAS-CSIC QuantaLab IrriSens-CSIC HyperSens Lab University of Melbourne Very happy to collaborate with your research team in order to understand how the grapevine genetic material and soil management affect grapevine & almond physiological performance

In IGARSS 2025, we were happy to introduce a new approach to compensate for atmospheric effects on at-sensor radiance and the added fluorescence signal. Thanks to Pablo J. Zarco-Tejada Tomas Poblete Anirudh Belwalkar and Ran (University of Nebraska–Lincoln). HyperSens Lab University of Melbourne QuantaLab

QuantaLab and its international dimension. We welcome Anirudh Belwalkar Anirudh Belwalkar and Hamza Mghari Hamza Mghari to work on hyperspectral and thermal imaging for stress detection, in collaboration with Na Wang Na Wang and the @quantalab team. Happy to have you in Córdoba!!

Our new review paper shows that hyperspectral remote sensing is a new frontier in crop disease monitoring. Early detection for sustainable farming is feasible despite challenges in cost & adoption. ieeexplore.ieee.org/document/11173…

IrriSens-CSIC successfully completed the field campaign over super-intensive almond orchards. Periodical measurements of water status, photosynthetic rate, and vegetation structural parameters across fields with different irrigation treatments. Collaborative research with QuantaLab.

Mitigating the phenological effects on rice blast detection with hyperspectral data adapting a radiative transfer model. A new step forward. Int'l collaboration led by Tao Cheng and Bowen Xue China Njau with HyperSens Lab University of Melbourne & QuantaLab IAS-CSIC sciencedirect.com/science/articl…