So cool to attend AI-AgriFood 2026 and see how remarkably AI can transform our agrifood system.Really honored to receive this award. @HyperSensLab @QuantaLab

Congratulations Na Wang @LalaWang17! Honored with the Best Oral Presentation Award @ AI-AgriFood 2026 Conference! Her talk about machine‑learning analysis of water stress dynamics in almond showcases cutting‑edge research at the intersection of AI & plant physiology. Well done !

Excited to kick off our project assessing the water needs of a growing pistachio plantation in the Guadalquivir Valley!🍃💧First meeting held at Cortijo La Reina. @QuantaLab @IAS_CSIC #Pistachios

🌱 Oportunidad para iniciarse en la investigación🌱 El grupo @IrriSens del IAS-CSIC busca estudiantes para solicitar una beca JAE INTRO 2026 sobre balance de carbono en almendro bajo distintos regímenes hídricos @IAS_CSIC @CSICdivulga #cienciaparalaagricultura

Pleasure to talk about the sensitivity of fluorescence features and canopy temperature to water stress dynamics in almond at XI Irrigation @ZarcoTejada @TomasPoblete17 @anirudhb20 @yang_peiqi @WonseokFromESL @Alessio Scalisi @Mark O'Connell @Youngryel Ryu @Victoria Gonzalez Dugo

🗣️ Pablo J. Zarco-Tejada @ZarcoTejada (@IAS_CSIC ) explica el papel de los drones para mejorar la eficiencia y la toma de decisiones en la agricultura, así como las ventajas y limitaciones de la IA: “El reto ahora es ver qué hacemos con esa gran cantidad de datos”. #RENOWAGRO

El IAS-CSIC se une al 25N con una campaña de concienciación sobre la igualdad de género #cienciaenigualdad #25N #ToleranciaCero #igualdadIAS #CII_IAS #CSIC @CSICdivulga @IAS_CSIC ias.csic.es/?p=41007

Investigadores internacionales llaman a compartir globalmente los datos de observación terrestre de China infoguadiato.com/investigado… #cienciaparalagricultura #CSIC @CSICdivulga @IAS_CSIC @ZarcoTejada @QuantaLab

Científicos urgen a China a liberar sus datos satelitales ante recortes en EE.UU. objetivocastillalamancha.es/… #cienciaparalagricultura #CSIC @CSICdivulga @IAS_CSIC @ZarcoTejada @QuantaLab

This new international collaboration from over 45 countries launches deadtrees.earth, an open-access global database of centimetre-scale airborne imagery to map and understand tree mortality, advancing forest health and climate research worldwide. doi.org/10.1016/j.rse.2025.1…

Hot off the press 💐New international collaborative paper led by @WonseokFromESL and @ZarcoTejada team opened the door for scalable, cost-effective sun-induced chlorophyll fluorescence #SIF monitoring in precision agriculture and ecosystem studies — bridging the gap between expensive SIF hyperspectral systems and practical applications in the field. @snucals1 @SeoulNatlUni @HyperSensLab @Hyungsuk_Kimm Anirudh Belwalkar @TomasPoblete17 @YeonInsu Yeon Jae-Hyun Ryu Kyung-Do Lee @ZarcoTejada sciencedirect.com/science/ar…

After 20 years of pioneering research, we’ve moved from scepticism to solid validation in detecting solar-induced fluorescence using mid-resolution hyperspectral imagery. New study led by @WonseokFromESL & @ryuyr77 and international collaborators. sciencedirect.com/science/ar…

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 @njau_china with @HyperSensLab @UniMelb & @QuantaLab @IAS_CSIC sciencedirect.com/science/ar…

@IrriSens 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.

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…

QuantaLab and its international dimension. We welcome Anirudh Belwalkar @anirudhb20 and Hamza Mghari @MghariHamza to work on hyperspectral and thermal imaging for stress detection, in collaboration with Na Wang @LalaWang17 and the @quantalab team. Happy to have you in Córdoba!!

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 @ZarcoTejada @TomasPoblete17 @anirudhb20 and Ran (University of Nebraska–Lincoln). @HyperSensLab @UniMelb @QuantaLab

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

Airborne hyperspectral and field campaign for innovative fluorescence, photosynthesis & water stress in vineyards and orchards in Valencia, Spain. Collaborative research between @DIntrigliolo @CidEinvestiga & @IAS_CSIC with @QuantaLab & @IrriSens and @HyperSensLab @UniMelb.