AgEagle Aerial Systems MicaSense RedEdge-P Dual Sensors Support Environmental Research in Japan
AgEagle Aerial Systems (NYSE:UAVS) has announced the sale of its RedEdge-P鈩� Dual multispectral camera system to Shizuoka University for forest research in Japan's Southern Alps. The ten-band camera system will help researchers monitor environmental impacts on Alpine forests and identify tree species with unique drought and disease resistance.
Professor Atsuhiro Iio will lead research using the drone-based system to study how forests adapt to global warming and severe drought. The technology enables efficient scanning of large forest areas, complementing ground observations with comprehensive aerial data.
The RedEdge-P Dual is currently deployed across various biomes including tundra, temperate forests, coastal ecosystems, and grasslands, supporting environmental research and monitoring efforts worldwide.
AgEagle Aerial Systems (NYSE:UAVS) ha annunciato la vendita del suo sistema di fotocamera multispettrale RedEdge-P鈩� Dual all'Universit脿 di Shizuoka per la ricerca forestale nelle Alpi Meridionali del Giappone. Il sistema a dieci bande aiuter脿 i ricercatori a monitorare gli impatti ambientali sulle foreste alpine e a identificare specie di alberi con resistenza unica alla siccit脿 e alle malattie.
Il professor Atsuhiro Iio guider脿 la ricerca utilizzando il sistema basato su droni per studiare come le foreste si adattano al riscaldamento globale e alle gravi siccit脿. La tecnologia permette una scansione efficiente di vaste aree forestali, integrando le osservazioni a terra con dati aerei completi.
Il RedEdge-P Dual 猫 attualmente impiegato in diversi biomi, tra cui tundra, foreste temperate, ecosistemi costieri e praterie, supportando ricerche ambientali e attivit脿 di monitoraggio a livello mondiale.
AgEagle Aerial Systems (NYSE:UAVS) ha anunciado la venta de su sistema de c谩mara multiespectral RedEdge-P鈩� Dual a la Universidad de Shizuoka para la investigaci贸n forestal en los Alpes del Sur de Jap贸n. El sistema de diez bandas ayudar谩 a los investigadores a monitorear los impactos ambientales en los bosques alpinos e identificar especies de 谩rboles con resistencia 煤nica a la sequ铆a y enfermedades.
El profesor Atsuhiro Iio liderar谩 la investigaci贸n utilizando el sistema basado en drones para estudiar c贸mo los bosques se adaptan al calentamiento global y a las sequ铆as severas. La tecnolog铆a permite un escaneo eficiente de grandes 谩reas forestales, complementando las observaciones terrestres con datos a茅reos completos.
El RedEdge-P Dual est谩 actualmente desplegado en varios biomas, incluyendo tundra, bosques templados, ecosistemas costeros y pastizales, apoyando la investigaci贸n ambiental y los esfuerzos de monitoreo a nivel mundial.
AgEagle Aerial Systems (NYSE:UAVS)電� 鞚茧掣 雮秬 鞎岉攧鞀� 靷半Д鞚� 靷半 鞐瓣惮毳� 鞙勴暣 RedEdge-P鈩� Dual 雼れ攵勱磻 旃措⿺霛� 鞁滌姢韰滌潉 鞁滌鞓れ勾 雽�頃欖棎 韺愲Г頄堧嫟瓿� 氚滍憸頄堨姷雼堧嫟. 鞚� 10氚措摐 旃措⿺霛� 鞁滌姢韰滌潃 鞐瓣惮歆勳澊 鞎岉攧鞀� 靷半鞐� 雽�頃� 頇橁步 鞓來枼鞚� 氇媹韯半頃橁碃 臧�氕� 氚� 歆堧硲鞐� 霃呿姽頃� 鞝�頃劚鞚� 臧�歆� 雮橂 膦呾潉 鞁濍硠頃橂姅 雿� 霃勳泙鞚� 欷� 瓴冹瀰雼堧嫟.
鞚挫澊鞓� 鞎勳笭頌堧 甑愳垬電� 霌滊 旮半皹 鞁滌姢韰滌潉 靷毄頃橃棳 靷半鞚� 歆�甑� 鞓倻頇旍檧 鞁皝頃� 臧�氕勳棎 鞏措柣瓴� 鞝侅潙頃橂姅歆� 鞐瓣惮毳� 鞚措亴 鞓堨爼鞛呺媹雼�. 鞚� 旮办垹鞚� 雱撿潃 靷半 歆�鞐潉 須湪鞝侅溂搿� 鞀れ簲頃� 靾� 鞛堨柎 歆�靸� 甏�旄§潉 韽磩鞝侅澑 頃车 雿办澊韯办檧 氤挫檮頃╇媹雼�.
RedEdge-P Dual鞚� 順勳灛 韴半摐霛�, 鞓寑毽�, 頃挫晥 靸濏儨瓿�, 齑堨洂 霌� 雼れ枒頃� 靸濍甑瓣硠鞐愳劀 頇橁步 鞐瓣惮 氚� 氇媹韯半 頇滊彊鞚� 歆�鞗愴晿氅� 頇滌毄霅橁碃 鞛堨姷雼堧嫟.
AgEagle Aerial Systems (NYSE:UAVS) a annonc茅 la vente de son syst猫me de cam茅ra multispectrale RedEdge-P鈩� Dual 脿 l'Universit茅 de Shizuoka pour la recherche foresti猫re dans les Alpes du Sud au Japon. Ce syst猫me 脿 dix bandes aidera les chercheurs 脿 surveiller les impacts environnementaux sur les for锚ts alpines et 脿 identifier des esp猫ces d'arbres dot茅es d'une r茅sistance unique 脿 la s茅cheresse et aux maladies.
Le professeur Atsuhiro Iio dirigera la recherche utilisant ce syst猫me bas茅 sur des drones pour 茅tudier comment les for锚ts s'adaptent au r茅chauffement climatique et aux s茅cheresses s茅v猫res. La technologie permet un balayage efficace de vastes zones foresti猫res, compl茅tant les observations au sol par des donn茅es a茅riennes compl猫tes.
Le RedEdge-P Dual est actuellement d茅ploy茅 dans divers biomes, notamment la toundra, les for锚ts temp茅r茅es, les 茅cosyst猫mes c么tiers et les prairies, soutenant la recherche environnementale et les efforts de surveillance 脿 l'茅chelle mondiale.
AgEagle Aerial Systems (NYSE:UAVS) hat den Verkauf seines multispektralen Kamerasystems RedEdge-P鈩� Dual an die Shizuoka-Universit盲t f眉r die Waldforschung in den s眉dlichen Alpen Japans bekannt gegeben. Das Zehn-Band-Kamerasystem wird Forschern helfen, die Umweltauswirkungen auf alpine W盲lder zu 眉berwachen und Baumarten mit einzigartiger Trockenheits- und Krankheitsresistenz zu identifizieren.
Professor Atsuhiro Iio wird die Forschung mit dem drohnenbasierten System leiten, um zu untersuchen, wie W盲lder sich an die globale Erw盲rmung und schwere D眉rre anpassen. Die Technologie erm枚glicht eine effiziente Erfassung gro脽er Waldgebiete und erg盲nzt Bodenbeobachtungen durch umfassende Luftdaten.
Der RedEdge-P Dual wird derzeit in verschiedenen Biomen eingesetzt, darunter Tundra, gem盲脽igte W盲lder, K眉sten枚kosysteme und Grasl盲nder, und unterst眉tzt Umweltforschung und Monitoring weltweit.
- Advanced ten-band multispectral camera technology demonstrates product capability in environmental research
- Expansion into academic research market with Shizuoka University sale
- Product versatility demonstrated across multiple biomes and applications
- None.
Advanced Synchronized Cameras help researchers monitor changes in ancient forests of Japan鈥檚 Southern Alps听
WICHITA, Kan., July 10, 2025 (GLOBE NEWSWIRE) -- AgEagle Aerial Systems Inc. (NYSE: UAVS), a leading provider of advanced drone and aerial imaging solutions, today announced the sale of a RedEdge-P鈩� Dual to Shizuoka University for researchers looking into the effect environmental factors have on Japan鈥檚 diverse Alpine forests on the country鈥檚 main island of Honshu.
鈥淕round observations are precise, but do have limits,鈥� said Professor Atsuhiro Iio, professor of Agriculture, Forest Science and Bioresource Sciences at Shizuoka University in Japan. 鈥淒rone-based multispectral cameras like the MicaSense RedEdge-P Dual can effectively and easily scan large areas of forest. By augmenting our ground observations with data from this ten-band camera, we can identify tree species with unique defense mechanisms to droughts, disease and invasive fauna. Monitoring forest status with multispectral imaging allows us to better understand and predict how forests function under global warming and severe drought. This approach has broad applicability, not only to Japanese forests, but also to forest ecosystems around the world.鈥�
By studying the diverse, deciduous forests of the Japanese Alps, professor Iio hopes to predict and counteract the effects of drought on ancient Japanese forests accustomed to high levels of rainfall. This research can benefit countries with forests suffering the impacts of invasive pests such as the European bark beetle, which have killed millions of cubic meters of spruce.
鈥淭he integration of unmanned aerial vehicles (UAVs) and the MicaSense RedEdge-P Dual provides a powerful, time-saving tool for forestry researchers,鈥� said Bill Irby, AgEagle CEO. 鈥淭he RedEdge-P ten-band multispectral camera is ideal, as it is simple to operate and has the capacity to capture both large-scale and high-resolution spectral data. Supporting the important work of researchers who monitor forests, allowing them to better understand how the environment is impacting these fragile systems, and how the systems are adapting, is vital. We are proud that our ten-band RedEdge-P Dual camera is being used to monitor and preserve such an important subject for the planet.鈥�
The RedEdge-P Dual is an ideal tool for environmental research, currently deployed in many biomes and habitats, including:
- Tundra and Alpine biomes: thawing permafrost impacts wetland and alpine meadow formation, altering carbon dynamics. The dual is used to assess snowmelt patterns and track glacial retreat.
- Temperate and Alpine forests: Critical for carbon sequestration and biodiversity, the sensor quickly detects stress and diseases
- Coastal and Wetland Ecosystems- Coastal blue and multiple RedEdge bands analyze water vegetation in shallow water, making it ideal for wetlands, tidal zones, and coastal marshes.
- Grasslands and Savannas are sensitive to overgrazing, desertification, and climate-driven shifts in precipitation. The Dual鈥檚 ten narrow bands assist in plant counting, species differentiation and vigour assessment, tracking Grassland degradation or restoration.
- Agricultural Landscapes: Subtle changes in plant stress suggest nutrient deficiencies or the spread of fungal diseases like powdery mildew in vineyards
For more information about AgEagle鈥檚 solutions, visit or contact the AgEagle team.
About AgEagle Aerial Systems Inc.
Through its three Centers of Excellence, AgEagle is actively engaged in designing and delivering best-in-class flight hardware, sensors and software that solve important problems for its customers. Founded in 2010, AgEagle was originally formed to pioneer proprietary, professional-grade, fixed-winged drones and aerial imagery-based data collection and analytics solutions for the agriculture industry. Today, AgEagle is a leading provider of full stack UAS, sensors and software solutions for customers worldwide in the energy, construction, agriculture, and government verticals. For additional information, please visit our website at听.
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