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Summary
In the future, terrestrial ecosystems will experience more intense and prolonged droughts and heat waves
Combined effects of drought and high temperature on photosynthetic characteristics in four winter wheat genotypes
Abstract
Terrestrial ecosystems are expected to experience more intense and longer drought and heat-waves in the future.
Dualex is a new multi-function blade measuring instrument developed by the Austrian PESSL company (formerly the French Force-A company), which originated from the technology of the French National Academy of Sciences (CNRS) and the University of Paris XI
Its measurement objects can be monocots, dicots or perennials
Dualex Portable Smart Weather-Chlorophyll-Anthocyanin-Flavonol Meter
Dualex Portable Smart Weather - Chlorophyll - Anthocyanins - Flavonols Meter
Principle of PESSL Portable Portable Plant Polyphenol-Chlorophyll Meter
Dualex Plant Polyphenol-Chlorophyll Meter: Humic Acids Alleviate Chlorophyll in Poaceae via Iron-dependent and Iron-Independent Synergistic Mechanisms
Dualex Plant Polyphenol-Chlorophyll Meter: Nitrate leaching in corn (and wheat irrigated cropping systems under nitrification inhibitors and/or intercropping effects)
Dualex Plant Polyphenol-Chlorophyll Meter: Leaf and Canopy Traits Associated with Green-Maintaining Expression Closely Associated with Yield Composition of Wheat Genotypes with Different Tolerance to Water Stress
Dualex Plant Polyphenol-Chlorophyll Meter: Winter Wheat Nutrition and Nutrition Meter Based on Ground and Smart Sensors
Dualex Plant Polyphenol-Chlorophyll Meter: Increased cuticle wax deposition does not alter residual leaf transpiration
Dualex Plant Polyphenol-Chlorophyll Meter--Nitrogen Balance Index: Comparison of Effects of Different Biostimulants on Hydroponic Lettuce
Dualex Plant Polyphenol-Chlorophyll Meter: A Study of Solid Digest and Peat in Growing Substrates of Micropropagated Highbush Blueberries in Nurseries
Dualex Plant Polyphenol-Chlorophyll Meter: Effects of Rhizobacteria and Algae on Physiological and Biochemical Indexes of Calendula under Different Irrigation Systems
Dualex Plant Polyphenol-Chlorophyll Meter: Synergistic Extraction of Biochemical Parameters of Rice at Different Growth Stages by Sentinel-2A and Proximal Sensor Data
Dualex Plant Polyphenol-Chlorophyll Meter: Application of Three Portable Optical Sensors in Nondestructive Diagnosis of Nitrogen Status in Winter Wheat
Dualex Plant Polyphenol-Chlorophyll Meter: Biostimulatory Effects of Micro-Carbon Technology (MCT®)-Based Fertilizers on Soil and Pepper Growth Chamber and Field Cultures
Dualex Plant Polyphenol-Chlorophyll Meter: The Role of Rhizosphere Bacteria in Alleviating Drought Stress in Soybean
Dualex Plant Polyphenol-Chlorophyll Meter: Effects of Water Deficiency on Apple Seedling Growth under Different Radiation Components
Dualex Plant Polyphenol-Chlorophyll Meter: Different Abiotic Spectral Pathways Reveal Pathogen Stress Signals in Different Species
Dualex Plant Polyphenol-Chlorophyll Meter: Reflectance Index and Handheld Device Performance for Estimating Grape Leaf Nitrogen Status in the Field
Dualex Plant Polyphenol-Chlorophyll Meter: Short-term preharvest UV-B supplementation improves polyphenol content and antioxidant capacity of basil leaves during storage
Dualex Plant Polyphenol-Chlorophyll Meter: Estimation of Leaf Morphological Characteristics and Relative Chlorophyll Content of Five Mangrove Forests Based on Image Processing Technology
Dualex Plant Polyphenol-Chlorophyll Meter: Estimation of Plant Nitrogen Concentration in Maize at Each Growth Stage Using Leaf Fluorescence Sensors
Dualex Plant Polyphenol-Chlorophyll Meter: Evaluation of a Portable Chlorophyll Meter for Measuring Crop Leaf Chlorophyll Concentration
Dualex Plant Polyphenol-Chlorophyll Meter: Estimation of Radiative Transfer Vcmax from Hyperspectral Image and SIF Retrieval to Assess Photosynthetic Performance in Rainfed and Irrigated Plant Phenotypic Experiments
Dualex Plant Polyphenol-Chlorophyll Meter: Effects of Monometallic and Bimetallic Plant Nanoparticles on Mezquit Physiological Status
Dualex Plant Polyphenol-Chlorophyll Meter: Effects of LED Lighting Dosage on Tatsoi Photosynthetic Indicators
Dualex Plant Polyphenol-Chlorophyll Meter: Determining Undercover Light Effectiveness in Different Sweet Cherry Orchards Using Dualex Non-Destructive Measurements™
Dualex plant polyphenol-chlorophyll meter: the regulatory role of silicon in the differential stress tolerance of two different tomato genotypes under osmotic stress
Dualex Plant Polyphenol-Chlorophyll Meter: Monitoring Physiological and Biochemical Responses of Two Apple Cultivars to Water Supply Conditions with a Non-Destructive Fluorescent Sensor
Dualex Plant Polyphenol-Chlorophyll Meter: Inversion of Canopy Chlorophyll Content from Sentinel-2 Spectral Bands to Estimate Nitrogen Uptake in Winter Wheat Intensive Planting Systems