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Detecting Phenophases of Subarctic Shrub Canopies by Using Automated Reflectance Measurements
Remote Sensing of Environment, 1999Boreal and subarctic plant phenophases are advantageous indicators of climatic change on a global scale. Remote sensing is a promising technique for assessing such changes over extended areas. An automated field measuring system collected seasonal reflectances of natural shrubs in visible, near-, and mid-infrared wavelength ranges.
Shibayama, Michio +8 more
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The leaf phenophase of deciduous species altered by land pavements
International Journal of Biometeorology, 2018It has been widely reported that the urban environment alters leaf and flowering phenophases; however, it remains unclear if land pavement is correlated with these alterations. In this paper, two popular deciduous urban trees in northern China, ash (Fraxinus chinensis) and maple (Acer truncatum), were planted in pervious and impervious pavements at ...
Chen, Yuanyuan +3 more
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Phenophases alter the soil respiration–temperature relationship in an oak-dominated forest
International Journal of Biometeorology, 2006Soil respiration (SR) represents a major component of forest ecosystem respiration and is influenced seasonally by environmental factors such as temperature, soil moisture, root respiration, and litter fall. Changes in these environmental factors correspond with shifts in plant phenology.
Jared L, Deforest +5 more
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Phenophase shifts across elevations on major mountains in North China
Regional Problems, 2018Previous studies have reported plant phenological changes along horizontal belts in North China, however, little is known about elevation effects on mountain phenophases in China, such as how vegetation phenophases shift across elevation on mountains, and how they change under background of global change.
Junhu Dai +3 more
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DETECTION OF VINEYARD PHENOPHASES USING VEGETATION INDEX
Russian VineThe use of vegetation indices for satellite monitoring of vineyards allows for the rapid acquisition of information on the condition and development of plants. The significant areas of vineyards, combined with the soil-topographic heterogeneity of the terrain, create numerous diverse microzones where growing conditions can vary greatly.
V.A. Orlov +3 more
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The prediction of grapevine phenophases in climate change conditions
2022Prediction of phenophases under future climate change scenarios is becoming a strategic tool for the adaptation to climate change. The aim of this research was to predict changes in the phenology of the grapevine variety (cv. Panonia) in the vineyard Plavinci (Serbia).
Sotonica, Dunja +6 more
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Responses to photoperiod change with phenophase and temperature during wheat development
Field Crops Research, 1996Abstract This paper describes responses of four wheat genotypes to photoperiod in terms of several numerical parameters and examines how they are changed by temperature and stage of development. The cultivars are an awned selection of Sunset, Condor, Rosella and Cappelle Desprez. The three phenological phases were to double ridge (Phase I), from then
Gustavo A. Slafer, H.M. Rawson
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THE INFLUENCE OF AIR TEMPERATURE ON PASSING GENERATIVE PHENOPHASES OF HIGHBUSH BLUEBERRY
Fruit-Growing, 2021The widespread distribution of cultivated blueberry has shown that its cultivars successfully produce harvest in conditions with a shorter vegetation period and with its lower heat availability than in the natural habitat of that culture. An analysis of data from a 9-year long observation of three cultivars of highbush blueberry has ...
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Interannual variation in bryophyte dispersal: linking bryophyte phenophases and weather conditions
Botany, 2017In the context of global changes that modify the distribution range of species, there is an urgent need to identify climate variables affecting species dispersal. We investigated patterns of aerial propagule release (sexual and asexual) of boreal bryophytes in response to weather.
Marion Barbé +3 more
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International Journal of Biometeorology, 2011
Mismatches in phenology between mutually dependent species, resulting from climate change, can have far-reaching consequences throughout an ecosystem at both higher and lower trophic levels. Rising temperatures, due to climate warming, have resulted in advances in development and changes in behaviour of many organisms around the world. However, not all
Donnelly, A. +2 more
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Mismatches in phenology between mutually dependent species, resulting from climate change, can have far-reaching consequences throughout an ecosystem at both higher and lower trophic levels. Rising temperatures, due to climate warming, have resulted in advances in development and changes in behaviour of many organisms around the world. However, not all
Donnelly, A. +2 more
openaire +3 more sources