FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1995471416> ?p ?o ?g. }

• W1995471416 endingPage "186" @default.
• W1995471416 startingPage "169" @default.
• W1995471416 abstract "Forests play an important role in regulation of the global climate; moreover, they provide human beings with a whole range of ecosystem services. Forest health and ecosystem functioning have been influenced by anthropogenic activities and their consequences, such as air pollution, surface mining, heavy metal contamination, and other biotic and abiotic stress factors, which had an especially serious effect on central Europe. Many aspects of the physiological state of trees are more or less related to the concentrations of two main groups of leaf photosynthetic pigments: chlorophylls and carotenoids. Therefore, their contents can be used as non-specific indicators of the actual tree physiological status, stress and the pre-visible tree damage. Variations in leaf biochemical composition affect foliar optical properties and can be assessed remotely using high spectral resolution data (hyperspectral data). These data were successfully used in earlier studies to detect vegetation stress and damage. However, only a few approaches have dealt with the use of hyperspectral remote sensing to assess vegetation physiological status on a regional scale. Moreover, little or no research has been done on assessing vegetation health while utilizing multi-date hyperspectral images. In this study, the method for assessing forest health conditions using optical indices retrieved from hyperspectral data was applied to the two temporal HyMap date sets acquired in 07/2009 and 08/2010 to detect stress for the Norway spruce forests in Sokolov, NW Bohemia, a region affected by long-term extensive mining. The classification results were validated by ground truth data (total chlorophyll – Cab, carotenoids – Car and carotenoid to chlorophyll ratio – Car/Cab) and were associated with the geochemical conditions of the forest stands. Both biochemical analysis of the sampled foliage and classification of 2009 and 2010 hyperspectral image identified the same sites affected by vegetation stress. In addition to higher Car/Cab, which enabled detection of the stressed trees using hyperspectral image data, these sites showed critically low pH and lower values for the macronutrient parameters in both organic horizons and, in addition, both sites exhibit critically low base cation to aluminum ratios (Bc/Al) for lower organic and top mineral (0–20 cm) soil horizons. The results of this study demonstrate (i) the potential application of hyperspectral remote sensing as a rapid method of identifying tree stress prior to symptom expression, and (ii) the added value of multi-temporal approaches for hyperspectral data and its further potential for monitoring forest ecosystems." @default.
• W1995471416 created "2016-06-24" @default.
• W1995471416 creator A5006307009 @default.
• W1995471416 creator A5020135923 @default.
• W1995471416 creator A5023248651 @default.
• W1995471416 creator A5058175852 @default.
• W1995471416 creator A5088985836 @default.
• W1995471416 date "2014-04-01" @default.
• W1995471416 modified "2023-10-12" @default.
• W1995471416 title "Using multi-date high spectral resolution data to assess the physiological status of macroscopically undamaged foliage on a regional scale" @default.
• W1995471416 cites W109013405 @default.
• W1995471416 cites W1963721303 @default.
• W1995471416 cites W1965935430 @default.
• W1995471416 cites W1966527728 @default.
• W1995471416 cites W1969785985 @default.
• W1995471416 cites W1972343529 @default.
• W1995471416 cites W1972664953 @default.
• W1995471416 cites W1977084785 @default.
• W1995471416 cites W1982641820 @default.
• W1995471416 cites W1987064663 @default.
• W1995471416 cites W1987097445 @default.
• W1995471416 cites W1989181903 @default.
• W1995471416 cites W1989340021 @default.
• W1995471416 cites W1993213126 @default.
• W1995471416 cites W1994265234 @default.
• W1995471416 cites W1996601340 @default.
• W1995471416 cites W1997098959 @default.
• W1995471416 cites W2000277887 @default.
• W1995471416 cites W2000284612 @default.
• W1995471416 cites W2005284849 @default.
• W1995471416 cites W2008369429 @default.
• W1995471416 cites W2013968785 @default.
• W1995471416 cites W2015262509 @default.
• W1995471416 cites W2017841396 @default.
• W1995471416 cites W2018027183 @default.
• W1995471416 cites W2018228099 @default.
• W1995471416 cites W2021079180 @default.
• W1995471416 cites W2021889809 @default.
• W1995471416 cites W2022224360 @default.
• W1995471416 cites W2022785652 @default.
• W1995471416 cites W2024903609 @default.
• W1995471416 cites W2025474925 @default.
• W1995471416 cites W2026791400 @default.
• W1995471416 cites W2030274299 @default.
• W1995471416 cites W2036003376 @default.
• W1995471416 cites W2038837435 @default.
• W1995471416 cites W2039060633 @default.
• W1995471416 cites W2040230155 @default.
• W1995471416 cites W2043646318 @default.
• W1995471416 cites W2044020331 @default.
• W1995471416 cites W2045479037 @default.
• W1995471416 cites W2046112831 @default.
• W1995471416 cites W2052625611 @default.
• W1995471416 cites W2053943079 @default.
• W1995471416 cites W2054614670 @default.
• W1995471416 cites W2058385411 @default.
• W1995471416 cites W2068105236 @default.
• W1995471416 cites W2069267285 @default.
• W1995471416 cites W2073317899 @default.
• W1995471416 cites W2074648470 @default.
• W1995471416 cites W2080116978 @default.
• W1995471416 cites W2082128961 @default.
• W1995471416 cites W2082917714 @default.
• W1995471416 cites W2085561021 @default.
• W1995471416 cites W2085692284 @default.
• W1995471416 cites W2089369606 @default.
• W1995471416 cites W2091874171 @default.
• W1995471416 cites W2096996101 @default.
• W1995471416 cites W2097217685 @default.
• W1995471416 cites W2097911224 @default.
• W1995471416 cites W2099400014 @default.
• W1995471416 cites W2101029158 @default.
• W1995471416 cites W2102160343 @default.
• W1995471416 cites W2102273661 @default.
• W1995471416 cites W2103504431 @default.
• W1995471416 cites W2107030918 @default.
• W1995471416 cites W2107033795 @default.
• W1995471416 cites W2107356381 @default.
• W1995471416 cites W2109404357 @default.
• W1995471416 cites W2111443246 @default.
• W1995471416 cites W2112732795 @default.
• W1995471416 cites W2121102297 @default.
• W1995471416 cites W2123601622 @default.
• W1995471416 cites W2124410164 @default.
• W1995471416 cites W2125724410 @default.
• W1995471416 cites W2126662454 @default.
• W1995471416 cites W2128199995 @default.
• W1995471416 cites W2133506218 @default.
• W1995471416 cites W2135323340 @default.
• W1995471416 cites W2137608957 @default.
• W1995471416 cites W2138448722 @default.
• W1995471416 cites W2138597409 @default.
• W1995471416 cites W2142649963 @default.
• W1995471416 cites W2144645900 @default.
• W1995471416 cites W2145601039 @default.
• W1995471416 cites W2150853404 @default.
• W1995471416 cites W2151896708 @default.
• W1995471416 cites W2160846309 @default.

• next