Spatial temporal in vegetation net primary productivity the tze River Basin, 2000-2022. explore overall spatial distribution of vegetation NPP the YRB, .
Spatial distribution of vegetation net primary productivity on the Net primary productivity (NPP) the amount organic matter remaining the total primary productivity of plant communities consumption plant respiration (Committee the Examination Approval Terms Ecology, 2007).It a crucial element terrestrial carbon cycle (Yang al., 2017) indicates ability vegetation convert solar energy fixed carbon .
Spatial distribution of the (a) vegetation net primary productivity Climate change affect global terrestrial vegetation net primary productivity (NPP) directly indirectly influencing vegetation succession, however, process NPP change remains uncertain. . (Table 1), reflected global large-scale spatial distribution of PNV explicitly (Liang al., 2012; Ren al., 2008 .
Spatial distribution of significant correlation (p Vegetation net primary productivity (NPP) serves a crucial intuitive indicator assessing ecosystem health. However, nonlinear dynamics influencing factors operating various time scales not fully understood. Here, ensemble empirical mode decomposition (EEMD) method used analyze spatiotemporal patterns NPP its association hydrothermal .
Spatial distribution of vegetation coverage (a,b), net primary In terms the spatial distribution, for increasing trend the north edge, precipitation most the areas (86.1%) . Varitions vegetation net primary production the Qinghai-Xiang Plateau, China, 1982 1999. Clim. Change, 74 (2006), pp. 253-267. Crossref View Scopus Google Scholar.
(PDF) Spatiotemporal Variations of Vegetation Net Primary Productivity Keywords: net primary productivity, spatial autocorrelation, climate change, human activities, land land cover, Loess Plateau. Citation: Mao and Shangguan (2023) Evolution spatiotemporal patterns vegetation net primary productivity the driving forces the Loess Plateau. Front. Environ. Sci. 11:1134917. doi: 10.3389/fenvs .
Spatial distribution and annual variation of vegetation net primary The primary objective this study to quantify Net Primary Productivity (NPP) assess variability an elevation gradient the study area. Specifically, aim to: 1) Analyze NPP fluctuates different vegetation types, subtropical temperate alpine zones.
Frontiers | Evolution of spatiotemporal patterns in vegetation net Net primary productivity (NPP) recognized an important index ecosystem conditions a key variable the terrestrial carbon cycle. also represents comprehensive effects climate change anthropogenic activity terrestrial vegetation. this study, temporal-spatial pattern NPP the period 2001-2012 analyzed a remote sensing-based carbon model (i .
Spatial distribution and annual variation of vegetation net primary The vegetation ecosystem the Qinghai-Tibet Plateau China, considered be "natural laboratory" climate change the world, undergone profound under stress global change. Herein, analyzed discussed spatial-temporal change patterns the driving mechanisms net primary productivity (NPP) the Qinghai-Tibet Plateau 2000 2015 based .
Spatial distribution of (a) grassland types and net primary The Qinghai-Tibetan Plateau (QTP) the highest plateau the world. the background global change, is unique significance study net primary productivity (NPP) vegetation the QTP. Based the Google Earth Engine (GEE) cloud computing platform, spatio-temporal variation characteristics the NPP the QTP 2001 2017 studied, the impacts .
Frontiers | Evolution of spatiotemporal patterns in vegetation net The spatial distribution of multi-year average NPP shows NPP gradually in . X. Spatio-temporal variations vegetation net primary productivity their driving factors .
Frontiers | Spatiotemporal Variations of Vegetation Net Primary Vegetation net primary productivity (NPP), a biomass increment, plays important role the global carbon cycle. . 90 check sites covered typical forest types China, their spatial distribution not concentrated one area. Comparison the predicted NPP the observed NPP a fitting coefficient .
Frontiers | Spatiotemporal Variations of Vegetation Net Primary Abstract Net primary productivity (NPP) global grasslands a critical component terrestrial carbon cycling the primary source food herbivores. . topography, vegetation jointly influenced spatial distribution of belowground net primary productivity. attention be paid belowground non-climatic .
Spatial distribution of the coefficient of variation (CV) of NPP over Vegetation growth status an important indicator ecological security. Tarim River Basin located the inland arid region Northwest China has highly fragile ecological environment. Assessing vegetation net primary productivity (NPP) the Tarim River Basin provide insights the vegetation growth variations the region. Therefore, based the Google Earth .
Spatial distribution of (a) grassland types and net primary Mean spatial distribution of vegetation NPP the YRB fro 2000 2022 ((a) the spatial . . Studying change characteristics the vegetation's net primary productivity (NPP) its .
Spatial and temporal variation and driving forces for the net primary Exploring spatiotemporal variations vegetation net primary productivity (NPP) analyzing relationships NPP its influencing factors vital ecological protection the Beijing-Tianjin-Hebei (BTH) region. . comparison the spatial distribution of NPP trends the scenarios (Fig. 8 and b) reveals .
Spatio-temporal variation in vegetation net primary productivity (NPP The distribution of diversity abundance life Earth thought be shaped the patterns plant growth (net primary production, NPP) the oceans on land. well-known latitudinal gradient species diversity reaches maximum tropical rain forests, are considered be most productive ecosystems the .
Spatial distribution of grassland net primary productivity (NPP) in This paper explores optimal temperature change normalized difference vegetation index (NDVI) growth the Huang-Huai-Hai Plain the background climate change, aiming better cope the impact global warming vegetation growth. temporal spatial variation characteristics the NDVI temperature factors analyzed using NDVI, average temperature .
(PDF) Net primary productivity and spatial distribution of vegetation The spatial distribution pattern dynamic change the annual NPP 2001 2008 analyzed. Then, analyzed response the NPP temperature precipitation changes. . Variations vegetation net primary production the Qinghai-Xizang Plateau, China, 1982 1999. Clim Chang, 74 (2006), pp. 253-267. Crossref View .
Sustainability | Free Full-Text | Spatial-Temporal Pattern and To initially describe vegetation structure spatial variation plant biomass a typical alpine wetland the Qinghai-Tibetan Plateau, net primary productivity vegetation relationship environmental factors investigated. 2002, wetland remained flooded an average water depth 25 cm the growing season, July mid-September. mapped floodline .
(PDF) Evolution of spatiotemporal patterns in vegetation net primary Using MOD17A3 NPP time series data, surface cover type data, weather data, MOD16 evapotranspiration products terrain data, temporal spatial variability vegetation net primary productivity (NPP) Shaanxi Province 2000 2015 analyzed, its response each influencing fa …
Spatial Distribution of Net Primary Productivity (in grams… | Flickr Aboveground net primary productivity (ANPP) . geographic extent the Eurasian steppe region the spatial distribution of ANPP field sites. ANPP denotes aboveground net primary productivity year per square meter. . Vegetation growth influenced precipitation the BKSSR the MPSSR (Bao al., 2014, 2015; Jiao .
Spatial distribution of significant correlation (p Both net primary productivity (NPP) vegetation phenology play essential roles influencing carbon sequestration terrestrial ecosystems. However, relationship vegetation phenology NPP remains unclear the effects global warming. . spatial distribution of independent dependent variables .
Vegetation distribution (A), net primary productivity (NPP) (B), and Desertification poses serious threat the global ecological environment challenges achievement an ecological civilization. Understanding spatial temporal evolution desertification the Us Desert, key area northern China, crucial predicting regional trends analyzing causes. study employs quantitative methods, including remote sensing data .
1 Potential limits to vegetation net primary production based on 1 Potential limits to vegetation net primary production based on
Frontiers | Evolution of spatiotemporal patterns in vegetation net Frontiers | Evolution of spatiotemporal patterns in vegetation net
Predicted distribution of vegetation net primary productivity (tC ha À Predicted distribution of vegetation net primary productivity (tC ha À
Spatial distribution of vegetation types in Northeast China 3 RESULTS Spatial distribution of vegetation types in Northeast China 3 RESULTS
Linear variation trend in vegetation net primary productivity (NPP) and Linear variation trend in vegetation net primary productivity (NPP) and
Distribution of mean net primary productivity for different land cover Distribution of mean net primary productivity for different land cover
Spatial distribution of the non-linear trend of the vegetation NPP Spatial distribution of the non-linear trend of the vegetation NPP
