FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4387422073> ?p ?o ?g. }

• W4387422073 endingPage "2574" @default.
• W4387422073 startingPage "2574" @default.
• W4387422073 abstract "As global warming continues, heat stress events are expected to increase and negatively affect rice production. Spatiotemporal changes in single-season rice exposure to heat stress were explored along the middle and lower reaches of the Yangtze River (MLRYR) in China during 1971–2020 based on created heat thresholds in different phenological stages, derived from comparison of historical heat records for single-season rice and agro-meteorological data. The feature importance (IF) provided by the Random Forest model was used to modulate the relationship between threshold accumulated temperature and yield reduction rate caused by heat stress. In addition, critical temperature thresholds at different phenological stages were determined by combining Overall Accuracy and the Receiver Operating Characteristic (ROC) curve. According to historical disaster records, the heat stress occurred before the reproductive phase (i.e., the tillering–jointing stage) and ended in the filling stage. Critical temperature thresholds of Tmax at tillering–jointing, booting, flowering and filling were quantified as 36, 35, 35 and 38 °C, with higher IF values of 13.14, 10.93, 17.15 and 13.15, respectively. The respective values of Overall Accuracy and the areas under the ROC curve were greater than 0.85 and 0.930, implying that each threshold performed excellently in identifying heat occurrence. Based on the determined critical thresholds, accumulated harmful temperature (Tcum), number of heat days (HD), first heat date (FHD) and last heat date (LHD) were presented to characterize heat exposure. It was clear that Tcum and HD exhibited a north-to-south increasing trend from 1971 to 2020, with the obvious increasing occurrence in most parts of the study region through the period of 2010 to 2020. FHD occurred earlier in most stations except the northeast parts, while LHD ended later in southern MLRYR. Exploring heat critical thresholds at different phenological stages highlighted in this study can help decision-makers monitor and evaluate heat exposure to single-season rice in MLRYR and further develop mitigation strategies to ensure rice production security." @default.
• W4387422073 created "2023-10-08" @default.
• W4387422073 creator A5012989398 @default.
• W4387422073 creator A5032943455 @default.
• W4387422073 creator A5034184122 @default.
• W4387422073 creator A5041597691 @default.
• W4387422073 creator A5061789143 @default.
• W4387422073 creator A5069402688 @default.
• W4387422073 date "2023-10-07" @default.
• W4387422073 modified "2023-10-18" @default.
• W4387422073 title "Characteristic Identification of Heat Exposure Based on Disaster Events for Single-Season Rice along the Middle and Lower Reaches of the Yangtze River, China" @default.
• W4387422073 cites W1153899205 @default.
• W4387422073 cites W1465056966 @default.
• W4387422073 cites W1583621436 @default.
• W4387422073 cites W1966713367 @default.
• W4387422073 cites W1980855877 @default.
• W4387422073 cites W1982487747 @default.
• W4387422073 cites W1983749867 @default.
• W4387422073 cites W1996831007 @default.
• W4387422073 cites W2020083063 @default.
• W4387422073 cites W2030088138 @default.
• W4387422073 cites W2030776889 @default.
• W4387422073 cites W2035126306 @default.
• W4387422073 cites W2043129190 @default.
• W4387422073 cites W2054380954 @default.
• W4387422073 cites W2074089694 @default.
• W4387422073 cites W2077012820 @default.
• W4387422073 cites W2077766806 @default.
• W4387422073 cites W2079906765 @default.
• W4387422073 cites W2090205020 @default.
• W4387422073 cites W2091289840 @default.
• W4387422073 cites W2098592120 @default.
• W4387422073 cites W2100117683 @default.
• W4387422073 cites W2112977718 @default.
• W4387422073 cites W2115202043 @default.
• W4387422073 cites W2117575677 @default.
• W4387422073 cites W2130201759 @default.
• W4387422073 cites W2131937732 @default.
• W4387422073 cites W2137959503 @default.
• W4387422073 cites W2159229729 @default.
• W4387422073 cites W2163915249 @default.
• W4387422073 cites W2290936155 @default.
• W4387422073 cites W2508843800 @default.
• W4387422073 cites W2604193208 @default.
• W4387422073 cites W2744400296 @default.
• W4387422073 cites W2747718926 @default.
• W4387422073 cites W2751647703 @default.
• W4387422073 cites W2762233620 @default.
• W4387422073 cites W2764096990 @default.
• W4387422073 cites W2765909955 @default.
• W4387422073 cites W2790860706 @default.
• W4387422073 cites W2794159688 @default.
• W4387422073 cites W2800008839 @default.
• W4387422073 cites W2884693760 @default.
• W4387422073 cites W2896234566 @default.
• W4387422073 cites W2902311883 @default.
• W4387422073 cites W3005987019 @default.
• W4387422073 cites W3008772605 @default.
• W4387422073 cites W3091800894 @default.
• W4387422073 cites W3133589863 @default.
• W4387422073 cites W3147496743 @default.
• W4387422073 cites W3157933533 @default.
• W4387422073 cites W3185669489 @default.
• W4387422073 cites W3215868457 @default.
• W4387422073 cites W33113936 @default.
• W4387422073 cites W4283388392 @default.
• W4387422073 cites W4285006125 @default.
• W4387422073 cites W4306860354 @default.
• W4387422073 cites W4313421241 @default.
• W4387422073 cites W4317490192 @default.
• W4387422073 cites W4321490242 @default.
• W4387422073 cites W596923804 @default.
• W4387422073 doi "https://doi.org/10.3390/agronomy13102574" @default.
• W4387422073 hasPublicationYear "2023" @default.
• W4387422073 type Work @default.
• W4387422073 citedByCount "0" @default.
• W4387422073 crossrefType "journal-article" @default.
• W4387422073 hasAuthorship W4387422073A5012989398 @default.
• W4387422073 hasAuthorship W4387422073A5032943455 @default.
• W4387422073 hasAuthorship W4387422073A5034184122 @default.
• W4387422073 hasAuthorship W4387422073A5041597691 @default.
• W4387422073 hasAuthorship W4387422073A5061789143 @default.
• W4387422073 hasAuthorship W4387422073A5069402688 @default.
• W4387422073 hasBestOaLocation W43874220731 @default.
• W4387422073 hasConcept C105795698 @default.
• W4387422073 hasConcept C127313418 @default.
• W4387422073 hasConcept C137660486 @default.
• W4387422073 hasConcept C140793950 @default.
• W4387422073 hasConcept C146357865 @default.
• W4387422073 hasConcept C151730666 @default.
• W4387422073 hasConcept C166957645 @default.
• W4387422073 hasConcept C191935318 @default.
• W4387422073 hasConcept C205649164 @default.
• W4387422073 hasConcept C2987418964 @default.
• W4387422073 hasConcept C3018003528 @default.
• W4387422073 hasConcept C33923547 @default.
• W4387422073 hasConcept C39432304 @default.
• W4387422073 hasConcept C49204034 @default.

• next