Satellite Data Revealed That the Expansion of China’s Lakes Is Accompanied by Rising Temperatures and Wider Temperature Differences DOI Creative Commons
Yang Jiao, Zifan Lu, Mengmeng Wang

и другие.

Remote Sensing, Год журнала: 2025, Номер 17(9), С. 1546 - 1546

Опубликована: Апрель 26, 2025

Lake surface water area (LSWA) and lake temperature (LSWT) are critical indicators of climate change, responding rapidly to global warming. However, studies on the synergistic variations LSWA LSWT scarce, coupling relationships among lakes with different environmental characteristics remain unclear. In this study, relative growth rate (RKLSWA); absolute rates annual maximum, mean, minimum LSWTs (i.e., KLSWT_max, KLSWT_mean, KLSWT_min); difference between maximum (LSWT_mmd) (KLSWT_mmd) were investigated across more than 4000 in China using long-term Landsat data, their types permafrost non-permafrost recharge, endorheic or exorheic lakes, natural artificial lakes) comprehensively analyzed. Results indicate significant differences trends LSWT, as well interrelationships various regions types. Qinghai–Tibet Plateau (QTP), 57.8% showed an increasing trend LSWA, 2.4% showing moderate expansion (RKLSWA values 0.1–0.2), while over 27.5% South (SC) region displayed shrinkage −0.1~0%/year). Regarding LSWTs, 49.8% QTP exhibited a KLSWT_max greater 0, 47.9% KLSWT_mean 0. contrast, 48.1% Middle Lower Yangtze River Plain (MLYP) had less 48.5% Additionally, supplied by permanent demonstrated both those non-permanent permafrost. Further analysis revealed that approximately 20.2% experienced concurrent increase mean whereas around 18.9% simultaneous rise LSWT_mmd LSWA. This suggests is correlated rising temperatures differences. study provides deeper insights into response Chinese change offers important references for resource management ecological conservation.

Язык: Английский

The Interaction Between Economic Development and Environmental Protection in Yunnan Province over the Past Two Decades DOI Open Access
Zhenhua Zhou, Yi Luo, Xin Yang

и другие.

Sustainability, Год журнала: 2025, Номер 17(3), С. 1031 - 1031

Опубликована: Янв. 27, 2025

Over the past two decades, urbanization and industrialization in Yunnan Province have rapidly advanced, spurring economic growth but also leading to intensified environmental challenges, particularly urban areas where issues like air pollution declining vegetation cover become increasingly prominent. Balancing development protection has thus emerged as a core priority for Yunnan. This study quantifies analyzes temporal spatial changes, coupling coordination degree, driving factors underlying key indicators of Yunnan’s from 2000 2019. The results indicate that: (1) Economic is evident across all four types regions, though rates decelerated. first type region shows “U”-shaped trend FVC, second “W” trend, third fourth show consistent upward trend. (2) Overall between remains low Yunnan, with strong correlation degree levels: highest while lowest degree. (3) Industrial structure most influential factor (74.9%). Influencing differ by region: secondary industry predominates (24.4%), foreign investment leads (24.1%), technological innovation significantly impacts (23.9%), marketization drives (25.8%).

Язык: Английский

Процитировано

0
Satellite Data Revealed That the Expansion of China’s Lakes Is Accompanied by Rising Temperatures and Wider Temperature Differences DOI Creative Commons
Yang Jiao, Zifan Lu, Mengmeng Wang

и другие.

Remote Sensing, Год журнала: 2025, Номер 17(9), С. 1546 - 1546

Опубликована: Апрель 26, 2025

Lake surface water area (LSWA) and lake temperature (LSWT) are critical indicators of climate change, responding rapidly to global warming. However, studies on the synergistic variations LSWA LSWT scarce, coupling relationships among lakes with different environmental characteristics remain unclear. In this study, relative growth rate (RKLSWA); absolute rates annual maximum, mean, minimum LSWTs (i.e., KLSWT_max, KLSWT_mean, KLSWT_min); difference between maximum (LSWT_mmd) (KLSWT_mmd) were investigated across more than 4000 in China using long-term Landsat data, their types permafrost non-permafrost recharge, endorheic or exorheic lakes, natural artificial lakes) comprehensively analyzed. Results indicate significant differences trends LSWT, as well interrelationships various regions types. Qinghai–Tibet Plateau (QTP), 57.8% showed an increasing trend LSWA, 2.4% showing moderate expansion (RKLSWA values 0.1–0.2), while over 27.5% South (SC) region displayed shrinkage −0.1~0%/year). Regarding LSWTs, 49.8% QTP exhibited a KLSWT_max greater 0, 47.9% KLSWT_mean 0. contrast, 48.1% Middle Lower Yangtze River Plain (MLYP) had less 48.5% Additionally, supplied by permanent demonstrated both those non-permanent permafrost. Further analysis revealed that approximately 20.2% experienced concurrent increase mean whereas around 18.9% simultaneous rise LSWT_mmd LSWA. This suggests is correlated rising temperatures differences. study provides deeper insights into response Chinese change offers important references for resource management ecological conservation.

Язык: Английский

Процитировано

0