Hurst’s seminal characterisation of long-term persistence (LTP) in geophysical records more than seven decades ago continues to inspire investigations into the Hurst phenomenon, not just hydrology and climatology, but many other scientific fields. Here, we present a new theoretical development based on stochastic Hurst–Kolmogorov (HK) dynamics that explains recent finding coefficient increases ...

Precipitation-use efficiency (PUE) is an important ecosystem indicator of the carbon–water conversion. The trend and interannual variation precipitation-use response to climatic factors provide a theoretical foundation for understanding how Eurasian grasslands adapt climate change. However, long-term trends regulating PUE in at continental scale are still unclear. Here, we integrated Global Inv...

this paper seeks to emphasize the flow variability in the calnistea catchment by analyzing the local physiographic factors. the research has shown that the amount of precipitation that falls to the ground is low, the rocks in the region are soft, but highly permeable, gradients are gentle in most of the territory and vegetal cover is sparse and therefore cannot hold important amounts of water. ...

Particle film forming materials were introduced as a solution to reduce the effects of excessive solar irradiation on plant photosynthesis. Covering leaves with particle films leads bio-stimulant-like effects: increased protection against abiotic stress and fruit quality. We used zeolites diatomaceous earth carriers for foliar fertilizer, known their application film-forming material. The aim t...

The primary natural source of water for the Hass avocado crop in tropics is precipitation. However, this insufficient to provide most crops’ requirements due spatial and temporal variability. This study aims demonstrate that requires irrigation Colombia, done by analyzing dynamics local precipitation regimes influence Intertropical Convergence Zone phenomena (ITCZ) on requirement (IR). was carr...

Tree water transport and utilization are essential for maintaining ecosystem stability in seasonally arid areas. However, it is not clear how Platycladus orientalis absorbs, consumes via transpiration, stores under varying precipitation conditions. Therefore, this study used stem sap flow thermal dissipation probes hydrogen oxygen isotope tracing technology to observe different control treatmen...

Water-limited environments confound efforts to intensify plant production needed address the impending shortfall in global food capacity (Fischer et al., 2014). The additional influence of anthropogenic warming on extent water limitation key environments, not only through anticipated effects precipitation, but also via increased evaporative demand associated with higher temperature and vapour p...

The drought event of 2018–2019 significantly affected most Central Europe. In this study, the development and intensity in Lusatian Neisse river catchment were evaluated, based on indices SPI, SPEI, low flow periods related to hydrological drought. Furthermore, multiannual variability indices, as well trends for air temperature precipitation totals, examined 1981–2020. catchment, deficit was no...

Abstract. Drought is a natural extreme climate phenomenon that presents great challenges in forecasting and monitoring for water management purposes. Previous studies have examined the use of Gravity Recovery Climate Experiment (GRACE) terrestrial storage anomalies to measure amount missing from drought-affected region, other attempted statistical approaches drought recovery based on joint prob...