Notes

Diterpenoid alkaloids from your whole natural herb associated with Delphinium grandiflorum T.
Freshwater consumption and wastewater discharge of economic activities have caused water scarcity problem in many regions. This study aims to develop a multi-dimensional diagnosis model (MDDM) to provide new insights for the sustainable development of regions which face water scarcity problem. In detail, the sectorial blue water, grey water and total water consumptions are assessed to reveal the direct effects of economic activities on water quantity and water quality. Then, hypothetical extraction method is integrated into input-output model and ecological network analysis to quantify the system-based effects of sectors in three dimensions economy, water and metabolism. A case study of Guangdong province, China is conducted to illustrate the availability of the developed model. We found that the multi-dimensional performances of Guangdong's socioeconomic system are dominated by a few sectors. Wastewater, especially that discharged from the primary industry, is the main reason for the local water scarcity. Specifically, the unique role that every sector plays in the socioeconomic system is quantitatively revealed by MDDM, which could guide the relevant policy development at sectorial level.The body mass index (BMI), which measures body mass divided by height squared (kg/m²), has become a popular technology for quickly measuring and assessing individuals' health and disease risk. However, the BMI has also been widely criticized by health professionals who argue that it's a poor measure of health. Feminist scholars are also critical, arguing BMI is a technology of neoliberal health promotion that pathologizes body size, and produces responsibilized subjects invested in maintaining "proper" weights, while often ignoring the social and environmental conditions that result in differently sized bodies. In this paper, I look at a series of BMI "camps" held across rural North India in 2017 and put forth two central arguments. First, BMI is not an a priori technology of neoliberal governmentality, but can be also be a means to highlight social marginalization and create relations of care. I find the spaces of BMI deployment are tightly linked to the types of responsibility and care it produces. Second, while the intended goal of these BMI camps is to propel people, mostly women, to change their behavior to be more healthful, this behavior change was often stymied by the everyday business of surviving in India's current political economic climate. Despite that women were unable to implement much of the nutrition advice (and sometimes reported additional stress due to attendance at such camps), women continued to attend health-related camps. This paper draws on the notion of cruel optimism, which argues that the objects of our attachments, such as ideas of "the good life" can be self-detrimental, as a way to unpack the paradox of women who continue to show up for health camps despite not taking anyway many useful skill and sometimes causing them anxiety.Comparisons between backward and forward translation (BT, FT) have long illuminated the organization of bilingual memory, with neuroscientific evidence indicating that FT would involve greater linguistic and attentional demands. However, no study has directly assessed the functional interaction between relevant mechanisms. Against this background, we conducted the first fMRI investigation of functional connectivity (FC) differences between BT and FT. In addition to yielding lower behavioral outcomes, FT was characterized by increased FC between a core semantic hub (the left anterior temporal lobe, ATL) and key nodes of attentional and vigilance networks (left inferior frontal, left orbitofrontal, and bilateral parietal clusters). Instead, distinct FC patterns for BT emerged only between the left ATL and the right thalamus, a region implicated in automatic relaying of sensory information to cortical regions. Therefore, FT seems to involve enhanced coupling between semantic and attentional mechanisms, suggesting that asymmetries in cross-language processing reflect dynamic interactions between linguistic and domain-general systems.The western Nyainqentanglha (WNT) range, located in the transition zone between large-scale atmospheric circulations, has an abundance of glacial lakes and glaciers. In the warmer climate of recent decades, the glacial lakes and glaciers in the WNT range could have changed substantially. Here, glacial lake and glacier changes for the entire WNT range between 1976 and 2018 are examined. The results show that, between 1976 and 2018, the number of glacial lakes (>0.0036 km2) increased by 56% from 192 to 299 and their total area increased by 35% from 6.75 ± 0.13 km2 to 9.12 ± 0.13 km2. The glacial lakes expanded faster in 2001-2018 (0.08 km2/yr) than in 1976-2001 (0.04 km2/yr), and faster on the southern side of the mountain range than on the northern side. Correspondingly, the rates of glacier area shrinkage and surface elevation thinning between 2000 and 2018 were -4.15 km2/yr and -0.29 ± 0.06 m/yr, respectively, greater than the respective rates of -3.91 km2/yr and -0.24 ± 0.11 m/yr in 1976-2000. U0126 The glacier retreat and elevation thinning to the south of the main divide are greater than to the north, with the exception of the thinning rate in 2000-2014 which is possibly due to precipitation differences. With the rapid retreat of glaciers, many glacial lakes are changing from proglacial lakes to unconnected glacial lakes. The increases in the number and area of glacial lakes are moving toward higher elevations, accompanying the retreat of glaciers and the increase in the mean elevation of glaciers. The observed increased precipitation also supports the increases of glacial lakes. The accelerating glacier loss and lake expansion in the WNT range imply a strong impact of climate change on the cryosphere over the past few decades.Safe drinking water supply systems in naturally contaminated hydrogeological environments require precise geoinformation on contamination hotspots. Spatial statistical methods and GIS were used to study fluoride occurrence in groundwater and identify significant spatial patterns using fluoride concentrations. The global and local Morans I indices were used. While the significant positive global Morans I index indicated spatial structure in fluoride occurrence, the significant spatial clusters were identified using local Morans I index and mapped at p-value of 0.05. The spatial clusters demonstrated patterns of drinking water sources with fluoride concentrations below or above WHO guideline and Tanzania standard for drinking water and were considered as 'regional fluoride cool spots' and 'regional fluoride contamination hotspots', respectively. Two regional fluoride contamination hotspots were identified and mapped around the Stratovolcano Mountains in the north-east and south-west of the study area; and along the Neogene Quaternary volcanic formations and Palaeo-Neoproterozoic East African Orogen (Mozambique Belt).
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