Perspectives of anthropogenic materials application in geotechnical engineering and their advantages in sense of the carbon dioxide reduction are discussed.
Public ignorance of environment and related considerations, indiscriminate disposal of increasing anthropogenic wastes, unplanned application of agrochemicals, and discharges of improperly treated sewage have resulted in the deterioration of surface and subsurface water (Singh and Hasnain 1998; Mitra et al. 2007; Kumar et al. 2008; Ishaku 2011; Ewusi et al. 2013; Kalpana and Elango 2013).
This was because that nitrate in Changjiang had long being compensated by the anthropogenic inputs like fertilizers application, similar to rivers around the world [45, 50].
The main source of anthropogenic N2O emissions is the application of nitrogen fertilizer to agricultural soils.
Reasons responsible for the co-occurrence of multi-elements in groundwater determined through factor analysis include the natural geogenic processes and anthropogenic inputs such as fertilizer application in farming activities, effluent from industries as well as seawater intrusion.
While prescribed burning and mechanical thinning treatments are potential options for managing succession in mixed-oak forests, few studies have adequately studied tree successional patterns in mature (>100-year old) stands following application of these anthropogenic disturbances.
The lower degree of confidence of this approach at the surface does not allow the direct application for studying anthropogenic CO2 trends, but some qualitative considerations were drawn from the comparison between the estimated inorganic carbon system and the available observational datasets.
Identifying anthropogenic sources of Cd and controlling application may limit Cd accumulation in agricultural fields.
Farmlands are places of intensive anthropogenic activity, including tillage and the application of fertilizers, pesticides, and herbicides.
Most researchers have focused on As pollution characteristics in wetland soil/sediment [ 3, 5, 12, 13] and their influencing factors such as soil properties (e.g., SOM, pH value, and Eh) [ 14, 15] and anthropogenic activities (e.g., wetland reclamation, application of fertilizers, and sewage discharge) [ 13, 15].
