Not exact matches
«Due to their
capacity for improving plant root growth,
soil nutrient cycling and microbial activity, the application
of humic substances may have long - term benefits in
agricultural systems.»
This technical document provides a brief review
of the benefits from various agriculture - based practices and technologies that have the potential to increase food production and the adaptive
capacity of the food production system, as well as reduce emissions or enhance carbon storage in
agricultural soils and biomass, focusing in detail on empirical evidence concerning costs and barriers to adoption, both from household and project - level data.
(United Nations Food & Agriculture Organisation)-- Vegetation 650 gigatons, atmosphere 750 gigatons,
soil 1500 gigatons ■ The carbon sink
capacity of the world's
agricultural and degraded
soils is 50 % to 66 %
of the historic carbon loss
of 42 to 78 gigatons
of carbon.
Furthermore, it demonstrates the extent to which modern
agricultural practices have degraded
soil natural capital — which has profound implications for the loss
of ecosystem service provision (Loveland & Webb 2003; Lal 2004), including reduced structural stability, water and nutrient holding
capacity and impaired regulation
of N mineralization and supply to plants (Quinton et al. 2010; Dungait et al. 2012).