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Phosphorus losses increased with higher manure applications.
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Manure availability was estimated using spatially explicit maps of livestock density, manure production and management parameters, and identification of areas with high manure densities.
Phosphorus losses in the runoff were higher with the higher manure application rate.
Higher manure application increased the An as about 18%.
The higher emission of N2O in plots amended with high N manure when compared with emissions on plots subjected to low N manure applications was attributed to the case of increased capacity of the wetland soil that received high N manure to supply mineralized N beyond soil microbial requirements (Mosier and Kroetze 1999), plant uptake and precipitation in lingo-protein complexes (Saggar 2010).
Consequently, plots that were amended with higher rates of manure applications effectively sequestrated N that may be exposed to denitrification and the associated emissions of N2O.
The results of the present study were in agreement with those obtained by Chatterjee et al. (2014) who reported a great increase in yield of tomato when 75% RDF chemical fertilizer was combined with higher amount of manure including vermicompost and bio fertilizer.
Two experiments were used to determine the effect of cattle manure quality and application rates on N2O emission with three of the following treatments for each experiment: Experiment 1: (1) Control (unamended); (2) 15 Mg high N manure/ha; (3) 30 Mg high manure N/ha.
This may have been responsible for significance performance by Moringa plants treated with higher rates of poultry manure.
These findings were in agreement with the reports of Prativa and Bhattarai (2011) and Chatterjee et al. (2014) who noted maximum number of fruit clusters in treatments receiving 75% of RDF (NPK) combined with higher amount of organic manure including vermicompost.
Manures with higher N content and moisture undergo rapid microbial decomposition and tremendously increase CO2 emission (Ni et al. 2010; Rahman et al. 2016).
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