Performance analysis of different rice-based cropping systems in tropical region of Nepal

Agronomic, economic, and environmental performance of nitrogen rates and source in Bangladesh’s coastal rice agroecosystems

“…The increase in GHG emissions in our study largely resulted from N application, including the production of N fertilizer, direct N 2 O emissions from the soil, and indirect N 2 O emissions resulting from other N loss pathways. Fertilizer inputs often make a larger contribution to GHG emissions compared to other inputs (Pokhrel and Soni, 2017), with GHG emissions also increasing at higher application rates. Without including methane emissions, Soni et al (2013) reported 560.2 kg CO 2 eq.…”

An international comparison of rice consumption behaviours and greenhouse gas emissions from rice production

“…About 80% of yield increase will come from intensification (higher yields with more fertiliser, pesticides and water inputs, multiple cropping, shorter fallow periods and improved seed varieties) and another 20% from extensification (Johnson et al, 2014). Both intensification and extensification are likely to demand more farm inputs, thus generating a larger proportion of GHG emissions (Pokhrel and Soni, 2017).…”

COMPOSIÇÃO DE LIPÍDIOS E ÁCIDOS GRAXOS DE Spirulina sp. (LEB18) PRODUZIDA EM ÁGUA RESIDUAL DA AQUICULTURA.

“…Em relação ao ácido gamalinolênico (C18:3n6), Perini et al [17] relataram o papel importante deste ácido graxo na prevenção de doenças cardiovasculares e aterosclerose, doenças inflamatórias crônicas, inibição de vasoconstrição e agregação plaquetária, no crescimento fetal e desenvolvimento neural, ação anti-inflamatória e antitrombótica, ação sobre a prevenção do câncer e participação nas funções imunomoduladoras. Além disso, segundo Pokhrel et al [18], o tratamento com T-25 também mostrou uma produção significativa de C16:0; que é essencial para o consumo humano e animal. Portanto,…”