17 research outputs found

    Observations of trace gases and aerosols over the Indian Ocean during the monsoon transition period

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    Characteristics of trace gases (O3, CO, CO2, CH4 and N2O) and aerosols (particle size of 2.5 micron) were studied over the Arabian Sea, equatorial Indian Ocean and southwest part of the Bay of Bengal during the monsoon transition period (October-November, 2004). Flow of pollutants is expected from south and southeast Asia during the monsoonal transition period due to the patterns of wind flow which are different from the monsoon period. This is the first detailed report on aerosols and trace gases during the sampled period as the earlier Bay of Bengal Experiment (BOBMEX), Arabian Sea Monsoon Experiment (ARMEX) and Indian Ocean Experiments (INDOEX) were during monsoon seasons. The significant observations during the transition period include: (i) low ozone concentration of the order of 5 ppbv around the equator, (ii) high concentrations of CO2, CH4 and N2O and (iii) variations in PM2.5 of 5-20μg/m3

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    Not AvailableThe evidences point out that farmers are keen to adopt drip irrigation, primarily to cope with the scarcity in at least one of three factors of production, namely water, power, and labour. The results indicate that micro irrigation has a positive impact on improving crop productivity and addressed the scarcity of water, power, and labour. The study clearly establishes micro irrigation is a worthy technology for improving water use efficiency and realizing other associated benefitsNot Availabl

    Packages of care for AUDs.

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    <p>Packages of care for AUDs.</p

    Evidence in support of treatments for AUDs.

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    <p>Evidence in support of treatments for AUDs.</p

    Delivering treatments for AUDs.

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    <p>Delivering treatments for AUDs.</p
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