2014
DOI: 10.2478/cerce-2014-0011 View full text |Buy / Rent full text
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Abstract: Water stress is known as the major threat to reduced growth and yield of plants in arid and semi-arid regions. Potassium is one of the indicators of plant responses to water stress. To evaluate the impact of water stress and levels of potassium on yield and yield components of two varieties of mung bean (Vigna radiata) (promising lines VC6172 and Indian), an experiment in the form of split factorial, based on randomized complete block design with three replicates was conducted in 2011, at the research farm of … Show more

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“…This due to snap bean is low in the fixation of atmospheric N conversely to other bean (Feleafel and Mirdad 2014). The same trend was observed with P and K applications as reported by Lad et al (2014), Fooladivanda et al (2014), Liu et al (2015) and Buriro et al (2015), they found that application of P and K fertilizers significantly increased growth and yield parameters of bean plant. It could be concluded that snap beans plants could not achieve a higher yield when the application of NPK more than excess of recommended rates.…”
Section: The Effect Of Npk Fertilizers On Growth Parameters Of Snap Bsupporting
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“…This due to snap bean is low in the fixation of atmospheric N conversely to other bean (Feleafel and Mirdad 2014). The same trend was observed with P and K applications as reported by Lad et al (2014), Fooladivanda et al (2014), Liu et al (2015) and Buriro et al (2015), they found that application of P and K fertilizers significantly increased growth and yield parameters of bean plant. It could be concluded that snap beans plants could not achieve a higher yield when the application of NPK more than excess of recommended rates.…”
Section: The Effect Of Npk Fertilizers On Growth Parameters Of Snap Bsupporting
“…Pemupukan 84 kg TSP/ha pada tanah miskin P (8,5 ppm P dengan pH 8,1) meningkatkan hasil kacang hijau 0,58 t/ha dibandingkan tanpa pupuk TSP (Ali et al 2010). Pemupukan 90-160 kg K/ha meningkatkan hasil kacang hijau dari 1,88 t/ha (tanpa pupuk K) menjadi 2,51-2,70 t/ha (Fooladivanda et al 2014). Hasil kacang hijau 1,25 t/ha dicapai dengan pemupukan 124 kg DAP/ha dan 10 ton pupuk kandang/ha (Abbas et al 2011).…”
Section: Pendahuluanunclassified
“…Pertumbuhan dan hasil kacang hijau meningkat sejalan dengan peningkatan takaran pupuk K dari 20 kg/ha sampai 120 kg K/ha, dan optimal pada takaran 80 kg K/ha (Kumar et al 2014). Pemupukan 90-160 kg K/ha meningkatkan hasil kacang hijau dari 1,88 t/ha (tanpa pupuk K) menjadi 2,51-2,70 t/ha (Fooladivanda et al 2014). Pemupukan 84 kg TSP/ha pada tanah miskin P (8,5 ppm P dengan pH 8,1) meningkatkan hasil kacang hijau 0,58 t/ha dibandingkan dengan tanpa pupuk TSP (Ali et al 2010).…”
Section: Pendahuluanunclassified
“…Menurut Aslam et al (2010), produksi biomas kacang hijau tertinggi 5,7 t/ha diperoleh dengan pemberian 12,5 t pupuk kandang/ha atau 38 kg P 2 O 5 + 6,25 t pupuk kandang/ha. Pemupukan 90-180 kg K/ha juga meningkatkan biomas kacang hijau dari 5,43 t/ha (tanpa pupuk K) menjadi 6,00-6,52 t/ha (Fooladivanda et al 2014). Pemupukan P dilaporkan meningkatkan biomas kacang hijau, dan sebaliknya dengan penggunaan asam humat (pupuk organik) (Bandani et al 2014).…”
Section: Sifat Kimia Tanah Setelah Panenunclassified