Tanggapan Pertumbuhan dan Hasil Jagung Manis (Zea Mays Saccharata Sturt.) terhadap Pemberian Kapur dan Pupuk Kandang Kotoran Ayam

One type of popular corn now is sweet corn (Zea mays saccharata Sturt.). The high demand for sweet corn is not balanced by productivity generated. One of the limiting factors in the development of sweet corn on dry land is the low level of soil fertility. The application of lime and chicken manure are the key to improving the fertility of dry land. This research aimed to analyze the effect of the interaction and the single factor of the application of lime and chicken manure to the growth and yield of sweet corn on dry land. Conducted in Hamparaya Village of Batumandi District, Balangan Regency of South Kalimantan Province for three months, starting in August until November 2015. The design of environment that used in this study is a group randomized design (GRD), while the design of treatment is Split Plot Design. There are twelve treatment combinations were repeated three times so that there are 36 experimental plots, on each plot consisted of six plants sample so that the total number of samples was 216 plants. The results showed that the treatment interaction was not significant effect to the growth and yield of sweet corn in Bonanza F1 varieties, but a single treatment of the application of lime in dose 1,5 t ha-1 and chicken manure in dose 5 t ha-1 is the best treatment and able to enhance the growth and yield of sweet corn on dry land

Respon Tanaman Kedelai terhadap Serapan Hara NPK Pupuk Daun yang Diberikan melalui Akar dan Daun pada Tanah Gambut dan Podsolik

The objectives of this study were to study: 1) to analyze the response of soybean crops to nutrient uptake of NPK in leaf fertilizer given through spraying of leaves and soil passing through plant roots, 2) to analyze the effectiveness between the two ways of applying leaf fertilizer to soybean plants on peat soil and mineral soil. The study was conducted for four months in March until June 2014. The research was conducted at the location of the Faculty of Agriculture and Forestry of Muhammadiyah University of Palangkaraya. The results of the study indicated that: 1) the interaction between the soil type and the application of the liquid fertilizer no significant effect on N uptake in stem + leaf, P uptake in stem + leaf, and K uptake in stem + leaf; 2) liquid NPK fertilizers (NASA) supplied by leaf and soil showed a slightly different response to soybean crops planted on both soil types, and their contribution to growth growth and crop production compared to non-fertilized ones

Pertumbuhan Kacang Hias (Arachis Pintoi) Pada Media Tanah Pasca Penambangan Batubara Yang Diperkaya Mikoriza, Kapur Dan Pupuk Npk

This study aimed to determine the effects of the provision of arbuscular mycorrhizal fungi (AMF), the provision of lime, and the provision of NPK fertilizer, and the interaction effect of the provision of Arbuscular mycorrhizal fungi (AMF), lime and NPK fertilizers in promoting the growth of pinto peanut in the soil media of post-mining land. The research method used was a completely randomized design (CRD) three-factor factorial with the first factor is the type of inoculant FMA (M) = 3 levels, the second factor is the provision of lime (K) = 3 levels, and the third factor is the NPK fertilizer (P) = 3 levels. These results indicated that the interaction between AMF Glomus sp. and NPK fertilizer dose of 1 gram/polybag can increase height increase pinto peanut plants for 34.16 % of the controls. The interaction between AMF Gigaspora sp. The lime dose of 50 % Al-dd and Fertilizers NPK dose of 1 gram/polybag can increase the growth of leaves pinto peanut plants at 108.33 % of the controls. The interaction between AMF Glomus sp. and NPK fertilizer dose of 2 grams/polybag can increase canopy and root biomass pinto peanut plants at 245.21 % of the controls. The interaction between AMF Glomus sp. and NPK fertilizer dose of 2 grams/polybag can increase canopy and root biomass pinto peanut plants at 245.21 % of the controls. Level relative mycorrhizal dependency (RMD) was influenced by the type of AMF plant inoculated host. Highest RMD shown in pinto peanut using AMF Glomus sp. is 31.99% at moderately dependent