Application Cow Manure and Mychorriza to Physiological of Biduri (Calotropis gigantea)

Sri Hartati, Samanhudi Samanhudi, Muji Rahayu, Mochammad Danny Sukardan, Nadia Alifia Rahma

Abstract


Biduri (Calotropis gigantea) was a wild plant that had many benefits in the health and textile industries. In the health sector, biduri was used as a herbal plant, while in the textile industry, used as the main raw material. Biduri could be used as a substitute for kapok as the main raw material, therefore it was necessary to develop cultivation technology to met the needs. This research was conducted at the Jumantono Field Laboratory of Faculty of Agriculture UNS, Karanganyar using a factorial Randomized Complete Block Design (RCBD), which consisted of 2 factors, namely cow dung fertilizer, and mycorrhizae. Cow dung fertilizer consists of 0 ton/ha, 10 ton/ha, and 20 ton/ha. Mycorrhizae consisted of 0 grams/plant, 5 grams/plant, 10gram/plant, and 15gram/plant. There were 36 treatment combination that consist of 12 treatment combination repeated 3 times. The interaction between cow dung did not significantly affect all physiological observation variables. The results showed that the application of 20 ton/ha of cow dung fertilizer gave the best results on the width of stomata openings, the rate of photosynthesis, and the rate of transpiration. Inoculation with mycorrhizal fungi had no significant effect on all observations of physiological variables 

Keywords: Calotropis gigantea, cow manure, mycorrhiza, physiological


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References


  1. Vadlapudi V et al. 2012. Antimicrobial pofile of crude extracts Calotropis procera and Centella asiatica against some important pathogens. Ind J Sci Tech. 5 : 3132 – 3136.
  2. Ristanti RA, Sagara BP, Murti SS et al. 2020. The manufacture of green diesel from kapok seed oil uses catalysts with hydrogenation and fractionation processes. J Chemical Engineering 15 (1) : 15 – 20
  3. Sukardan MD, Natawijaya D, Prettyanti P et al. 2016. Characterization of the fibers of the biduri plant (Calotropis gigantea) and identification of its possible use as textile fibers. J Textile Arena 31(2): 51 – 62
  4. Alwaneen WS. 2020. Effect of cow manure compost on chemical and microbiological soil properties in Saudi Arabia. Pakistan Journal of Biological Sciences 23 (7) :940 – 945
  5. Talanca, Haris. 2010. The status of vesicular-arbusular mycorrhizal (MVA) in plants. Proceedings of National Cereal Week: 363 – 357.
  6. Setiawan J, Arabia T, Karim A. 2020. Characteristics, classification, and management of land formed in the area of jaboi volcano sabang city. Scientific Journal of Agricultural Students 5 (2) : 283–292
  7. Asmuliani R, Darmanwan M, Sudiarta IM et al. 2021. Growth of rice crops (Oryza sativa L.) varieties of ponelo at various doses of nitrogen fertilizer and number of seeds per planting hole. J Sustainable Agriculture 1 (1) : 01–17
  8. Lingitubun R, Mangera Y, Wahida. 2019. The effect of shade and animal manure on the micro climate and the growth. Musamus AE Featuring Journal 2(1) : 16–27
  9. Araujo DS, Wirawati T, Poerwanto ME. 2019. Response of the mug beans plant (Vigna radiate L.) on the dosage of legin and manure. Agrivet 25 (1) : 16 – 24.
  10. Utomo W, Astiningrum M, Susilowati YE.2017. Effect of mycorrhizal and planting distance on sweet corn crop yields (Zea mays var. saccharate Sturt). J Vigor 2 (1) : 28 – 33.
  11. Sarjani TM, Mawardi, Pandia ES et al. 2017. Identification of morphology and anatomy of the stomata of the Piperaceae family in Langsa City. Journal of IPA and IPA Learning 1 (2) : 182 – 191.
  12. Wenno SJ dan Sinay H. 2019. Chlorophyll levels of pakcoy leaves (Brassica chinensis L.) after the treatment of manure and tofu pulp as a teaching material for plant physiology courses. Biopendix: Journal of Biology, Education and Applied 5 (2) : 130–139.
  13. Syafruddin S., S, Syakur dan T, Arabia. 2016. Propogation techniques of mycorrhizal biofertiliser with different types of mycorrhizal inoculant and host plant in Entisol Aceh.Int J. Agric. Res, 11 (2) : 69-76.
  14. Saparso, Sudarmaji A, Ramadhani Y et al. 2019. The growth and yield of onion plants (Allium ascalonicum L.) at different doses and types of nitrogen fertilizers in coastal sand soils. National Seminar in the Framework of the 43rd UNS Dies Natalis 2019 3 (1) : 75 – 85.
  15. Derantika C. 2018. Effect of water administration and nitrogen dose on the growth of gotu kola (Centella asiatica L. urb). J Plantropica 3 (2) : 78 – 84.
  16. Putri FM, Suedy SWA, Darmanti S. 2017. The effect of nanosylic fertilizer on the number of stomata, chlorophyll content and growth of black rice (Oryza sativa L. cv. japonica). Bulletin on Anatomy and Physiology 2(2) : 72–79.




DOI: https://doi.org/10.20961/jbb.v2i2.61273

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