Beberapa penelitian lain untuk meli

Beberapa penelitian lain untuk melihat efek Allelopati tumbuhan M. micrantha, Ismail dan Suat (1994) melaporkan bahwa ekstrak air daun M. micrantha menghambat perkecambahan tanaman A. gangetica, dan P. conjugatum masing-masing sebesar 45,39 and 21 %, sedangkan ekstrak aqueous akar memperlihatkan 62% and 27%. Penelitian yang sama dilakukan oleh Lalmuanpuii and Sahoo (2011) dengan tumbuhan uji yang berbeda yaitu ekstrak aquoeus dari daun dapat menekan perkecambahan tanaman Padi Oryza sativa sebesar 10-35% dan Jagung Zea mays sebesar 45-65% dengan konsentrasi uji dibawah konsentrasi 30%, sementara itu pada konsentrasi diatas 30%-100% dapat menyebabkan pengaruh kerusakan pada pertumbuhan akar dan tunas .

Results (English) 1:

Several other studies to look at the effects of plant Allelopati m. micrantha, Ismail and Suat (1994) reported that a water extract of leaves of m. micrantha inhibit plant germination of a. gangetica, and p. conjugatum respectively of 45.39 and 21%, whereas the aqueous extracts of roots showed a 62% and 27%. The same study conducted by Lalmuanpuii and Sahoo (2011) with different test plants which extract aquoeus from the leaves of the plant can suppress germination of rice Oryza sativa by 10-35% and corn Zea mays of 45-65% with a concentration test under concentration of 30%, while that at concentrations above 30%-100% may cause damage to the influence the growth of roots and shoots.

Results (English) 2:

Several other studies on the effects of plant allelopati M. micrantha, Ismail and Suat (1994) reported that the water extract of the leaves of M. micrantha inhibit plant germination gangetica A., and P. conjugatum respectively 45.39 and 21%, while the extract aqueous roots showed 62% and 27%. A similar study conducted by Lalmuanpuii and Sahoo (2011) to test the different plants that extract of the leaves can suppress aquoeus germination of rice Oryza sativa plants by 10-35% and Maize Zea mays by 45-65% with test concentrations below 30% concentration, while at concentrations above 30% -100% can cause damage effect on the growth of roots and shoots.