Banana pseudostem biomass, traditionally incinerated and wasted, has been c
onserved and recycled by solid state fermentation (SSF) into plant growth s
timulating soil conditioner (SC). This SC alone or combined with biofertili
zers showed reduced mortality (10 and 12%) of planted suckers, enhanced chl
orophyll contents (593 and 661 mug g(-1)), gave biomass (35.0 and 36.6 kg)
at par and improved yield (54.2 and 55.0 MT ha(-1)), with that of the contr
ol (23%, 312 mug g(-1), 36.3 kg and 49.4 MT ha(-1), respectively). This has
afforded (i) saving of chemical fertilizers by 50%, (ii) reduction in quan
tum (40%) and frequency (15%) of irrigation and (iii) reduction in cost of
electricity and labor without sacrificing quality and quantity of banana. T
hus, a voluminous agro-waste is converted into an eco-friendly agro-input f
or sustainable productivity. (C) 2001 Elsevier Science B.V. All rights rese
rved.