Bananas plantpop 0.3086 dmaxshoot 1 cbaflag 0 tgtyield 20 cbafact 1 cyrafact 1 hyldflag 0 hyldunits tons/ac hyldwater 75 hyconfact 4.465 idc 6 grf 1 ck 0.9 hui0 1 hmx 3.5 growdepth 0.15 rdmx 1.5 tbas 10 topt 27.0 thudf 0 dtm 585 thum 3000 frsx1 -1.0 frsx2 -6.0 frsy1 0.1 frsy2 0.95 verndel 0 bceff 30 a_lf 0.22 b_lf 0.0 c_lf 0.6 d_lf -0.04 a_rp 0.22 b_rp 0.0 c_rp 0.6 d_rp 0.039 a_ht 0.3 b_ht -0.1 ssaa 0.12475 ssab 0.7622 sla 20 huie 0.01 transf 0 diammax 3 storeinit 1000 mshoot 400000 leafstem 0.5 fshoot 0.007 leaf2stor 0.03 stem2stor 0.03 stor2stor 0.03 rbc 3 standdk 0.015 surfdk 0.015 burieddk 0.015 rootdk 0.015 stemnodk 0.18 stemdia 0.10 thrddys 17.1 covfact 2.676421 resevapa -1.20379 resevapb 0.604887 yield_coefficient 0.0 residue_intercept 0 regrow_location 0 noparam3 0 noparam2 0 noparam1 0 crop_notes Perennial, banana. Suggest op: Planter, tree, mechanical transplanter; Pruning; Harvest, bananas. Target Yield calibration: NO crop_devnotes Cloned from Sugarcane Population based on 1.8 x 1.8 meter spacing Yield is set to be reproductive mass Yield water content increased to 75% Light Extinction Coefficient set to 0.9 to account for broad leaf horizontal type canopy Maximum crop height reduced to 2.5 meters Planting depth assumes a 1 Kilogram rhizome is used as planting the planted mass Freezing temperatures and damage percentages adjusted to reflect tropical nature of plant Partitioning set to allow 60% of season for leaf and stem, and the last 40% for fruit development. Crop height coeffficients set to match Stem area index (and shoot growth) adjusted to give 10 cm representative stem diameter at full stem development. Leaf and stem develop uniformly together Note: the between row cover names do not relect any mechanism in WEPS, so all the banana crops are identical.