DMSTA Simulation Results				Case:	Istokpoga		Period:	01/01/88	to	09/30/00
Case:	lake/reservoir; sav/hydrilla dominated; data from walker & havens, 2003; 5 yr initialization
Input Series		istok_tp			Tanks in Series		2.0	Surface Area (km2)		110.0000
Simulation Period		01/01/83	thru	09/30/00	Mean Water Load  (cm/d)		1.2	Mean Depth (cm)		170
Output Period		01/01/88	thru	09/30/00	Max Water Load (cm/d)		11.5	Max Depth (cm)		250
Startup Interval (days)		3653	Iterations	1	Inflow Conc  (ppb)		104.3	Freq Depth <  5 cm		0.0%
Avg Interval (days)		90			Inflow P Load (mg/m2-yr)		351	Load Reduction		58%
Parameter Set:		none			Outflow FWM  Conc (ppb)		47.6	Time Freq Conc > 10 ppb		64%
K  (m/yr)		3.36	Sm (mg/m2)	0	Outflow C with Bypass		47.6	Vol Freq Conc > 10 ppb		100%
C1 (ppb)		22.0	Sp (mg/m2)	0	95th Percentile (ppb)		53.8	Storage Turnover (1/yr)		0.8
C0  (ppb)		4.0	Qout Intercept	0.2	Outflow Geo. Mean (ppb)		42.9	Mean Stored P (mg/m2)		2624
Zx  (cm)		60	Qout Exponent	1.0	Outflow GM,  Q>0 (ppb)		44.1	Storage Inc/Net Removal		25%
Wtr Bal Error		0.0%			Knet-Plug Flow (m/yr)		2.7	Outfl. Seepage (cm/d/cm)		0
Mass B Error		0.1%			Knet-NCSTR (m/yr)		3.4	Seepage Loss		0%
Ki	E/m2-d	0	0	Model 2	Mean Biomass (g/m2)		#N/A	Biomass Turnover (1/yr)		#N/A
Kb	1/d	0	0	"	Gross PP  (g/m2-d)		#N/A	Total Resp (g/m2-d)		#N/A
Kr	1/d/g/m2	0	0	"
Ka	1/d	0	0	"
Kc	ppb	0	0	"
Ke	1/d	0	0	"
Ku	mg/m2	0	0	"
Calibration  Statistics for Period:			01/01/93	thru	09/30/00
Inflow P Conc (ppb)  =		105				Mean	Mean
HLR (cm/d) =		0.9	Count	Observed	Predicted	Residual	Resid%	RSE%	R2
Mean Depth (cm)			31	167.5	170.2	-2.7	-2%	8%	2%
Flow (cm/day)			31	0.88	0.86	0.02	2%	30%	91%
Flow-Wtd-Mean Conc (ppb)			28	54.4	49.8	4.6	9%
Geometric Mean Conc (ppb)			28	44.6	45.0	-0.5	-1%	34%	27%
Mean Conc (ppb)			28	49.0	45.3	3.6	8%	38%	24%
Outflow Load (mg/m2-d)			31	0.48	0.43	0.05	12%	47%	88%
Pred Q x Conc (mg/m2-d)			30	0.50	0.44	0.06	13%	55%	86%
Obs Load2 = Predicted Flow x Obs Conc
Green lines on x axis of concentration plots indicate model calibration period.
10/29/03