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The field used to represent potato production in Florida is located in St. Johns County in northeast Florida within MLRA 155. The meteorological file, Jacksonville, Florida (13889.dvf), represents the MLRA region 153A. Florida produces 3 - 6% of the U.S. commercially grown supply and the value of potatoes is the 4th highest in the United States. The Northeast region of Florida has the highest potato crop production. St. Johns County produces 47% (21,000 acres) of the harvested potatoes in Florida. The potatoes are planted between October and February. Seeds are planted at a depth of 3 - 4 inches in rows 36 - 42 inches apart with 6 - 12 inches between plants (IPM Centers, 2008). Winter and early spring potato production supplies more than 35% of the early crop for the U.S. The Pomona fine sand is typical of the potato-growing region of the Hastings/St. Johns County area. The properties of this soil were obtained from the USDA Soils Data Mart (USDA, 2004).
Irrigation is generally required during initial plant growth, when plant water requirements rapidly increase. Water requirements during the final growth period of tuber development decrease. As with other root crops, continuous moderate levels of soil moisture must be ensured.
Seed pieces are planted at a maximum density of approximately 29,000 plants per acre. Approximately 110 days elapse between planting and maturity. Potato planting in this area runs from late December through early March, with harvest from late April through June. The vines are killed before harvest to prevent skinning and bruising of the mature tubers and to reduce harvest machinery interference by heavy foliage. Tuber harvest occurs 14-21 days after the vines are desiccated to allow time from the periderm to set on the tuber to reduce skinning and scuffing. Vine killing is accomplished with herbicides and occasionally by mowing. Hilling soil around plants to keep the tubers completely covered is important to prevent sunburn and greening of the tubers when the vines are killed.
The upper limit of the water table is 1.5 feet, generally in July to September (USDA Soil Data Mart). No information on typical well depths in the area could be found. In a ground water monitoring study in the potato-growing region of Putnam and St. Johns counties, Tilden and Weigand (1998) reported ground water pH values ranging from 7 to 8.
Table 1. PRZM 3.12 Climate and Time Parameters for Hastings/St. Johns County, Florida - PotatoesParameterValueSourceStarting DateJanuary 1, 1961Meteorological File Jacksonville, FL (13889)Ending DateDecember 31, 1990Meteorological File Jacksonville, FL (13889)Pan Evaporation Factor (PFAC)0.77PRZM 3 Manual, Figure 5.9 (Suarez, 2006)Snowmelt Factor (SFAC)0PRZM 3 Manual, Table 5.1 (Suarez, 2006)Minimum Depth of Evaporation (ANETD)25PRZM Manual Figure 5.2 (Suarez, 2006). Use the mid-point of the range of values based on location of the crop scenario. If a crop region crosses one or more boundaries, select the average of the midpoints.
Table 2. PRZM 3.12 Crop Parameters for Hastings/St. Johns County, Florida PotatoesParameterValueSourceInitial Crop (INICRP)1The simulation date starts before the emergence date of the crop. PRZM is currently untested for other conditions.Initial Surface Condition (ISCOND)1The effect of this parameter is nearly irrelevant in EFED standard scenarios. This parameter specifies the curve number in place before the main crop is planted.Number of Different Crops (NDC)1Maximum interception of Storage of Crop (CINTCP)0.1PRZM 3 Manual (Suarez, 2006) Table 5.4Maximum Rooting Depth (AMXDR)60Selection of root depth by professional judgment will be a compromise between a need to accurately describe evapotranspiration and accurately describing irrigation needs.
Use USDA crop profiles.Maximum Aerial Canopy Coverage (COVMAX)40Surface Condition of Crop after Harvest1See scenario development guidance.Curve Number (CN)10Typically for groundwater scenarios, curve numbers will be low and have little effect on simulated results (e.g., from A or B soils).Max Dry Weight of Crop at Full Canopy (WFMAX)0 kg/m2Not Used in GW scenarios place holderNumber of Cropping Periods (NCPDS)30Set to weather data. Date of Crop Emergence (EMD/EMM/IYREM)15/02http://www.ipmcenters.org/cropprofiles/docs/FLpotatoes.pdfDate of Crop Maturation (MAD/MAM/IYRMAT)01/05http://www.ipmcenters.org/cropprofiles/docs/FLpotatoes.pdfDate of Crop Harvest (HAD/HAM/IYRHAR)01/06http://www.ipmcenters.org/cropprofiles/docs/FLpotatoes.pdfCrop Number Associated with NDC1Only one crop modeledIPSCND1Assume bulk of material is incorporated into groundExtra Water for Leaching0.10TypicalAvailable Depletion0.65Max Rate of Water Supplied7.0Set high enough such that demand would be met on a single day.
Table 3a. PRZM 3.12 Pomona fine sand Soil Parameters for Hastings/St. Johns County, FloridaParameterValueSourceSoil Property Title (STITLE)Total Soil Depth (CORED)400 cmStandard GW Scenarios are for 10-meter soil profiles, with the last meter simulated as an aquifer. User determines effective depth.Number of Horizons (NHORIZ)8*For the upper Horizons use USDA Soil Data Mart (Soil Survey Staff, 2008). Resolution need not be less than 1 cm in the top portion of the profile and not less than 20 cm in the remaining profile. The top profile is resolved into 1 cm increments in order to allow for accurate applications of pesticides into the soil surface. Below 10 cm, discretization is increased to 20 cm in order to simulate realistic dispersion.* Using 8 horizons greatly simplifies the procedure for entering declining degradation rates. The first 2 horizons are 10 cm, and the next four are 20 cm thickness; these 6 horizons represent the aerobic degradation zone. The 7th horizon is variable depending on the depth to the simulated aquifer and represents the depths between the aerobic degradation zone and the water table. The 8th horizon represents the groundwater which starts at a variable depth depending on the parameterization, with the profile extending 100 cm below the water table. Note that the pore water degradation rate should never be less than the hydrolysis rate.
Table 3b. PRZM 3.12.2 Pomona Soil Horizon input parameters for St. Johns County, FL - PotatoesHorizon #Horizon Thickness (THKNS) (cm)Bulk Density (BD) (g/cm3)Initial Soil Water Content (THETO)Soil Drainage Parameter (AD)Pesticide Hydrodynamic Solute Dispersion Coefficient (DISP)Lateral Soil Drainage Parameter (ADL)Thickness of Compartments in Horizon (DPN) (cm)Field Capacity (THEFC) (cm3/cm3)Wilting Point (THEWP) (cm3/cm3)Organic Carbon (OC) (%)Sand (%)Clay (%)1101.310.1300010.130.0904.1993.20.0012101.730.1300050.130.0900.7894.60.23201.780.07000200.070.0210.1892.00.64201.650.08000200.080.0092.0391.61.55201.650.11000200.110.0512.0391.61.56201.750.19000200.190.0401.0592.80.372001.750.19000500.190.0070.1994.00.00181001.75--00050----0.1678.88.5NRCS, National Soils Characterization Database (NRCS, 2001) HYPERLINK "http://soils.usda.gov/survey/nscd/" http://soils.usda.gov/survey/nscd/
Draft Model and Scenario Development for Groundwater Estimates Using PRZM
GW temperature: 21C ( HYPERLINK "http://0.tqn.com/d/homerepair/1/0/o/3/-/-/climate_temps.jpg" http://0.tqn.com/d/homerepair/1/0/o/3/-/-/climate_temps.jpg)
Albedo: 0.2
REFERENCES:
EPA. 2001. Abel, S.A. Procedure for Conducting Quality Assurance and Quality Control of Existing and New PRZM Field and Orchard Crop Standard Scenarios. Environmental Fate and Effects Division, Office of Pesticide Programs, U.S. Environmental Protection Agency, Washington, D.C.
IPM Centers. 2008. Florida Potato Crop/Pest Management Profile. NSF Center for IPM as the National Information System of the Regional Integrated Pest Management Centers. HYPERLINK "http://www.ipmcenters.org/CropProfiles/" http://www.ipmcenters.org/CropProfiles/
Soil Survey Staff. 2008. National Soil Survey Characterization Data. Soil Survey Laboratory, National Soil Survey Center, USDA-NRCS, Lincoln, NE. Friday November 7, 2008
Suarez, L.A., 2006. PRZM-3, A Model for Predicting Pesticide and Nitrogen Fate in the Crop Root and Unsaturated Soil Zones: Users Manual for Release 3.12.2. EPA/600/R-05/111 September 2006, revision a.
Tilden, R., and G. Wiegand. 1998. GPS/GIS Used in Project to Analyze Residential Drinking Water Wells for Aldicarb and Nitrates in Putnam and St. Johns Counties. Abstract. FL Dept. of Environmental Protection. GIS Conference in Tallahassee, FL, October 14-15, 1998.
USDA, NRCS. 2004. Physical Soil Properties, Pomona fine sand. Soil Survey Staff, Natural Resources Conservation Service, United States Department of Agriculture. HYPERLINK "http://soildatamart.nrcs.usda.gov/Default.aspx" http://soildatamart.nrcs.usda.gov/Default.aspx.
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