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Trade Adjustment Assistance Training. Carole Engle UAPB. Outline:. Economics Options to improve profitability Marketing. Economics:. Price cycles Financial indicators. Catfish Prices & Production Costs. Average Price Paid to Catfish Producers ($/lb).
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Trade Adjustment Assistance Training Carole Engle UAPB
Outline: • Economics • Options to improve profitability • Marketing
Economics: • Price cycles • Financial indicators
Total “Catfish” Imports 1990-2003
Short & long-term financial decisions: • Is it profitable in the short run? • Is it profitable in the long run? • Can it generate enough cash when needed to pay the bills (liquid)? • Can it generate enough value over time to pay off the debts (solvency)?
Financial Analysis: the 3 key statements • Income Statement • Balance Sheet • Cash Flow Statement
How Are These Calculated? • Floppy disk includes spreadsheets with: exercise balance sheet, income statement, cash flow budgets • The correct versions, the financial ratios, & • Includes a brief interpretation of each ratio and how to improve it.
Short-run profits: from the income statement Gross Revenue “Pie” Payments for feed, seed, fuel, etc. Rent to owner for rented land Interest to lenders for borrowed money Wages to employees Where can I save money? NFI to operator for unpaid labor, equity capital, & management
Cash inflow - Cash outflow (Operating expenses) (Fixed cash expenses) (Debt payments) = Cash available + New borrowing = Cash balance
Cash Flow Coverage Ratio (Cash available/interest & principal payments) Cash Flow Coverage Ratio = (0.26)
Debt-Servicing Ratio (interest & principal payments/cash inflow) Total Cash Inflow = $285,849 Debt-Servicing Ratio = 0.21
Year 1 Year 2 How much debt is too much?
Year 1 Year 2 How much debt is too much?
Year 1 Year 2 How much debt is too much?
Year 1 Year 2 How much debt is too much?
Questions? Discussion?
Options to Improve Profitability • Maximum production vs. • maximum profit • Stocking densities/strategies • Feeding strategies • -every other day vs. every day • -feed prices • Producing optimal sizes of • fish
Maximum yield Maximum profit Stage I Stage II Stage III Yield Input level
Studies at UAPB Identified Economic Relationship Between Feeding and Stocking • Estimated a production function. • Profit-maximizing stocking rates ranged from 6,500 - 8,500, depending upon feed and fish prices.
What would happen with different feed and catfish prices? To maximize profits: • At low fish prices, feed rates and stocking rates would decrease. • At low feed prices, feed and stocking rates would increase. • At high feed prices, feed and stocking rates would decrease.
How low should you go? • Model results dropped profit- maximizing stocking rates to 5,000/ac at $0.60/lb. • At very low prices, may not be possible to calculate true profit-maximizing stocking rate. • Farmers need to stock at rates that ensure financial payments are met.
Optimal stocking densities with high feed prices • Fish prices have larger effect than varying feed prices. • Fish prices of $0.70/lb (from $0.65/lb) nearly offset $45/ton increase in feed price in terms of optimal stocking density.
Current Feeding Strategies • Every other day feeding • Carryover fish may be small following year • Restricted daily feedings • May equal thin fish • Catfish exhibit compensatory gain • Can gain weight extremely fast, at low FCR when full feeding resumed.
Factors Impacting Costs • Economies of Scale: higher throughput will help to reduce unit costs by spreading fixed costs over more units. • Technology/processing practices: • Automatic presorting of fish by weight • Chilling/cleaning fish between deheader & fillet line • Reduction in trim operation • Interfacing trim, grading to reduce handling • Online monitoring and control of productivity.
Factors Affecting Costs • Production Impacts • Characteristics of fish received have large impact. • Off-flavor, disease, weight to yield ratios, weight distributions • 2% normal seasonal variation in yield • Distribution of fish sizes received from each pond varies widely.
Big Fish Studies • Big Fish I • 4,500/acre, 0.6 lb • FCR 1.8-2.0 • Survival 83-94% • 32% protein • Big Fish II • 4,500/acre, 0.5 lb • FCR 1.7-1.9 • Survival 87-91% • 32% protein • No impact of fingerlings
Management for Larger Mesh Sizes? Fingerlings Yr 1 Single batch 0.8-1.16 lb 4,700-7,900 Multiple batch 0.6-1.01 lb 6,500 lb/yr For stockers 0.25-0.80 lb 10,000 lb/yr Growout 0.5-0.6 lb stockers 1.3-2.6 lb 6,300 lb/yr
Questions? Discussion?
U.S. per capita consumption seafood, beef, pork, broilers