9. Income Capitalization Approach

Introduction and Context

The income capitalization approach is one of the principal methods of valuing income-producing real estate. It is based on a simple economic proposition: the value of an asset is related to the income that the asset is expected to generate. A rational investor normally compares the price of a property with the present and anticipated benefits of ownership. In income-producing real estate, those benefits are commonly expressed as rental income, ancillary income, and the eventual sale proceeds of the asset.

The approach is especially relevant to offices, shopping centres, warehouses, hotels, multifamily housing, student accommodation, healthcare facilities, and other properties acquired primarily for their income potential. It is less suitable for owner-occupied properties with no reliable rental evidence, specialised properties with highly uncertain income, or assets whose value is dominated by development potential rather than current income.

Income capitalization is not merely a mathematical exercise. The appraiser must interpret the market, estimate sustainable rent, identify realistic vacancy, forecast operating expenses, understand lease structures, and select a capitalization or discount rate consistent with the risk of the investment. A small error in any of these elements can produce a substantial change in value. Consequently, the approach combines property analysis, lease analysis, financial modelling, and market evidence.

Learning Objectives

After studying this chapter, the learner should be able to:

1. Explain the economic logic and principal forms of income capitalization.

2. Estimate market rent, potential gross income, vacancy, collection loss, operating expenses, and net operating income.

3. Distinguish direct capitalization from yield capitalization and discounted cash-flow analysis.

4. Analyse lease structures, rent reviews, incentives, recoveries, and lease expiry risk.

5. Derive and interpret capitalization rates from comparable transactions and investment data.

6. Apply the approach to practical valuation problems and communicate assumptions transparently.

7. Identify limitations, ethical risks, governance requirements, and emerging digital applications.

The Economic Logic of Capitalization

Capitalization converts an income stream into an indication of present value. Under direct capitalization, a single period’s stabilized net operating income is divided by a market-derived capitalization rate:

Value = Stabilized Net Operating Income ÷ Capitalization Rate

Thus, if a property produces stabilized NOI of ₹12 million and comparable properties indicate a capitalization rate of 8 percent, the indicated value is ₹150 million. The calculation is concise, but its reliability depends on whether the income is genuinely stabilized and whether the rate reflects the property’s location, quality, lease risk, growth prospects, liquidity, and financing environment.

Yield capitalization takes a multi-period view. It estimates the income and resale value expected over a holding period and discounts those future cash flows at an appropriate yield or discount rate. The general expression is:

Value = Σ [NOIₜ ÷ (1 + y)ᵗ] + [Terminal Value ÷ (1 + y)ⁿ]

where y is the required yield, t represents each forecast period, and n is the holding period. Direct capitalization is therefore most appropriate when income is stable and market participants commonly price assets using a current income yield. Yield capitalization is more appropriate when rents, occupancy, expenses, lease expiries, or capital requirements are expected to change materially.

The two methods are related but not interchangeable. A capitalization rate is generally a relationship between one period’s income and price. A discount rate is the required return applied to a sequence of future cash flows. A capitalization rate incorporates expectations about growth, risk, and the timing of income indirectly; a discount rate addresses those factors explicitly through the cash-flow forecast and terminal value.

From Market Rent to Net Operating Income

Market rent and rental analysis

Market rent is the rent that a property or space would command in an open and competitive market at the valuation date, assuming appropriate exposure, informed parties, and normal lease terms. It is not necessarily the rent currently paid by an existing tenant. Contract rent may be above or below market rent because of an old lease, rent-free concessions, stepped increases, a strategic tenant relationship, or changing market conditions.

The appraiser should analyse comparable lettings by considering location, building quality, floor area, configuration, permitted use, lease term, rent-review provisions, fit-out, parking, service charges, incentives, and the date of the transaction. A headline rent of ₹1,000 per square metre per month may not be economically equivalent to a rent of ₹900 if the first transaction includes twelve months of rent-free occupation and the second does not.

A useful measure is effective rent, which adjusts contractual rent for incentives over the relevant lease period. For example, if annual rent is ₹12 million and the tenant receives six rent-free months during a five-year lease, total nominal rent is ₹54 million over sixty months. The average effective annual rent is ₹10.8 million, before considering time value and other incentives.

Market rent may be estimated on a gross, net, or recoverable basis. Under a gross lease, the landlord bears most operating expenses. Under a net lease, the tenant bears specified expenses. In a service-charge or expense-recovery arrangement, the lease may provide for recovery of some or all property expenses. Rent comparisons are meaningful only when the basis of comparison is adjusted consistently.

Potential gross income

Potential gross income is the income the property could produce if all space were occupied at market or contract rent and all other recurring income were collected. It may include:

• base rent from occupied space;
• rent attributable to vacant space at market rent;
• parking, storage, signage, antenna, or vending income; and
• recoveries of service charges, taxes, insurance, or utilities where these are income to the owner.

The treatment of reimbursements requires care. If a tenant pays a service charge that exactly offsets an operating expense, recording both the recovery and the expense may be appropriate in a gross-income presentation. Alternatively, the appraiser may report net rent after recoveries. Double counting must be avoided.

Vacancy, collection loss, and stabilized occupancy

Physical vacancy is space that is unoccupied. Economic vacancy is broader: it includes the income loss arising from vacant space, bad debts, concessions, lease-up periods, and below-market leases. A building may be physically full but suffer economic vacancy if several tenants pay substantially below current market rent or if generous incentives are required to retain them.

The appraiser should distinguish current occupancy from stabilized occupancy. Current occupancy is a fact at the valuation date; stabilized occupancy is a reasoned estimate of long-run, sustainable performance under normal market conditions. Stabilization should not be used to conceal a persistent weakness in demand. It must be supported by market evidence, property quality, tenant demand, historical performance, and the time required for lease-up.

Operating expenses

Operating expenses are the recurring costs necessary to maintain and operate the property and support the production of income. Common categories include property management, repairs and maintenance, utilities paid by the owner, insurance, property taxes, security, cleaning, landscaping, administration, and common-area operations.

Expenses should be analysed according to their behaviour:

• Fixed expenses remain relatively stable over a short period, such as certain taxes or insurance charges.
• Variable expenses change with occupancy or use, such as utilities and cleaning.
• Recoverable expenses can be charged to tenants under the lease.
• Non-recoverable expenses remain the owner’s responsibility.
• Capital expenditures create or preserve long-term value and are generally treated separately from routine operating expenses.

Property management fees are normally included even where the owner manages the property personally, because a market participant would recognize the cost of professional management. Depreciation, interest, income tax, and principal repayments are generally excluded from NOI because they relate to ownership structure, financing, or accounting rather than property operations. Replacement reserves may be shown below NOI or deducted in a separate cash-flow analysis, depending on market convention and the valuation purpose.

Net operating income

NOI is the income available to the owner before debt service, income taxes, depreciation, and capital expenditure requirements. A simplified structure is:

Potential gross income

− Vacancy and collection loss

= Effective gross income

− Operating expenses

= Net operating income

NOI must be consistent with the capitalization rate. If the rate is derived from transactions where purchasers capitalize NOI after management expenses but before replacement reserves, the subject NOI must be prepared on the same basis. Consistency is more important than adherence to a universal presentation convention.

Lease Analysis and Income Quality

Income capitalization requires analysis of not only how much income a property produces but also how dependable that income is. Two properties with identical NOI may have different values if one has a diversified tenant base, long leases, strong covenants, and contractual indexation, while the other depends on a single weak tenant whose lease expires shortly.

Important lease variables include:

• tenant credit quality and covenant strength;
• remaining lease term and break options;
• rent-review dates and review mechanisms;
• index-linked or fixed increases;
• turnover-rent provisions;
• renewal probability and expected downtime;
• tenant improvements and leasing commissions;
• repair and reinstatement obligations;
• expense recovery provisions; and
• restrictions on assignment, subletting, and permitted use.

A weighted average lease expiry can provide a broad indication of lease maturity, but it should not replace detailed review. A property with a long average lease term may still face significant risk if one major tenant occupies most of the building. Similarly, a short lease may not be negative where market rents are rising and the tenant is likely to renew.

Lease analysis often requires a “cash-flow view” of each tenancy. Contract rent is forecast until expiry, followed by assumptions regarding vacancy, incentives, market rent, tenant improvements, and re-letting costs. This is particularly important for offices and retail properties, where leasing costs may be substantial.

Direct Capitalization in Practice

Direct capitalization is most reliable where the property is mature, occupancy is reasonably stable, expenses are predictable, and comparable sales are available. The process normally involves the following sequence:

1. Define the interest being valued, valuation date, and purpose.

2. Inspect the property and verify physical and legal characteristics.

3. Analyse existing leases and establish current contractual income.

4. Estimate market rent and other potential income.

5. Determine sustainable vacancy and collection loss.

6. Forecast operating expenses on a consistent basis.

7. Derive stabilized NOI.

8. Select and support a capitalization rate.

9. Capitalize NOI and test the result against comparable evidence.

10. Reconcile the indication with other approaches where appropriate.

Illustrative direct capitalization example

Consider a neighbourhood retail property with 10,000 square metres of lettable area. Market rent is estimated at ₹1,200 per square metre per month. Potential base rent is therefore:

10,000 × ₹1,200 × 12 = ₹144,000,000 per year.

Ancillary income from parking and signage is estimated at ₹3,000,000. Potential gross income is ₹147,000,000. Stabilized vacancy and collection loss are estimated at 7 percent of potential gross income, or ₹10,290,000. Effective gross income is consequently ₹136,710,000.

Operating expenses are estimated at ₹42,710,000, including management, maintenance, insurance, security, utilities, and non-recoverable property taxes. Stabilized NOI is therefore ₹94,000,000. If market evidence supports a capitalization rate of 8.25 percent:

Value = ₹94,000,000 ÷ 0.0825 = approximately ₹1,139,394,000.

The result should not be reported without sensitivity analysis. At a 7.75 percent rate, value would be approximately ₹1,212,903,000; at an 8.75 percent rate, it would be approximately ₹1,074,286,000. The spread demonstrates why rate selection deserves as much attention as the arithmetic.

Yield Capitalization and Discounted Cash Flow

Yield capitalization is suitable when the income pattern is not stable. A multi-year model may forecast rent by unit, occupancy changes, lease expiries, incentives, expenses, capital expenditure, and eventual sale. The terminal value is commonly estimated by capitalizing the NOI expected in the year after the explicit forecast period:

Terminal Value = Forward NOI ÷ Exit Capitalization Rate

The terminal value is then discounted to the valuation date. The exit rate should reflect the property’s expected condition, age, lease profile, and market conditions at the end of the holding period. It should not be selected mechanically from the entry rate.

For example, suppose a property is expected to produce NOI of ₹20 million, ₹21 million, and ₹23 million in years one, two, and three. If the expected sale at the end of year three is based on year-four NOI of ₹24 million and an exit rate of 8.5 percent, terminal value is ₹282.35 million. If the required discount rate is 11 percent, the value is the present value of the three annual NOIs plus the discounted terminal value. The model will be highly sensitive to the exit rate and discount rate because the terminal value often constitutes a substantial share of total value.

A sound DCF model should use assumptions that are internally consistent. Nominal cash flows should be discounted at a nominal rate, and real cash flows at a real rate. Inflation assumptions should be reflected consistently in rents, expenses, capital costs, and terminal value. Forecast precision should not exceed the quality of the evidence supporting the assumptions.

Deriving and Interpreting Capitalization Rates

The capitalization rate is commonly derived from comparable transactions using:

Capitalization Rate = First-Year or Stabilized NOI ÷ Sale Price

A transaction must be adjusted before its rate can be used. Relevant adjustments include differences in location, building age, quality, occupancy, tenant covenant, lease length, growth prospects, physical condition, sale conditions, financing, and the definition of NOI. A reported rate based on actual NOI may not be comparable with a rate based on stabilized NOI.

Other analytical techniques can supplement transaction evidence. The band-of-investment method combines the required returns of debt and equity. If debt represents 60 percent of value at a mortgage constant of 7 percent and equity represents 40 percent at a required return of 14 percent, the overall capitalization rate may be approximated as:

(0.60 × 0.07) + (0.40 × 0.14) = 9.8 percent.

This technique is informative but depends heavily on financing assumptions and should not replace market evidence.

Capitalization rates also reflect expected growth. In a simplified constant-growth relationship, the capitalization rate may be expressed as the required return less expected long-term income growth. This relationship helps explain why a property with strong, sustainable growth may trade at a lower rate than an otherwise similar property with stagnant income. It does not justify reducing the rate solely because optimistic growth is forecast. Growth must be supported by market demand, lease terms, supply constraints, and operating performance.

A falling capitalization rate increases value, all else equal, while a rising rate reduces value. Rate compression may result from stronger investor demand, lower perceived risk, abundant capital, or expectations of growth. Rate expansion may reflect higher interest rates, weaker liquidity, increased vacancy risk, or deteriorating economic conditions. The appraiser must distinguish market movement from temporary transaction noise.

Applied Case: Valuing a Partially Leased Office Building

Background

This illustrative case concerns Meridian House, a 12,000-square-metre urban office building valued for secured lending purposes. The building is 83 percent physically occupied. Two major leases expire within eighteen months, and the property requires refurbishment of common areas.

Situation and problem

The owner’s accounts show annual rent of ₹118 million and operating expenses of ₹39 million. The owner argues that the building should be valued by capitalizing current NOI at 7.5 percent. The lender requests an independent analysis because the largest tenant occupies 35 percent of the building and has a break option in twelve months.

Analysis

Market evidence indicates office rent of ₹1,050 per square metre per month for comparable refurbished space, but incentives equivalent to approximately eight months’ rent are common for new lettings. Existing leases produce different rents: some are above current market, while two smaller leases are below market. The appraiser estimates stabilized market occupancy at 90 percent, but expects twelve months of downtime for the major tenant if it vacates. Re-letting costs include fit-out contributions and leasing commissions.

Current effective gross income is calculated at ₹118 million. After reviewing contracts, the appraiser identifies ₹6 million of recurring recoveries incorrectly treated as pure income in the owner’s accounts and removes the corresponding duplicated expense treatment. Normalized effective gross income is estimated at ₹124 million, after including sustainable recoveries and allowing for 10 percent economic vacancy on a stabilized basis. Normalized operating expenses are ₹43 million, including market management charges and a provision for ordinary maintenance. Stabilized NOI is therefore ₹81 million.

A direct capitalization rate of 8.25 percent is supported by adjusted transactions involving comparable urban offices. However, because of the major lease expiry and refurbishment uncertainty, a three-year DCF is also prepared. The DCF includes current contractual rent, a vacancy period, market rent on re-letting, incentives, tenant improvements, and a terminal value based on forward NOI and an 8.5 percent exit rate.

Approach and solution

The direct capitalization indication is:

₹81 million ÷ 0.0825 = approximately ₹981.8 million.

The DCF produces a lower indication because of near-term leasing costs and downtime. The appraiser reconciles the results at approximately ₹950 million, explaining that the direct method is a useful cross-check but does not fully capture the identifiable lease event.

Outcome

The lender accepts the valuation subject to conditions requiring evidence of tenant negotiations, confirmation of refurbishment costs, and periodic monitoring of occupancy. The owner obtains a more realistic understanding of value and begins negotiations with the major tenant before the break date.

Learning points

The case demonstrates that current NOI is not always sustainable NOI. It also shows why lease analysis, incentives, tenant concentration, and capital expenditure can materially affect value. A capitalization rate cannot correct an income forecast that ignores known events. Where income is changing, direct capitalization should be supplemented by yield capitalization or DCF analysis.

Limitations, Risks, and Common Mistakes

The most frequent error is capitalizing an inappropriate income figure. Using gross rent instead of NOI, using owner-specific expenses, ignoring management costs, or treating one-time income as recurring will distort value. Another common error is mixing market rent with contract rent without explaining the distinction.

Other risks include:

• double counting recoveries and expenses;
• applying a market vacancy rate without considering the subject’s condition;
• ignoring lease incentives and tenant improvements;
• capitalizing a temporary peak or trough in income;
• selecting a rate from incomparable transactions;
• treating a DCF as precise merely because it contains many figures;
• failing to distinguish repairs from capital expenditure;
• overlooking legal restrictions, zoning, or title issues; and
• allowing the client’s desired value to influence assumptions.

Sensitivity analysis should test rent, occupancy, expenses, capitalization rates, discount rates, exit rates, and major leasing costs. Scenario analysis is often more informative than a single sensitivity table. For example, a downside case may combine lower market rent, longer downtime, higher incentives, and a higher exit rate.

Professional, Ethical, and Governance Considerations

The appraiser must define the valuation purpose, basis of value, effective date, property interest, assumptions, and extent of investigation. Lease documents, rent rolls, operating statements, tax records, service-charge accounts, and physical inspection findings should be reconciled rather than accepted uncritically.

Independence is essential. An appraiser should not manipulate vacancy, expenses, market rent, or capitalization rates to achieve a client’s target. Significant assumptions must be disclosed, especially where evidence is limited. Confidential tenant and financial information must be handled appropriately. Conflicts of interest should be identified and managed under applicable professional standards and law.

Governance is particularly important for lending, taxation, financial reporting, fund performance measurement, and acquisition decisions. Valuations should be reproducible: another qualified reviewer should be able to understand the source of each major assumption and replicate the principal calculations.

Technology, Analytics, and Emerging Practice

Modern valuation practice increasingly uses digital rent rolls, lease-administration systems, geographic information systems, automated comparable databases, and spreadsheet or specialist DCF models. Automated data extraction can identify lease expiries, rent steps, break clauses, and recovery provisions, while analytics can compare occupancy, effective rent, and expense ratios across properties.

Machine-learning tools may assist in identifying patterns in transaction data or forecasting vacancy, but they do not eliminate professional judgment. Data may be incomplete, biased toward frequently traded assets, or inconsistent in the definition of NOI. Explainability, validation, data security, and human review are therefore necessary. An automated model that predicts a capitalization rate without transparent comparable evidence should not be treated as a substitute for appraisal reasoning.

Current market practice also places greater emphasis on climate resilience, energy performance, building obsolescence, and transition expenditure. These factors may affect vacancy, operating expenses, capital expenditure, insurance, tenant demand, and the terminal value. They should be reflected in cash flows and risk assessment rather than added as unsupported adjustments to the capitalization rate.

Best-Practice Workflow

A defensible income capitalization valuation should:

1. Establish the valuation brief and legal interest.

2. Verify physical, lease, market, and financial information.

3. Normalize historical income and expenses.

4. Estimate market rent using adjusted comparable evidence.

5. Model vacancy, collection loss, incentives, and lease events.

6. Prepare NOI on a clearly stated and consistent basis.

7. Derive rates from comparable transactions and supporting methods.

8. Use DCF where income is changing or risk is event-driven.

9. Perform sensitivity and scenario analysis.

10. Reconcile methods and document professional judgment.

11. Report assumptions, limitations, and material uncertainties clearly.

Chapter Summary

The income capitalization approach values real estate through its capacity to generate income. The process begins with market and contract rent, adds ancillary income, deducts vacancy and collection loss, and subtracts appropriate operating expenses to derive NOI. Direct capitalization divides stabilized NOI by a market-supported capitalization rate and is most suitable for stable assets. Yield capitalization and DCF analysis explicitly model changing income, lease events, expenses, capital requirements, and terminal value.

Reliable valuation depends on consistent income definitions, careful lease analysis, realistic stabilization, and rates derived from comparable transactions. Capitalization rates reflect risk, growth, liquidity, financing conditions, and market sentiment. The approach is powerful but vulnerable to poor assumptions, double counting, inappropriate comparables, and conflicts of interest. Professional practice therefore requires transparent evidence, sensitivity analysis, ethical independence, and appropriate use of technology.

Key Terms

Capitalization rate: The ratio of a property’s relevant annual NOI to its value or sale price.

Direct capitalization: Valuation by dividing a stabilized single-period NOI by a capitalization rate.

Yield capitalization: Valuation based on discounting a series of forecast income flows and a terminal value.

Discount rate: The required rate used to convert future cash flows into present value.

Market rent: Rent supportable in an open and competitive market at the valuation date.

Contract rent: Rent payable under an existing lease agreement.

Potential gross income: Income attainable at full occupancy and full collection before vacancy deductions.

Effective gross income: Potential gross income after vacancy, collection loss, and related income adjustments.

Economic vacancy: Income loss from vacancy, bad debts, incentives, downtime, or below-market leases.

Stabilized occupancy: Long-run occupancy expected under normal market and property conditions.

Operating expenses: Recurring costs required to operate and maintain the income-producing property.

Net operating income: Property income after operating expenses but before financing, tax, depreciation, and usually capital expenditure.

Expense recovery: Amount reimbursed by tenants for specified property expenses.

Terminal value: Estimated value of a property at the end of a forecast period.

Exit capitalization rate: Rate applied to forward NOI to estimate terminal value.

Lease expiry risk: Risk associated with income loss or cost when a lease ends or a break option is exercised.

Band of investment: A technique combining debt and equity return requirements to indicate an overall rate.

Sensitivity analysis: Testing the effect of changing one or more assumptions on value.

Review Questions

Short Answer Questions

1. What is the basic formula used in direct capitalization?

2. How does economic vacancy differ from physical vacancy?

3. Why are interest and income tax generally excluded from NOI?

4. What is the difference between contract rent and market rent?

5. State two circumstances in which yield capitalization is preferable to direct capitalization.

Long Answer Questions

1. Explain the complete process of estimating NOI for an income-producing property.

2. Compare direct capitalization and discounted cash-flow analysis, including their assumptions and appropriate applications.

3. Discuss the principal factors that should be considered when deriving a capitalization rate from comparable sales.

4. Explain how lease terms, tenant quality, incentives, and expiry risk influence value.

5. Critically examine the limitations and ethical risks of the income capitalization approach.

Analytical / Application Questions

1. A property has potential gross income of ₹80 million, vacancy and collection loss of 6 percent, operating expenses of ₹24 million, and a market capitalization rate of 9 percent. Calculate its indicated value and state two assumptions that should be tested.

2. A building is fully occupied, but its largest tenant has a break option in nine months and pays rent 20 percent above market. Explain why a simple capitalization of current NOI may overstate value and identify the appropriate analytical response.

3. Two comparable properties have reported capitalization rates of 7.5 percent and 9 percent. Identify the factors you would investigate before selecting a rate for a subject property located between them in quality but with shorter lease terms.

22. Multiple Choice Questions with Answers

Question 1

Which income measure is normally capitalized in a direct capitalization valuation?

A. Potential gross income before vacancy

B. Net operating income on a consistent and stabilized basis

C. Net income after interest and income tax

D. Gross sales proceeds after disposal costs

Correct Answer: B. Net operating income on a consistent and stabilized basis

Question 2

A property has potential gross income of ₹50 million, vacancy loss of ₹3 million, and operating expenses of ₹17 million. What is its NOI?

A. ₹30 million

B. ₹33 million

C. ₹47 million

D. ₹64 million

Correct Answer: A. ₹30 million

Question 3

Which circumstance most strongly supports using yield capitalization rather than simple direct capitalization?

A. Stable occupancy and predictable expenses

B. A mature property with uniform leases

C. Known lease expiries, downtime, incentives, and changing rents

D. A transaction market with abundant comparable sales

Correct Answer: C. Known lease expiries, downtime, incentives, and changing rents

Question 4

Why should a market management fee be included when the owner manages the property personally?

A. To increase reported gross rent

B. To reflect the cost a typical market participant would incur

C. To account for the owner’s mortgage

D. To replace capital expenditure

Correct Answer: B. To reflect the cost a typical market participant would incur

Question 5

A capitalization rate is generally calculated as:

A. Sale price divided by annual rent

B. Annual NOI divided by sale price

C. Annual expenses divided by sale price

D. Discount rate divided by expected growth

Correct Answer: B. Annual NOI divided by sale price

Question 6

If stabilized NOI is ₹10 million and the capitalization rate rises from 8% to 10%, what is the direct capitalization value at the 10% rate?

A. ₹80 million

B. ₹100 million

C. ₹125 million

D. ₹1 million

Correct Answer: B. ₹100 million

Question 7

Which item is most likely to create economic vacancy even when a building is physically fully occupied?

A. A lease with rent substantially below current market rent

B. A fully recovered service charge

C. A market-rate management fee

D. A completed routine inspection

Correct Answer: A. A lease with rent substantially below current market rent

Question 8

In a DCF valuation, terminal value is commonly estimated by:

A. Multiplying current expenses by the holding period

B. Dividing forward NOI by an exit capitalization rate

C. Adding debt principal to annual rent

D. Subtracting vacancy from the discount rate

Correct Answer: B. Dividing forward NOI by an exit capitalization rate

Question 9

What is the principal danger of using a reported capitalization rate without adjusting the comparable transaction?

A. The calculation will always produce a negative value

B. The comparable may use a different NOI definition or have materially different risk characteristics

C. Market rent cannot be estimated

D. Operating expenses become irrelevant

Correct Answer: B. The comparable may use a different NOI definition or have materially different risk characteristics

Question 10

Which practice best supports a defensible income capitalization valuation?

A. Selecting the rate that produces the client’s target value

B. Ignoring incentives because they are temporary

C. Documenting assumptions, reconciling leases, and performing sensitivity analysis

D. Using current occupancy as stabilized occupancy in every case

Correct Answer: C. Documenting assumptions, reconciling leases, and performing sensitivity analysis