Anchoring Tree Appraisal A MultiMethod Approach James Komen

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Anchoring Tree Appraisal A Multi-Method Approach James Komen BCMA #WE-9909 B RCA #555 December

Anchoring Tree Appraisal A Multi-Method Approach James Komen BCMA #WE-9909 B RCA #555 December 10, 2016

Housekeeping • Turn off Cell Phones • Restrooms • Respect your Peers’ Opinions

Housekeeping • Turn off Cell Phones • Restrooms • Respect your Peers’ Opinions

Introduction

Introduction

Introduction – Group A ONLY

Introduction – Group A ONLY

Introduction – Group A ONLY • What is the probability that the population of

Introduction – Group A ONLY • What is the probability that the population of Japan is greater than 50 million people?

Introduction – Group A ONLY • What is the probability that the population of

Introduction – Group A ONLY • What is the probability that the population of Japan is greater than 50 million people? • What is the population of Japan?

Introduction – Group B ONLY

Introduction – Group B ONLY

Introduction – Group B ONLY • What is the probability that the population of

Introduction – Group B ONLY • What is the probability that the population of Japan is greater than 150 million people?

Introduction – Group B ONLY • What is the probability that the population of

Introduction – Group B ONLY • What is the probability that the population of Japan is greater than 150 million people? • What is the population of Japan?

Introduction

Introduction

Anchoring • People base their opinions off of anchors • Types of Anchors •

Anchoring • People base their opinions off of anchors • Types of Anchors • Original Research • Opinions of Others • Personal Experience

Anchoring What is the population of Japan today?

Anchoring What is the population of Japan today?

Anchoring • Population of Japan • Encyclopedia from 1985 says population is 120. 2

Anchoring • Population of Japan • Encyclopedia from 1985 says population is 120. 2 million people

Anchoring • Population of Japan • Encyclopedia from 1985 says population is 120. 2

Anchoring • Population of Japan • Encyclopedia from 1985 says population is 120. 2 million people • My Japanese-American friend says population is at least 130 million people

Anchoring • Population of Japan • Encyclopedia from 1985 says population is 120. 2

Anchoring • Population of Japan • Encyclopedia from 1985 says population is 120. 2 million people • My Japanese-American friend says population is at least 130 million people • Wikipedia projects population to be 126 million people by January 2017.

Anchoring • Population of Japan • Encyclopedia from 1985 says population is 120. 2

Anchoring • Population of Japan • Encyclopedia from 1985 says population is 120. 2 million people • My Japanese-American friend says population is at least 130 million people • Wikipedia projects population to be 126 million people by January 2017. • Google says population is 127. 3 million people

Anchoring • Population of Japan • Encyclopedia from 1985 says population is 120. 2

Anchoring • Population of Japan • Encyclopedia from 1985 says population is 120. 2 million people • My Japanese-American friend says population is at least 130 million people • Wikipedia projects population to be 126 million people by January 2017. • Google says population is 127. 3 million people • Census says population is 127, 110, 000 in February 2016

So what’s the right answer?

So what’s the right answer?

So what’s the right answer? Choose one and defend it

So what’s the right answer? Choose one and defend it

Tree Appraisal • Trees Have Value • Appraisal is an Opinion of Value

Tree Appraisal • Trees Have Value • Appraisal is an Opinion of Value

Tree Appraisal • Reasons for Appraisal • Disputes/Litigation • Inventory/Management • Insurance • Construction

Tree Appraisal • Reasons for Appraisal • Disputes/Litigation • Inventory/Management • Insurance • Construction Bonding • Municipal Fines

Ethics in Appraisal • Must remain objective • Appraisals with the same assignment should

Ethics in Appraisal • Must remain objective • Appraisals with the same assignment should remain the same regardless of the client or side • Avoid boosting or suppressing value to support a side • “Bought yourself a bigger tree. ” • “Massaging numbers” • Revisions of substance

The Guide for Plant Appraisal • Council of Tree and Landscape Appraisers • 9

The Guide for Plant Appraisal • Council of Tree and Landscape Appraisers • 9 th Edition • 10 th Edition • ISA Regional Chapter Species Classification Guides

Approaches to Appraisal • Market Approach • Prior sales • Market value added •

Approaches to Appraisal • Market Approach • Prior sales • Market value added • Income Approach • Present value of benefits • Cost Approach • Cost of reproducing the subject of the appraisal

Steps in an Appraisal 1. 2. 3. 4. 5. 6. Define Assignment Choose Appraisal

Steps in an Appraisal 1. 2. 3. 4. 5. 6. Define Assignment Choose Appraisal Method(s) Collect Data Calculate Outputs Reconcile Outputs Conclude an Opinion

Define Assignment • Purpose of the appraisal • Compensation • “Level” of inspection •

Define Assignment • Purpose of the appraisal • Compensation • “Level” of inspection • Level 2 Basic • Level 3 Advanced • Limitations • Written Approval by Client

Define Assignment Manage Expectations • “Has the subject tree been appraised before? ” •

Define Assignment Manage Expectations • “Has the subject tree been appraised before? ” • “Did you have a value in mind? ” • Politely avoid “red flags” • Disclosure Obligations • The appraisal may or may not be favorable • Discovery

Data Collection • First contact • Date and time • Reason for client to

Data Collection • First contact • Date and time • Reason for client to call? • Possible conflict of interest? • Phone/email • Background on Case • History of situation • Existing documentation • Pertinent information not observable on site • Previously involved consultants • Boundaries and survey

Data Collection • Site Inspection • Permission to Enter Property • Time and Date

Data Collection • Site Inspection • Permission to Enter Property • Time and Date of site visit • Photograph Everything

Data Collection • Recording Tools • • Compass Camera Tape measure Biltmore stick •

Data Collection • Recording Tools • • Compass Camera Tape measure Biltmore stick • Sample Collection • Plastic bags • Mason Jars • Soil Auger • Diagnostic Tools • • • Probe Mallet Binoculars Hand Lens Shovel/Trowel Soil moisture meter • Other Tools?

Approaches to Appraisal • Market Approach • Prior sales • Market value added •

Approaches to Appraisal • Market Approach • Prior sales • Market value added • Income Approach • Present value of benefits • Cost Approach • Cost of reproducing the subject of the appraisal

Reconciliation

Reconciliation

Reconciliation

Reconciliation

Reconciliation

Reconciliation

Reconciliation

Reconciliation

Reconciliation

Reconciliation

Reconciliation

Reconciliation

Approaches to Appraisal • Market Approach • Prior sales • Market value added •

Approaches to Appraisal • Market Approach • Prior sales • Market value added • Income Approach • Present value of benefits • Cost Approach • Cost of reproducing the subject of the appraisal

Cost Approach • Cost vs. Value • What the tree costs is not necessarily

Cost Approach • Cost vs. Value • What the tree costs is not necessarily what someone would pay for it • Okay if cost approach results in outputs that seem high

Cost Approach • Replacement Cost (Reproduction Cost) • Direct Replacement • Used for smaller

Cost Approach • Replacement Cost (Reproduction Cost) • Direct Replacement • Used for smaller trees • Restricted to sizes actually available for sale • Trunk Formula Method • Cost of Cure (Functional Replacement) • Determine adequate substitute • Cost of procuring substitute

Cost Approach • Replacement Cost (Reproduction Cost) • Direct Replacement • Used for smaller

Cost Approach • Replacement Cost (Reproduction Cost) • Direct Replacement • Used for smaller trees • Restricted to sizes actually available for sale • Trunk Formula Method • Cost of Cure (Functional Replacement) • Determine adequate substitute • Cost of procuring substitute

Trunk Formula Method (TFM) • Most Common Method of Tree Appraisal • Components of

Trunk Formula Method (TFM) • Most Common Method of Tree Appraisal • Components of TFM • Trunk Cross Sectional Area • Unit Cost • Species Rating • Location Rating • Condition Rating

Measuring Tree Size • Diameter at Breast Height (DBH) • 4. 5 Feet above

Measuring Tree Size • Diameter at Breast Height (DBH) • 4. 5 Feet above grade • (1. 4 meters)

Measuring Tree Size • Cross Sectional Area of a Circle

Measuring Tree Size • Cross Sectional Area of a Circle

Unit Cost • Cost per unit Trunk Area of nursery stock ($/in 2) •

Unit Cost • Cost per unit Trunk Area of nursery stock ($/in 2) • Largest Commercially Available Transplantable Tree (LCATT) • Derived from actual nursery data

TFM Basic Cost • Installed Cost of LCATT + Trunk Area Increase x Unit

TFM Basic Cost • Installed Cost of LCATT + Trunk Area Increase x Unit Cost +

Species • Regional Species Classification Guide • Appraiser discretion +/- 10%

Species • Regional Species Classification Guide • Appraiser discretion +/- 10%

Location • Three Components • Site: 10%-100% • Contribution: 10%-100% • Placement: 10%-100% •

Location • Three Components • Site: 10%-100% • Contribution: 10%-100% • Placement: 10%-100% • Average of the three components

Location: Site • Relative Market Value of Real Estate • Economic, Function, Aesthetic •

Location: Site • Relative Market Value of Real Estate • Economic, Function, Aesthetic • Define: “Relative to What? ” • General appearance of the site • Intensity of Use and Development

Location: Contribution • Degree of benefits gained by tree’s presence • Aesthetic • •

Location: Contribution • Degree of benefits gained by tree’s presence • Aesthetic • • Growth habit Bark texture/color Flowering Fruit color Aroma Defines space Historic or Rare Specimen Screening undesirable views • Functional • • Allergenic properties Light/glare shield Shade and cooling Safety barrier Wind control Traffic control Erosion control Cleanliness of flowers, leaves, and fruit

Location: Placement • How effective the tree is at providing benefits (contribution) as a

Location: Placement • How effective the tree is at providing benefits (contribution) as a result of its location • Favorable • • Shade Windbreak Aesthetic Screen Relationship to other trees • Single Specimen • One of Many • One in a row of a formal planting • Unfavorable • Overhead power lines • Root restrictions • Walkways that can be unfavorably affected by fruit drop • Irrigation

Condition • 8 Categories, Rated on a scale of 1 -4 • • Root

Condition • 8 Categories, Rated on a scale of 1 -4 • • Root Structure Root Health Trunk Structure Trunk Health Scaffold Branch Structure Scaffold Branch Health Branches and Twigs Health Foliage and Buds • Ratings added together and divided by 32

Condition • Rating Scale 1) Extreme Problems 2) Major Problems 3) Minor Problems 4)

Condition • Rating Scale 1) Extreme Problems 2) Major Problems 3) Minor Problems 4) No Apparent Problems

TFM Calculation • Basic Cost x • Species Rating x • Location Rating x

TFM Calculation • Basic Cost x • Species Rating x • Location Rating x • Condition Rating = Depreciated Cost

TFM Calculation • Round Depreciated Cost • If more than $5000, round to the

TFM Calculation • Round Depreciated Cost • If more than $5000, round to the nearest $100. • If less than $5000, round to the nearest $10. = TFM Cost Solution

TFM Practice � Redwood growing on college campus in the San Francisco Bay Area,

TFM Practice � Redwood growing on college campus in the San Francisco Bay Area, near a library.

Appraising Partial Losses • Stem tissue loss • Trunk Area adjustment • Canopy loss

Appraising Partial Losses • Stem tissue loss • Trunk Area adjustment • Canopy loss • % adjustment

Appraising Partial Losses TFM cost solution = $12, 000 pre-loss Left Trunk: 12” DBH

Appraising Partial Losses TFM cost solution = $12, 000 pre-loss Left Trunk: 12” DBH Right Trunk: 12” DBH – LOSS

Appraising Partial Losses TFM cost solution = $12, 000 pre-loss Left Trunk: 12” DBH

Appraising Partial Losses TFM cost solution = $12, 000 pre-loss Left Trunk: 12” DBH – LOSS Right Trunk: 12” DBH

Appraising Trees with Defects • Incurable Defect • Basic Cost x depreciation (including defect)

Appraising Trees with Defects • Incurable Defect • Basic Cost x depreciation (including defect) = Depreciated cost • Curable Defect • Basic Cost x depreciation (without defect) = Depreciated cost - Cost of Repair = Adjusted Depreciated cost

Appraising Trees with Defects • Incurable Defect

Appraising Trees with Defects • Incurable Defect

Appraising Trees with Defects • Curable Defect

Appraising Trees with Defects • Curable Defect

Cost of Repair • Assumptions • Tree will remain in place • Tree will

Cost of Repair • Assumptions • Tree will remain in place • Tree will continue to provide benefits • Tree will not be completely restored to pre-loss condition • Estimated Costs to be Incurred • Appraiser • Contractor Quotes • Actual Costs Incurred

Cost of Repair ≠ Tree With Curable Defects • Cost of Repair • How

Cost of Repair ≠ Tree With Curable Defects • Cost of Repair • How much does it cost to fix the defect? • Cost of Tree With Curable Defects • How much would it cost to reproduce a defect-free tree, less the cost of fixing the defect?

Cost of Repair • Estimates for Cost of Repair

Cost of Repair • Estimates for Cost of Repair

Cost of Repair • Estimates for Cost of Repair: • Company A: $1, 000

Cost of Repair • Estimates for Cost of Repair: • Company A: $1, 000 • Company B: $800 • Company C: $500

Cost of Repair • Estimates for Cost of Repair: • Company A: $1, 000

Cost of Repair • Estimates for Cost of Repair: • Company A: $1, 000 • Company B: $800 • Company C: $500 • Actual Cost Incurred: $2, 200

Cost Forwarding Installed Tree Cost (P) Interest Rate (r) Time to Parity (t) t

Cost Forwarding Installed Tree Cost (P) Interest Rate (r) Time to Parity (t) t C = P(1+r) Compounded Basic Cost (C)

Cost Forwarding • Installed Tree Cost • Wholesale Cost • Shipping • Labor •

Cost Forwarding • Installed Tree Cost • Wholesale Cost • Shipping • Labor • Overhead • Profit

Cost Forwarding • Interest Rate • Rate of return on a similar investment •

Cost Forwarding • Interest Rate • Rate of return on a similar investment • Assumes positive rate of return • Common benchmarks • 30 -yr fixed mortgage rate • 10 -yr treasury bond

Years to Parity • Number of years to grow replacement tree to subject tree

Years to Parity • Number of years to grow replacement tree to subject tree size • Age Metrics • Height of tree • Trunk size (DBH) • Number of annual rings (coring) • Growth Rate • Appraiser experience • Horticultural database

Cost Forwarding • Installed Tree Cost (P): $1482 • Interest Rate (r): 3. 25%

Cost Forwarding • Installed Tree Cost (P): $1482 • Interest Rate (r): 3. 25% • Years to Parity (t): 100 t C = P(1+r)

Calculator Steps

Calculator Steps

Calculator Steps

Calculator Steps

Cost Forwarding • Interest Rate (r) • • • 30 -yr mortgage: 3. 75%

Cost Forwarding • Interest Rate (r) • • • 30 -yr mortgage: 3. 75% 30 -yr treasury bond: 2. 28% 10 -yr treasury bond: 1. 70% Prime plus 2%: 4. 50% Savings Account Yield: 0. 10%

Cost Forwarding • Installed Tree Cost (P): $1482 • Interest Rate (r): 3. 25%

Cost Forwarding • Installed Tree Cost (P): $1482 • Interest Rate (r): 3. 25% • Years to Parity (t) • Height • Tree is 66 feet tall • Grows at 2 ft per year • Replacement tree is 6 ft tall

Cost Forwarding • Installed Tree Cost (P): $1482 • Interest Rate (r): 3. 25%

Cost Forwarding • Installed Tree Cost (P): $1482 • Interest Rate (r): 3. 25% • Years to Parity (t) • Annual Rings • 120 rings in core sample • 10 rings in replacement tree

Approaches to Appraisal • Market Approach • Prior sales • Market value added •

Approaches to Appraisal • Market Approach • Prior sales • Market value added • Income Approach • Present value of benefits • Cost Approach • Cost of reproducing the subject of the appraisal

Market Approach • “The most probable price that a property should bring in a

Market Approach • “The most probable price that a property should bring in a competitive and open market under all conditions requisite to a fair sale, the buyer and seller, each acting prudently, knowledgeably and assuming the price is not affected by undue stimulus. ”

Market Approach • “The most probable price that a property should bring in a

Market Approach • “The most probable price that a property should bring in a competitive and open market under all conditions requisite to a fair sale, the buyer and seller, each acting prudently, knowledgeably and assuming the price is not affected by undue stimulus. ”

Value Proposition

Value Proposition

Value Proposition

Value Proposition

Value Proposition

Value Proposition

Market Approach • Sales Comparison • Indirect Sales Comparison • Timber Value

Market Approach • Sales Comparison • Indirect Sales Comparison • Timber Value

Sales Comparison • History of large-tree sales • Must be arms-length transaction • Sources

Sales Comparison • History of large-tree sales • Must be arms-length transaction • Sources of Data • Large tree nurseries/movers • Consulting arborists • Public Record Tree Appraisals

Indirect Sales Comparison (Market Value Added) • Difference in value between property with and

Indirect Sales Comparison (Market Value Added) • Difference in value between property with and without tree • Imprecise • Difficult to find comparables • Useful as an Anchor

Indirect Sales Comparison (Market Value Added) 1022 Renell St $355, 000 1061 Nordoff St

Indirect Sales Comparison (Market Value Added) 1022 Renell St $355, 000 1061 Nordoff St $330, 000

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value • Original

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value • Original Research: History of sales for other real estate parcels with and without attractive landscaping • Existing Research: Contributi on Citation 6 -10% Henry, Mark. Landscape Quality and the Price of Single Family Houses. Journal of Environmental Horticulture. 1999. 5 -12% Luttik, Joke. The Value of Trees, Water, and Open Space as Reflected by House Prices in the Netherlands. Landscape and Urban Planning. 2000.

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value • Define

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value • Define tree’s contribution to landscape • Canopy cover % • Biomass volume % • Special weighting for key landscape assets • Other methods…?

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Trees: Turf:

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Trees: Turf: Garden: Other:

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Trees: Turf:

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Trees: Turf: Garden: Other: 30% 25% 25%

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Trees: Turf:

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Trees: Turf: Garden: Other: 60% 20% 15% 5%

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Value of

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Value of Real Estate $650, 00 0 Landscape Contribution (6% of Total Value) Trees 60 % Turf 20 % Garden 15 % Other 5%

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Value of

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Value of Real Estate $650, 00 0 Landscape Contribution (6% of Total Value) $39, 00 0 Trees 60 % Turf 20 % Garden 15 % Other 5%

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Value of

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value Value of Real Estate $650, 00 0 Landscape Contribution (6% of Total Value) $39, 00 0 Trees 60 % $23, 40 0 Turf 20 % $7, 80 0 Garden 15 % $5, 85 0 Other 5% $1, 95 0

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value • How

Indirect Sales Comparison (% Contribution) • Proxy method: Percentage of landscape value • How much is each tree worth? • How much does a single tree contribute to “trees”?

Timber Value • Lumber in board-feet minus processing costs • Sources of data •

Timber Value • Lumber in board-feet minus processing costs • Sources of data • Mills for processing costs • Published market data for timber value • Tree measurements • Glob. Allome. Tree

Timber Value • Merchantable Volume • Board Feet • Gross Volume • Net Volume

Timber Value • Merchantable Volume • Board Feet • Gross Volume • Net Volume (no defects)

Timber Value

Timber Value

Timber Value • Merchantable Volume Table 1. Standing Tree Board Foot Volumes—Doyle Rule Number

Timber Value • Merchantable Volume Table 1. Standing Tree Board Foot Volumes—Doyle Rule Number of 16 -Foot Logs Dbh (inches) 1/2 1 1 -1/2 2 2 -1/2 3 3 -1/2 4 12 14 16 18 20 22 24 26 28 20 30 40 60 80 100 130 160 190 30 50 70 100 130 170 220 260 320 40 70 100 130 180 230 290 360 430 Board Feet 50 80 120 160 220 280 360 440 520 60 90 40 200 260 340 430 520 620 100 160 220 300 380 490 590 710 180 40 320 420 540 660 800 190 160 360 460 600 740 880 30 230 380 510 630 740 840 940 1, 040 32 270 440 590 730 860 990 1, 120 1, 220 34 300 510 680 850 1, 000 1, 140 1, 300 1, 440 36 350 580 780 970 1, 140 1, 310 1, 480 1, 640 38 390 660 880 1, 100 1, 290 1, 480 1, 680 1, 860 40 430 740 990 1, 230 1, 450 1, 660 1, 880 2, 080 42 470 830 1, 100 1, 370 1, 620 1, 860 2, 100 2, 320

Timber Value • $4. 64/board-foot • 16 -foot logs • 1. 0 x 22”

Timber Value • $4. 64/board-foot • 16 -foot logs • 1. 0 x 22” diameter • 1. 0 x 16” diameter • 0. 5 x 12” diameter

Timber Value • $4. 64/board-foot • 16 -foot logs • 1. 0 x 22”

Timber Value • $4. 64/board-foot • 16 -foot logs • 1. 0 x 22” diameter • 1. 0 x 16” diameter • 0. 5 x 12” diameter • 170+70+20 = 260 board feet • $1206. 04

Firewood and Pulpwood Value • Measurements • Cord • Ton • Sources of data

Firewood and Pulpwood Value • Measurements • Cord • Ton • Sources of data • Wholesalers • Timber Market News • Tree measurements

Pulpwood Value • Estimated Weight

Pulpwood Value • Estimated Weight

Pulpwood Value • Pulpwood Market Price: $35/ton • 2. 41 tons estimated 2. 41

Pulpwood Value • Pulpwood Market Price: $35/ton • 2. 41 tons estimated 2. 41 tons X $35 / ton $ pulpwood value

Pulpwood Value • Pulpwood Market Price: $35/ton • 2. 41 tons estimated 2. 41

Pulpwood Value • Pulpwood Market Price: $35/ton • 2. 41 tons estimated 2. 41 tons X $35 / ton $84 pulpwood value

Approaches to Appraisal • Market Approach • Prior sales • Market value added •

Approaches to Appraisal • Market Approach • Prior sales • Market value added • Income Approach • Present value of benefits • Cost Approach • Cost of reproducing the subject of the appraisal

Income Approach • Direct Income Method • Indirect Income Method • Discounted Cash Flow

Income Approach • Direct Income Method • Indirect Income Method • Discounted Cash Flow

Direct Income Method • Agricultural sales • Fruit production rate • Wholesale price of

Direct Income Method • Agricultural sales • Fruit production rate • Wholesale price of fruit • Rental Income

Direct Income Method Annual Income Interest Rate = Present Value of Income • Assumes

Direct Income Method Annual Income Interest Rate = Present Value of Income • Assumes tree will provide a constant level of benefits forever • Very sensitive to choice of interest rate

Direct Income Method • Orange Tree • Produces 1, 000 oranges / yr •

Direct Income Method • Orange Tree • Produces 1, 000 oranges / yr • Wholesale price: $0. 10/orange • Interest Rate: 10% Present Value of Benefits?

Direct Income Method • Orange Tree • Produces 1, 000 oranges / yr •

Direct Income Method • Orange Tree • Produces 1, 000 oranges / yr • Wholesale price: $0. 10/orange • Interest Rate: 10% • 1, 000 x $0. 10 = $100 / yr • $100 / yr 10% = $1000 present value

Direct Income Method • Hitachi Monkey Pod Tree • Hitachi pays Moanalua Gardens $400,

Direct Income Method • Hitachi Monkey Pod Tree • Hitachi pays Moanalua Gardens $400, 000 per year • Interest Rate: 10% Present Value of Income Stream?

Direct Income Method • Hitachi Monkey Pod Tree • Hitachi pays Moanalua Gardens $400,

Direct Income Method • Hitachi Monkey Pod Tree • Hitachi pays Moanalua Gardens $400, 000 per year • Interest Rate: 10% • $400, 000 / yr 10% = $4 M value

Direct Income Method • Hitachi Monkey Pod Tree • Hitachi pays Moanalua Gardens $400,

Direct Income Method • Hitachi Monkey Pod Tree • Hitachi pays Moanalua Gardens $400, 000 per year • Interest Rate: 9% Reduced Interest Rate?

Direct Income Method • Hitachi Monkey Pod Tree • Hitachi pays Moanalua Gardens $400,

Direct Income Method • Hitachi Monkey Pod Tree • Hitachi pays Moanalua Gardens $400, 000 per year • Interest Rate: 9% • $400, 000 / yr 9% = $4, 444

Indirect Income Method • Benefits Provided • Energy Savings • Stormwater Retention • CO

Indirect Income Method • Benefits Provided • Energy Savings • Stormwater Retention • CO 2 Sequestration • Property Value Increase • Limitations • Not all benefits are readily quantifiable • Not all benefits are realized annually • Not precise

Indirect Income Method

Indirect Income Method

Indirect Income Method

Indirect Income Method

Indirect Income Method Interest Rate: 5% Present Value of Annual Benefits?

Indirect Income Method Interest Rate: 5% Present Value of Annual Benefits?

Indirect Income Method Benefit Annual Benefit Interest Rate Property Value $98. 84 5% Stormwater

Indirect Income Method Benefit Annual Benefit Interest Rate Property Value $98. 84 5% Stormwater $73. 37 5% Electricity $13. 80 5% Air Quality $8. 46 5% Natural Gas $6. 59 5% CO 2 $6. 27 5% $207. 00 5% TOTAL Present Value

Indirect Income Method Benefit Annual Benefit Interest Rate Present Value Property Value $98. 84

Indirect Income Method Benefit Annual Benefit Interest Rate Present Value Property Value $98. 84 5% $1, 976. 80 Stormwater $73. 37 5% $1, 467. 40 Electricity $13. 80 5% $276. 00 Air Quality $8. 46 5% $169. 20 Natural Gas $6. 59 5% $131. 80 CO 2 $6. 27 5% $125. 40 $207. 00 5% $4, 146. 60 TOTAL

Reconciliation • Choose and defend selection of methods using anchor values • Aggregate appraisal

Reconciliation • Choose and defend selection of methods using anchor values • Aggregate appraisal method outputs • Evaluate the appraisal assignment • Conclude and defend an assignment result

Reconciliation Method Outp ut Direct Replacement $1, 500, 00 0 Cost Forwarding $25, 252

Reconciliation Method Outp ut Direct Replacement $1, 500, 00 0 Cost Forwarding $25, 252 Trunk Formula Method Direct Income Method $20, 347 $0 Indirect Income Method $4, 740 Timber Value $1, 206 Direct Sales Comparison $8, 000 Indirect Comparison Sales (MVA) Indirect Comparison Sales (Landscape Contribution) $15, 000 $2, 300

Reconciliation Method Direct Replacement Method, median of 3 contractor bids Output $1, 500, 000

Reconciliation Method Direct Replacement Method, median of 3 contractor bids Output $1, 500, 000 Trunk Formula Method, no depreciation $45, 636 Trunk Formula Method, with depreciation $20, 347 Cost Forwarding, 8% interest rate, $500 installation cost $1, 099, 88 0 Cost Forwarding, 4% interest rate, $500 installation cost $25, 252 Cost Forwarding, 2% interest rate, $500 installation cost $3, 622 Indirect Comparison Sales (MVA) $15, 000 Indirect Comparison Sales (Landscape Contribution) $2, 300

Reconciliation

Reconciliation

Reconciliation What is the ASSIGNMENT?

Reconciliation What is the ASSIGNMENT?

Reconciliation • Cedars are protected trees by municipal ordinance. Tree owner cuts down the

Reconciliation • Cedars are protected trees by municipal ordinance. Tree owner cuts down the tree. Municipality issues fines based on the “appraised value” of the tree. How much is the fine?

Reconciliation Method Outp ut Direct Replacement $500, 000 Cost Forwarding $25, 252 Trunk Formula

Reconciliation Method Outp ut Direct Replacement $500, 000 Cost Forwarding $25, 252 Trunk Formula Method Direct Income Method $20, 347 $0 Indirect Income Method $4, 740 Timber Value $1, 206 Indirect Sales Comparison (MVA) Indirect Sales Comparison (Landscape Contribution) $15, 000 $2, 300

Reconciliation • Real estate investor wants to decide whether the property is worth more

Reconciliation • Real estate investor wants to decide whether the property is worth more with the historic oak or with an additional bedroom

Reconciliation Method Outpu t Direct Replacement $2, 500, 00 0 Cost Forwarding, 4% interest

Reconciliation Method Outpu t Direct Replacement $2, 500, 00 0 Cost Forwarding, 4% interest rate, $500 installation cost $179, 461 Trunk Formula Method $97, 666 Indirect Income Method $8, 650 Indirect Sales Comparison (MVA) $45, 000 Indirect Sales Comparison (Landscape Contribution) $14, 400 -------------------------------Appraised Market Value of Real Estate, no change $800, 000

Reconciliation • County enlarges a right-of-way and takes 40 feet of an adjacent vacant

Reconciliation • County enlarges a right-of-way and takes 40 feet of an adjacent vacant forested parcel through eminent domain. Parcel was intended for single family residence development. How much should the landowner ask to be compensated for the trees?

Reconciliation Method Outp ut Direct Replacement $8, 000, 00 0 Cost Forwarding $40, 542

Reconciliation Method Outp ut Direct Replacement $8, 000, 00 0 Cost Forwarding $40, 542 Trunk Formula Method $120, 127 Timber Value Pulpwood Value Indirect Sales Comparison (MVA, % canopy cover) $8, 654 $456 $8, 000

Case Study (1) • Golf Course Fire – Insurance Claim

Case Study (1) • Golf Course Fire – Insurance Claim

Case Study (2) • Homeowner may damage protected common-area tree roots

Case Study (2) • Homeowner may damage protected common-area tree roots

Case Study (3) • Neighbor’s construction damages trees

Case Study (3) • Neighbor’s construction damages trees

Case Study (3) • Neighbor’s construction damages trees

Case Study (3) • Neighbor’s construction damages trees

Case Study (3) • Neighbor’s construction damages trees

Case Study (3) • Neighbor’s construction damages trees

Case Study (4) • Film Shoot Location Tree Damage

Case Study (4) • Film Shoot Location Tree Damage

Case Study (4) • Film Shoot Location Tree Damage

Case Study (4) • Film Shoot Location Tree Damage

Case Study (4) • Film Shoot Location Tree Damage Evidence of film shoots using

Case Study (4) • Film Shoot Location Tree Damage Evidence of film shoots using the trees:

Case Study (4) • Film Shoot Location Tree Damage Evidence that production companies have

Case Study (4) • Film Shoot Location Tree Damage Evidence that production companies have declined to use the site and how much income has been generated by film shoots:

Final Thoughts • • • Appraise with ethics Define your assignment Use multiple methods

Final Thoughts • • • Appraise with ethics Define your assignment Use multiple methods Reject Outliers Choose a defensible conclusion

Anchoring Tree Appraisal A Multi-Method Approach James Komen BCMA #WE-9909 B RCA #555 December

Anchoring Tree Appraisal A Multi-Method Approach James Komen BCMA #WE-9909 B RCA #555 December 10, 2016