Real Estate - Quick Return

  

Retired horses for veterans and first responders with PTSD

  

AHI Opportunities Fund - Agritech Real Estate

  

Be part of our International expansion, while owning part of a station!

  

Mobile Application for Planning Events

  

Equity Ownership with Design Build Company

  

Money Service Business Investment Opportunity

  

Seeking Canadian Partnership for US ICW NC Hunt/fish retreat with seafood distribution

  

Large grain farm in Montana - 35,000 acres

  

Private Power Generation, Transmission and Distribution of Natural Gas

  

Shares for sale in a Goldmine Development in Arizona

  

Real Estate

  

Integrated Facility Operations & Supply model in market tested (7yr) and ready for national launch.

  

Short term real estate investment with guaranteed return

  

Langley BC Cannabis - Summer 2019 Investment Proposal

  

Own part of renewable energy Anaerobic Digester in Canada with Excellent returns

  

Mining Expansion & Acquisition Opportunity

  

Short Term Real Estate Opportunity - Over 20 Years of Experience

  

Capital required to keep up with growth demands

  

EMPOWER WITH PRIME ITS JUST THE BEST

  

Real Estate 2-3 yr 60%+ ROI...Multiple opportunities per week

  

Village Specialized Education - Autism Focused Learning Tools

  

Investor/partner needed for business 'step-up'

  

Hubudub Ltd.

  

MyStory App

  

Roses Forever

  

Zollv a new way to watch videos online

  

Equity and dividend.

  

Dorscheid Brothers looking for investor partners, to become part of the team, in growing company.

  

Igor Acet Services

  

16% to 45% IRR - Turn Key Real Property, Pre-Construction & Organic Agriculture Opportunities

  

Structural Steel and Misc. Steel Fabrication and Erection

  

PURR-fect Harmony Licensing to Global Pet Product Company

  

Evotrux - "Airbnb for Freight"

  

Seeking Investor for Canadian Inventor - Baby/Kids Products & Retail Industry

  

Investor or partner

  

FIN Tech ecommerce app seeking strategic partners.

  

Kisik Construction Inc.

  

Biomass Energy Farm

  

EDO JAPAN FRANCHISE Start Up Business

  

 

Canadian Investment Network


Recent Blogs


Pitching Help Desk


Testimonials

"This is the best money I've spent so far trying to attract qualified investors. I've attended several VC and Angel Investor events over the past year to attract investors and this site has attracted the most relevant and qualified investors so far. Thanks! ~ James Fitzgerald - ChainStar USA"
James Fitzgerald - ChainStar USA

 BLOG >> Recent

Ecological Accounting [Systems Thinking
Posted on January 15, 2016 @ 10:18:00 AM by Paul Meagher

I finished up Sim Van der Ryn and Stuart Cohen's book Ecological Design (2007, Tenth Anniversary Edition).

Overall I found it a worthwhile read. It is a well crafted discussion on what ecological design is and what its main principles are. Many of the ideas in this book have been assimilated into mainstream sustainability thinking so the ideas are probably not as novel as they were when first articulated. Something that has started to sink in after reading the book is the idea that ecological design informs not just how we do building, landscape and urban design, but can also inform everyday decision making such as how to source food for your family and what type of soap to buy. It is when we try to apply some of these principles outside of the usual built environment context that things become more challenging and interesting.

According to Sim and Stuart, the 5 main principles of ecological design are:

  1. Solutions Grow from Place
  2. Ecological Accounting Informs Design
  3. Design with Nature
  4. Everyone is a Designer
  5. Make Nature Visible

In today's blog I wanted focus on the second principle, that "Ecological Accounting Informs Design". I am a bit hesitant to discuss this principle for a couple of reasons. One reason is that I'm not much of an accountant (I do, however, prepare and file my own personal taxes) so can't draw upon a deep knowledge of the accounting field. This would be useful. The second reason that I am hesitant is because it is challenging to understand how ecological accounting might be implemented in a practical way. I've decided to tackle this challenge today and see where it goes.

The basics of ecological accounting involve setting up accounts for the different types of "impacts" you want to manage - soil, water, energy, pollution, biodiversity, etc... You can already see that putting such a system into practice might be difficult. Estimating and measuring all the different types of ecological impacts associated with your design is not a trivial undertaking. In practice, we might only be worried about a few of the most obvious impacts. If we limit our scope, the prospect of performing an ecological accounting becomes more realistic. We can always add another dimension when we have management of the obvious impacts under control.

Ecological accounting comes into play when we are evaluating design alternatives. There is not much point of doing ecological accounting on a product or process just for the sake of doing it. Ecological accounting is useful for evaluating whether you should go with one design alternative over another because it minimizes some impacts (e.g., co2 emissions) or maximizes some benefits (e.g., improves soil) which collectively suggest which design is the most appropriate.

One important dimension to include in your accounting is the cost dimension. You may have a great ecological design but what happens when you discover that it costs alot more than a less ecological design? How do we manage the tradeoffs? How do we equate costs and levels of pollutants? Is one more ton of co2 produced equal to -$44 USD in your balance of accounts?

Putting a price tag on ecological services is a big field these days. The Natural Capital Project has a huge number of Ph.D researches developing software to estimate the value of the many ecological services that nature provides.

Ecological accounting can also be viewed as a way to engage in design that specifically involves 1) life-cycle analysis and 2) following the flow.

A life-cycle analysis involves an examination of impacts over time and encourages us to examine what happens to the design after it has served its useful life. What will become of it? If one design generates landfill waste and another involves composting, then the latter design is to be preferred.

Follow the flows means understanding the material flows, energy flows, transportation flows, pollution flows, heat flows, and water flows that are required for one design versus another.

Following the flows encourages us to ask questions such as:

  • Where do the materials for the product come from?
  • How much transportation is required?
  • How much energy will be used at each stage of production?
  • How will waste streams be managed?
  • How will water usage be managed?
  • How will heating be managed?

When we follow the main flows we have better ecological accounting to use for evaluating our design alternatives.

How do we find designs that have the best ecological accounting?

One approach would have us carefully evaluating our design with respect to all our ecological accounts and picking the design with the best ecological accounting score. I don't think the process of ecological design is or has to be this rational to succeed. Instead it can rely upon heuristics that while not guaranteed to produce good ecological accounting scores often end up doing so.

Here I enter uncharted territory. I'll propose a couple of practical heuristics for your consideration:

  1. Do it cheaply. Within reason.
  2. Apply zonation.

The heuristic that you should do it cheaply forces you to act under resource constraints that often produces a design with good, and sometimes optimal, ecological accounting. The "within reason" part is a reminder that if you are too cheap you may sacrifice quality to an unacceptable extent. You might have to back off from the cheapest design for this reason but finding the cheapest design is a worthwhile design activity to engage in to find a design with good ecological accounting to begin with. You can back off from there to optimize on other dimensions that are important to you besides cost.

The second heuristic that will often lead us to finding a design with the best ecological accounting is to apply zonation. Zonation is a concept from Permaculture and is generally used to design the layout of a farm in a way that minimizes travel time based upon how frequently we have to visit different parts of the farm. So put your garden, which you must attend to everyday, in zone 1, which is next to your home, which is in zone 0. Put the apple trees which you need to tend to visit less in zone 3 or 4, just within the zone 5 which is your wild zone which you need to visit even less frequently.

Toby Hemmenway has been creatively applying zonation to many different areas from transportation to foodsheds. His zonation of foodsheds has resulted in a foodshed design that arguably has better ecological accounting along many dimensions than our current foodshed design. This is a diagram from Toby's new book, The Permaculture City (2015), which is also about ecological design but from a more permaculturally inspired perspective.

Permalink 

 Archive 
 

Categories


 Agriculture [70]
 Bayesian Inference [14]
 Books [15]
 Business Models [24]
 Causal Inference [2]
 Creativity [7]
 Decision Making [15]
 Decision Trees [8]
 Design [36]
 Eco-Green [4]
 Economics [11]
 Education [10]
 Energy [0]
 Entrepreneurship [59]
 Events [2]
 Farming [20]
 Finance [25]
 Future [15]
 Growth [18]
 Investing [24]
 Lean Startup [10]
 Leisure [5]
 Lens Model [9]
 Making [1]
 Management [9]
 Motivation [3]
 Nature [22]
 Patents & Trademarks [1]
 Permaculture [34]
 Psychology [1]
 Real Estate [2]
 Robots [1]
 Selling [11]
 Site News [14]
 Startups [12]
 Statistics [3]
 Systems Thinking [3]
 Trends [7]
 Useful Links [3]
 Valuation [1]
 Venture Capital [5]
 Video [2]
 Writing [2]