Archive

local government


Some recent reading led me to the following items that seem to crop up when municipalities have fiscal problems that are not otherwise created by the economy or federal or state government decisions:

Assuming high returns of retained earnings (Orange County, CA)

  • Pension systems that are underfunded (Portland OR, and others)
  • Lack of appropriate financial advisors (many)
  • Assuming growth will be exponential
  • Failure to address deterioration of infrastructure (many)
  • Getting involved in complicated credit swaps and revenues tools involving borrowing (Detroit).
  • Declining use by customers that are economically stressed (many)

Food for thought… or caution.


Since 2010, the Federal Reserve Bank indicates that the wealthiest 10 percent of American have seen their income rise by 2%.  The Bottom 20% have seen their income DECLINE by 4 percent and the average for all families DECLINED 5%.  That tells me that the majority in the middle income brackets, decreased at a rate greater than the bottom 20%.  In other words more of us are moving down in economic standing, not up.  To make matters worse, the Federal Reserve Bank indicates that the top 3% actually had their incomes increase by 27.7% since 2010, meaning that the upper middle class people are falling back with the rest of us.  Quite the opposite of what our parents had hope for us.

Wages have not rebounded as many people had to take pay cuts or find new a career at lesser pay, which places all kinds of issues at risk – retirement age, retirement goals, college for the kids, investments, home ownership, etc.  All play a role in the economy of the country.  People spend less on eating out, new clothes and other things – generally more frugal, which means less demand for goods and services, and therefore less employment.  A vicious cycle that doesn’t help the economy.  We have already started to see real estate cool off as wages have not rebounded and people figure it is time to defer or get out.  Places like Miami and Las Vegas may remain warmer than say Cleveland or Detroit, but the Miami market has cooled in the past year.

Real losses in purchasing power goes back to the 1980s form the lower half of earners in the US.  And we argue about the minimum wage – which is the very bottom of the pile.  The failed concept of the Great Society was to try to get enough money in everyone’s pocket that the total purchasing power of the population would increase.  Did not work out that way, but the concept of increasing purchasing power of all has appeal.  Inflation goes up.  Purchasing power goes down.  The economy will stagnate if wages for the bottom 90% do not increase.  That makes official less likely to raise water and sewer rates to pay for those needed infrastructure upgrades.  Which will put more assets at risk of failure and stress operations budgets further.


A Ponzi scheme is an illegal program whereby investors are promised big return son investments in a short period of time, and where the underlying basis for this return is deliberately mis-stated.  We continually find people who perpetrate Ponzi schemes and when they are finally caught, they get put in jail.  For those unsure, a Ponzi scheme is defined as a scheme where the scheme operator says they will pay a high return to its investors from their original investment, but instead uses money from new capital paid to the operator by new investors rather than from profit earned by the operator.  Hence it is a flow through of money from people putting money in to people who are getting out.  To get returns on the investments for the earlier investors, the pool of new people must increase with time, so that there are always more people paying in that there were previously.  It that does not occur, then we have a problem.

What is a retirement system?  A retirement system is a form of deferred compensation used to attract and keep workers, by deferring a portion of their pay 10, 20 30 or 40 years from now.  It is part of the compensation to the employee.  With a retirement system, people pay into a program, where their money is invested.  A retirement system tends to rely on the fact that the number of people paying in increases exponentially so that the actual invested dollars are never touched, instead the new proceeds exceed the monies paid out.  For a pension, plan it assumes your invested dollars remain invested and profitable, and that the revenues from the new people in the system, exceed the monies paid to retirees.  What is the difference?  Well, the retirement system actually supposedly has assets while Ponzi scheme does not.  Otherwise, the systems work similarly – dollars paid in generally go out to others, and there is an assumption that the number or payees increases exponentially (a percentage every year).

So what happens to a pension plan when the number of employees decreases from 6.7 million to 4.4 million over 40 years?  Would you expect there to be a pension plan problem?  And if so why?  And who is at fault?  That is exactly what has happened to federal government employees since 1967.  And many states have seen reductions in the last 20 years as well.  So it is any wonder why these pension systems might be at risk?  The push to privatize services ensures that the basic assumption that the number of payees in a pension plan increases exponentially will be violated, which makes the pension plan vulnerable.  And ho is at fault.  I would suggest the people pushing privatization, who look only at short term consequences as opposed to long-term impacts.  Perhaps this needs to be part of any such discussion going forward.  Just a thought…


 

The National League of Cities reports that nearly ¾ of municipalities are better off in2013 than they were in 2012.  In Broward County, over half the cities actually have more revenue in 2013 than they did in 2006.  Property values are up in 72% of Counties, and real estate activity was high in 2012 and 2013, although it has slowed in 2014.   Nearly 60% of the municipalities were not projected deferral of capital improvements, although 1/3 expect to reduce maintenance and 40% to defer capital.  The biggest challenge cities identified was street condition (23%, followed by sewer, stormwater and water although these were all under 16% which is a bit disappointing given the condition of much of this infrastructure).  Money remained their biggest challenge.  Total local government budgets are $3 trillion, and the bond market Is a robust $3.7 trillion.  New construction for local water, sewer and stormwater infrastructure is expected to reach $750 billion in 2014, with 3.2 and 4.8 billion respectively for water and sanitary sewer.

Pensions are the biggest liability and one that is critical for many local entities with their own pension plans (like Detroit).  Many others have or will migrate to a state plan, or were already part of a state plan.  Having a large pool off employees decreases risk to the pension plan and increased revenues (and future outlays).  Pension plans or Ponzi schemes?  Now that is the question….


Earlier this year the Journal for AWWA had several articles about water use and infrastructure needs.  One of the major concerns that has arisen in older communities, especially in the Rust Belt and the West is that demands per person have decreased.  There are a number of reasons for this –the 1992 Energy Policy Act changes to plumbing codes that implemented low flush fixtures, the realization in the west that water supplies are finite and conservation is cheaper than new supplies, a decline in population, deindustrialization, and climate induced needs.  But all add up to the result that total water use has not really changed over the past 30 years and in many locales, water sales may have decreased.  Water utilities rely on water sales for revenues so any decrease in sales must be met with an increase in cost.  Price elasticity suggests the increase will be met with another decrease in sales, etc.  It is a difficult circle to deal with.  So less water, whether through deliberate water conservation or other means, creates a water revenue dilemma for utilities.  A concern about conserving to much and eliminating slack in the system also results.

Less water means less money for infrastructure.  Communities do not see a need for new infrastructure because there are fewer new people to serve.  Replacing old infrastructure has always been a more difficult sell because “I already have service, why should I be paying for more service” is a common cry, unless you are in my neighborhood where the water pipes keep breaking and we are begging the City to install new lines (they are on my street J)  Educating customers about the water (and sewer) system are needed to help resident understand the impacts, and risk they face as infrastructure ages.  They also want to understand that the solutions are “permanent” meaning that in 5 or 10 years we won’t be back to do more work.  Elected officials and projected elected officials (the tough one) should be engaged in this discussion because they should all be on the same page in selling the ideas to the public.  And the needs are big.  We are looking at $1 trillion just for water line replacement by 2050 and that is probably a low number(2010 dollars).  The biggest needs are in the south where infrastructure will start hitting its expected life.  The south want west will also be looking for about $700 billion in growth needs as well.  All this will cause a need for higher rates, especially with ¼ less low interest SRF funds avaialalbe this year from Congress.


Public water and sewer systems have the responsibility to protect the health, safety and welfare of the public they serve, just as engineers do.  This is includes not just complying with regulatory mandates (they are minimum standards), but enacting such precautions as are needed to address things not included in the regs.  Unfortunately we continue to pay too much attention on regulatory compliance and evaluate the condition of the system using unaccounted for water losses or leaks fixed in the system as a measure of condition.  That may be an incorrect assumption.  The problem is that unless we understand how the system operates, including how it deteriorates with time, the data from the past may well be at odds with the reality of the future.  For example, that leak in your roof can be a simple irritation for a long time if you ignore it.  But ignoring it creates considerable potential for damage, including roof failure if too much of the structure underneath is damaged.  With a water system, pipes will provide good service for many years will minimal indication of deterioration.  Then things will happen, but there is little data to indicate a pattern.  But like your roof leak, the damage has been done and the leaks are an indication of the potential for failure.  Bacteria, color, pressure problems and flow volumes are all indicators of potential problems, but long-term tracking is needed to determine develop statistical tools that can help with identifying end of life events.  Basic tools like graphs will not help here.

Construction to repair and replace local water, sewer and stormwater infrastructure is expected to reach $3.2 and $4.8 billion respectively for water and sanitary sewer. The federal SRF programs are only $1.7 Billion in SRF loans, 24% below 2012 and well below the levels identified by the federal government to sustain infrastructure condition.  The only reason for the decrease seems to be a demand by Congress to reduce budgets, especially EPA’s budget where this money resides.  But the 2008 recession and its lingering effects to date have deferred a significant amount of infrastructure investments, and the forecast does not rectify the past deficits, and likely does not address the current needs either.  Few water and sewer systems are flush with funds to update infrastructure and borrowing has become a difficult sell for many public officials.  Lake Worth, FL just had a $60 million bond issue for infrastructure redevelopment defeated by voters two weeks ago.  The officials know they need this infrastructure, but the public is unconvinced because few serious problems have occurred.  We have to get the public past this view so we can improve reliability and public safety.  Those are the arguments we need to demonstrate.  The question is how.

 


In the last blog we discussed 10 planning steps for sea level rises.  When planning 50-100 years other factors can come into play as well.  As a result, to allow flexibility in the analysis due to the range of increases within the different time periods, an approach that uses incremental increases of 1, 2, and 3 feet of SLR is suggested.  Hence infrastructure is built to meet milestones, not arbitrary dates lessening the potential for stranded assets.. The increments can work as threshold values in planning considerations in terms of allowing planners the ability to know ahead of time where the next set of vulnerable areas will be to allow a for proactive response approach that can be matched to the observed future sea levels.

But prior to developing infrastructure plans, the local community needs to define an acceptable level of service (LOS) for the community. A level service would indicate how often it is acceptable for flooding to occur in a community on an annual basis.  1% is 4 days per years and for a place like Miami Beach, this is nearly 2 ft NAVD88, well above the mean high tide.  The failure to establish an acceptable LOS is often the cause of failure or loss of confidence in a plan at a later point in time.  The effects of SLR of the level of service should be used to update the mapping to demonstrate how the level of service changes, so that a long-term LOS can be defined and used for near-term planning.

With the LOS known, the vulnerability assessment is developed using a GIS based map of topography and the groundwater levels associated with wet and dry season water levels.  LiDAR is a useful tool that may be available at very high resolution in coastal areas.  Topographic maps must be “ground-truthed” by tying it to local benchmarks and transportation plans.  USGS groundwater and NOAA tidal data from local monitoring stations to correlate with the groundwater information. Based on the results of these efforts, the GIS-based mapping will provide areas of likely flooding.

GIS map should be updated with layers of information for water mains, sewer mains, canals, catch basins, weirs and stormwater facilities.  Updating with critical infrastructure will provide a view of vulnerability of critical infrastructure that will be funded by the public sector. Ultimately policy makers will need more information to prioritize the needed improvements.  For example, a major goal may be to reduce Economic Vulnerability.  This means identifying where economic activity occurs and potential jobs.  At-risk populations, valuable property (tax base) and emergency response may be drivers, which means data from other sources should be added.

The next step is to analyze vulnerability spatially, by overlaying development priorities with expected climate change on GIS maps to identify hotspots where adaptation activities should be focused. This effort includes identification of the critical data gaps which, when filled, will enable more precise identification of at risk infrastructure and predictions of impacts on physical infrastructure and on communities. The final deliverable will include descriptions of the recommended concepts including schematics, cost estimates, and implementation plan.

So why go through all this.  Let’s go back to the beginning.  It has to do with community confidence in its leaders.  Resident look at whether their property will be protected.  Businesses look at long-term viability when making decisions about relocating enterprises.  The insurance industry, which has traditionally been focused on a one year vision of risk, is beginning to discuss long-term risks and not insuring property rebuild is risk-prone areas.  That will affect how bankers look at lending practices, which likely will decrease property values.  Hence it is in the community’s interests to develop a planning framework to adapt to sea level rise and protect vulnerable infrastructure through a long-term plan.  Plan or….


The rainy season has sort-of started in south Florida and with it comes flooding and discussions of the falls end of season and concurrent high, high tides for the year, flooding and the impact of sea level rise on low-lying areas.  Much focus has been spent on the causes of sea level rise and the potential flooding caused by same.  However the flooding can be used as a surrogate to impacts to the social and economic base of the community.  By performing vulnerability assessments, coastal areas can begin planning for the impacts of climate change in order to safeguard their community’s social, cultural, environmental and economic resources. Policies need to focus on both mitigation and adaptation strategies, essentially, the causes and effects of climate change. Policy formulation should be based on sound science, realizing that policy decisions will be made and administered at the local level to better engage the community and formulate local decisions.

Making long-term decisions will be important.  Businesses look at long-term viability when making decisions about relocating enterprises.  The insurance industry, which has traditionally been focused on a one year vision of risk, is beginning to discuss long-term risks and not insuring property rebuild is risk-prone areas.  That will affect how bankers look at lending practices, which likely will decrease property values.  Hence it is in the community’s interests to develop a planning framework to adapt to sea level rise and protect vulnerable infrastructure through a long-term plan.

While uncertainties in the scale, timing and location of climate change impacts can make decision-making difficult, response strategies can be effective if planning is initiated early on. Because vulnerability can never be estimated with great accuracy due to uncertainty in the rate of warming, deglaciation and other factors, the conventional anticipation approach should be replaced or supplemented with one that recognizes the importance of building resiliency.  The objectives of the research were to develop a method for planning for sea level rise, and providing a means to prioritize improvements at the appropriate time.  In addition the goals were to provide guidance in developing a means to prioritize infrastructure to maximize benefit to the community by prioritizing economic and social impacts.

Adaptation planning must merge scientific understanding with political and intuitional capacity on an appropriate scale and horizon.  According to Mukheibir and Ziervogel (2007), there are 10 steps to consider when creating an adaptation strategy on the municipal level.  To summarize, these are as follows:

  1. Assess current climate trends and future projections for the region (defining the science).
  2. Undertake a preliminary vulnerability assessment of the community and communicate results through vulnerability maps (using GIS and other tools).
  3. Analyze vulnerability spatially, by overlaying development priorities with expected climate change on GIS maps to identify hotspots where adaptation activities should be focused.
  4. Survey current strategic plans and development priorities to reduce redundancy and understand institutional capacity.
  5. Develop an adaptation strategy that focuses on highly vulnerable areas. Make sure the strategy offers a range of adaptation actions that are appropriate to the local context.
  6. Prioritize adaptation actions using tools such as multi-criteria analysis (MCA), cost-benefit analysis (CBA) and/or social accounting matrices (SAM).
  7. Develop a document which covers the scope, design and budget of such actions (what they call a Municipal Adaptation Plan (MAP)).
  8. Engage stakeholders and decision-makers to build political support. Implement the interventions prioritized in the MAP.
  9. Monitor and evaluate the interventions on an ongoing basis.
  10. Regularly review and modify the plans at predefined intervals.

 

The strengths of this framework are the initial focus on location-specific science, the use of both economic and social evaluation criteria, and the notion that the plan is not a fixed document, but rather a process that evolves in harmony with a changing environment.  The final two steps occur at regular intervals by the community with associated adjustments made.  The next question is how to develop the data and priorities.


In a prior blog we talked about the difference between urban and rural counties and the impact of the differences between incomes and how that would affect utilities.  Keep in mind that the 40 largest urban counties in the US contain nearly half the US population as do the 50 largest utilities.  So in a recent article in Governing, the focus was on the few counties where income was higher than average.  In fact, in looking at counties, within the top 20 in per capita income are 10 counties in North and South Dakota.  Interesting until you review why.  All are in areas where fracking is ongoing and corporate farming is prevelant.  It is no surprise that the fracking boom has created wealth in rural areas that have limited populations, limited regulations and state and local officials who are desperate to reduce unemployment and stimulate laggard economies.  We noted before that rural counties are often desperate for jobs, so they often ignore what could possibly go wrong when jobs and development are the only priorities for a community.  Governing used the example of Wells County, ND where the per capita income has doubled since 1997 and is 75% above the national average.  Yet the local governments are looking at which roads they will allow to go back to gravel.  How is this possible? 

The issue is not relegated to just Wells, ND.  Despite the fact that many rural communities in areas with intensive farming or fracking have grown 10-15% since 2007, local officials are finding it difficult to raise taxes to pay for infrastructure.  Roads are the most obvious and pressing issue because of the impact from fracking traffic.  As new wells are constructed, the frackers build new dirt roads and use the existing roadways.  Some believe the need to fix many of the roads is temporary so why bother, but it neglects the need to infrastructure improvements in general.  The same argument could be used for water and sewer infrastructure as well, but these wealthy rural communities do not want to increase governmental spending to improve any infrastructure, so the opportunity to address the community needs is being lost.  

What is more interesting is that the states where these rural counties exist, including the Dakotas, along with Montana, Wyoming, New Mexico, and most of the southeastern states are among the states that rely most heavily on federal funding.  So when incomes increase, the dependency remains.  These are the same states that tax residents the least, spend the least on education, have the poorest health care (and the fewest people signed up for the Affordable Care Act and few have state exchanges) and have the most people in poverty.  The dichotomy between reality and the political perception is interesting in these states, which leads one to wonder if the residents of these states like their situation and keep electing representatives that reflect this desire, or they have fallen victim to political interests that cause them to vote consistently against their better interests, or for the interests of a limited few that deny them access to the education, infrastructure, medical care and other benefits their urban and wealthier neighbors enjoy. 

That is a tough question but the bigger question is how to infrastructure agencies like utilities attempt to overcome either of these perceptions?  Neglecting infrastructure, education, medical and the like does not promote local economies, does not create jobs and more likely causes the migration of the best and brightest young people out of the community in search of better prospects, which further imperils their rural situation.  Keep in mind that most cities are relatively permanent, but fracking, like mining, oil and timber before them, have been booms and busts.  The situation if far more dire after the boomtown than it was before.  After all, what could possibly go wrong when 50,000 miners, or frackers, descend upon a community of 1,500 people?  They will consume all the resources, then leave.  Locally those well paying jobs are imported due to the lack of skills and education, and then they leave with the bust.  This has played out many times in the past.  It is not sustainable.  We need to learn from the past – when the boom hits, make the investments you need in infrastructure, education, medicine, etc. so that the future is better after the bust. 


As you are aware, I have several hobbies and interest, and economics is one of them.  Economics has theorists from many different viewpoints, and the commonality among them is that there is no “school of thought” that explains everything.  So new schools get developed to explain the current events, or old ones that were discredits are resuscitated, but unfortunately we too often neglect the past, or at least the examples of the past.  Too often the obvious gets ignored.  For example, we cave money because we know there will be ups and downs.  Individual do it, so why don’t governments?  We know that we will pay for a product we need.  Demand drives the price.  If more people want it, the price goes up.  Been that way for…. ever maybe?  So in my recent reading I came across several musing that keep getting talked about by political pundits, but may be they are not what they appear to be.  So let’s take a look at a couple of these that might just affect us….

 

Is supply side economics is a myth developed by corporate economists to argue for lower taxes.  The concept is to give tax breaks to encourage manufacturers and businesses to produce more product which will reduce costs.  You know this is patently false.  Try selling your reclaimed water at a discount (or give it away) when it is raining.  Demand drives the economy, not supply.  Every economics student learns this in economics 101.  The supply side economics school developed as a means to explain stagflation in the 1970s. The idea what to give tax cuts to those who invested, so they would invest more to make new products, which would trickle down to the rest of us.  Still doesn’t work.  Why?  What they ignored was that the US industrial sector had saturated the US economy with goods and could not grow without new sectors to sell to.  Hence the push on Nixon to open up China to foreign trade and investment.  But opening foreign markets was great, except they could not afford our products.  So we had to make the products there, increase local wages so they could buy the products, and still shipped products back at a cheaper cost that to build them in America.  The idea is not new – recall Henry Ford set up the assembly line to cuts costs to allow him to increase wages so his workers could buy his cars.  The obvious question is when we saturate China, then what?  Africa?  Then what?  The economy cannot grow faster than the increase in population.  So why does supply side economics keep getting traction?  Did we mention those tax cuts….

 

To the big fashion in Germany and the EU is austerity.  Austerity is an economic idea that never seems to die despite very limited success and many, many failures.  It sounds great – cut costs and balance the budget while cutting revenues (income).  Ok, so let’s see how that works in your household – you quit your middle class job and take a minimum wage job.  You cut your expenses.  Except you can’t sell your house without a loss (and you do not have the cash to make up the difference) and you need your car to get to your new job.  But austerity says that if you eat rice, beans, cereal and Ramen noodles, you will soon be far better off than you are now.  No one will suffer.   Do you believe it?  Do you wonder why the Greeks and Irish are not doing so well today and why people are restless?  They used to devalue their currency, but the Euro prevents this.  They do not have away out.  Meanwhile Iceland devalued currency, let the banks fail, took over the bank assets, and are doing much better.  Austerity was not the option…. Just saying…  And who suffers the most?  Not the high income folks.

 

Tax cuts stimulate the economy.  Sounds great.  But, from 1944 to 1963, the income tax rate on the highest earning bracket in 1960 was 90% over $200,000.  Yes 90%!   The economy was great.  The middle class was born.  House ownerships jumped.  Education was up.  The economy in the 1970s stagnated after we cut tax rates.  We cut the income tax rate in the 1980s, but raised other taxes, and things improved, but then declined.  The economy improved after the Bush tax hike in 1991. It did not improve after the Bush tax cuts in 2001.  Interesting in their book Presimetrics, Mike Kimel and Mike Kanell noted that higher taxes seem to correlate with a better economy.  Is it because investors can’t sell stock so easily when they made a profit so corporations can count of investments longer?  Or is it that the increase in revenues allows the federal government to invest in more research and development that further stimulates the economy?  Did we mention the tax cuts favor the wealthy?

 

The moral of the story is that utility managers cannot ignore the economic realities around them.  We cannot be trapped by the musings of people who have hidden agendas, which means that our understanding of the way things are must extend beyond the utility itself.  The economy, economics, monetary policy, tax policy, demographics and change are areas that utility managers need to be current on.  Engineers and managers often understand these issues easily (most are mathematical) but we tend to focus only in out areas.  We need to become educated.  Recall the earlier blog where I noted the city manager who realized later that the reason elected officials tended to bad alternatives was they were being lobbied to approve the poorer options because their clients could make money from it.  You know many ideas that will be lobbied to elected officials and business people in the future.  You need to become educated on these ideas and how they affect your utility.  You know that rates that are too low will not increase revenues.  You know you need to expand sales when possible, perhaps serving new areas, and making the investments for same.  You know that not spending money will only increase the risk of failure in the system.  You know that not increasing pay will disenfranchise employees.  Prepare for these assaults so you can lead your utility down the proper path.