Water Crisis in the United States, Part 4: Colonias

colonias-in-texas-300x292Recently in the news, we have heard a lot about the nationwide lead in drinking water crisis and the need to update our aging infrastructure. In addition, the plight of the people living in Navajo Nation has been brought to the nation’s attention after being showcased in a video by CBS Sunday Morning News. However, there is yet another very serious water crisis in the United States that has garnered very little media attention, and this week, we will be concluding our four-part series on water crises in the United States by talking about colonias.

What Are Colonias?

Colonia translates to neighborhood in Spanish, and in the United States, colonias are primarily Hispanic neighborhoods found along the Mexican border in Arizona, California, New Mexico, and Texas. With over 2,200 colonias, Texas has by far the most colonias in the nation, as well as the largest colonia population with over 500,000 residents. The modern-day colonia population is about 96% Mexican-American, with about 74% of those — and 94% of colonia children — being American citizens.

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A Texas colonia residence

Colonias originated in the 1950s. At this time, less than honorable developers bought up worthless land along the Mexican border — such as land that was agriculturally useless or located in flood plains — parceled it into tiny lots with little to no infrastructure and sold it off to low-income immigrants in search of affordable housing. To this day, colonias are often bought through a contract for deed, which is a questionable financing method by which developers offer low down and monthly payments with a very high interest rate and no title until the loan is paid in full. Prior to 1995, developers did not typically record the transactions with the county clerk, leaving the buyer with virtually no rights. If they fell behind on payments, the developer could repossess the property quickly, usually within just 45 days, without going through the foreclosure process.

colonias_lots_for_sale-300x201Fortunately, Texas passed the Colonias Fair Land Sales Act in 1995 to somewhat protect colonia residents who are forced to finance through a contract for deed. The Act requires developers to record the contract with the county clerk and to provide property owners with an annual statement that shows the amount paid towards the loan and taxes as well as the number of remaining payments. The Act also forces developers to itemize which services, such as water, wastewater, and electricity, are available, and whether the land is located in a flood plain.

While the Colonias Fair Land and Sales Act has improved contract for deed sales, there remain serious problems. Because property owners do not actually own the land or have a title, they cannot secure any type of financing that uses the property as collateral. Considering that colonia residents are typically well below the poverty level, any other types of financing are also unavailable to them, making it impossible to improve their property. Therefore, colonia residents typically construct their homes in drawn out phases as funds become available to them. Because of this, colonia homes often do not have electricity or even basic plumbing.

Challenges in Colonias

Arguably the most serious challenge facing colonias is the lack of improved water and sanitation services. Many colonias do not have public sewer systems and instead rely on rudimentary septic systems or outhouses that are often inadequate and overflow. And because the land is frequently in flood plains with poorly constructed roads that do not properly drain, sewage collects and pools, rife with bacteria and pathogens. Even colonias that do have sewer systems typically lack any type of wastewater treatment. Therefore, untreated wastewater is discharged into local streams that flow directly into the Rio Grande or the Gulf of Mexico.

Vending machine in Hidalgo, Image courtesy Wendy Jepson www.wendyjepson.net
Vending machine in Hidalgo, Image courtesy Wendy Jepson
www.wendyjepson.net

Potable water also presents a challenge to colonia residents. Very often, inhabitants must buy water in drums to meet their needs, or, even worse, they utilize untreated water from wells that are contaminated. Some private companies have installed water “vending machines” that provide bottled water at an astronomical cost to residents who can ill afford it. Even colonias that do have water lines have major problems, because residents are unable to tie-in due to their homes not meeting county building codes; to meet the building codes, they need to have adequate plumbing — a true Catch-22 situation. In fact, housing in colonias is typically considered dilapidated by local inspectors. Residents often start with just tents, cardboard, and lean-tos, and make improvements little by little as funds allow.

Due to the lack of improved water and sanitation, as well as lack of electrical services, it should come as little surprise that health conditions in colonias are often deplorable. Hepatitis A, dysentery, tuberculosis, cholera, salmonella, and other diseases occur at an astronomically higher rate in colonias than they do in the rest of Texas, according to Texas Department of Health data. To make matters worse, most colonias do not have local medical services and have a serious shortage of primary care providers, and most colonia residents lack health insurance. Therefore, the average age of colonia residents is only 27 — a full 10 years younger than the national average. And, just as is the case in Africa and other developing areas, quality of health is directly linked to quality of education. Therefore, many colonia residents remain undereducated — 55% of residents do not have a high school diploma — causing the cycle of poverty to continue generationally. The unemployment rate in colonias is anywhere from 20-60%, compared with 7% for the rest of Texas.

Assistance to Colonias

Thankfully, through a series of public outreach initiatives, more attention has been brought to the existence of colonias and the third-world conditions in them. In the last 20 years, the Texas Secretary of State has been recording the infrastructure, or lack thereof, within colonias and providing a significant amount of funding — tens of millions of dollars — to improve these areas. And it is working, albeit slowly. Since 2006, about 100 colonias have been moved out of the “red” category, indicating the worst conditions. However, with over 2,200 colonias along the Texas-Mexico border, there is still much work to be done.

On a federal level, USDA Rural Development has grants available through the Individual Water and Wastewater Program for households residing in an area recognized as a colonia before October 1, 1989. The colonia must be located in a rural area and determined to be a colonia on the basis of objective criteria including lack of potable water supply, lack of adequate sewage systems, lack of decent, safe and sanitary housing, and inadequate roads and drainage. Grant funds may be used to connect service lines to a residence, pay utility hook-up fees, install plumbing and related fixtures like a bathroom sink, bathtub or shower, commode, kitchen sink, water heater, outside spigot, or bathroom, if lacking. Qualifying applicants must own and occupy their home, show income from all individuals residing in the home below the most recent poverty income guidelines, and not be delinquent on any Federal debt. The maximum individual grant for water systems is $3,500 and for wastewater is $4,000 with a lifetime assistance maximum not to exceed $5,000 per individual. Further information can be found on USDA’s web site. In addition, the United States Department of Housing and Urban Development (HUD) in Texas, Arizona, California, and New Mexico has set aside up to 10 percent of their State Community Development Block Grant Program (CDBG) funds for improving living conditions for colonias residents.

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Leticia Jones has received several business loans from LiftFund and now the future of her catering business is bright. Image courtesy dallasfed.org

Fortunately, colonia residents are a very resourceful, tight knit group who are willing to work together and help each other, and some private and non-profit institutions have also become involved in the plight of colonia residents. For example, Texas A&M worked with residents on a water filtration project which involved making simple filters to make water potable. In addition, a non-profit lender called the LiftFund has provided loans to some colonia residents to assist them with starting a business. These loans have a very low interest rate and are given to people who cannot qualify for a traditional loan. Colonia residents are very often entrepreneurial in spirit, perhaps through necessity. After all, for years they have done what they need to do to get by, whether it be selling handmade crafts at flea markets or cutting up tires dumped along colonia roads and turning them into unique flower pots.

In Conclusion

Colonias are a little known part of America that have conditions oftentimes no better than those found in developing countries. One of the biggest causes of generational poverty in colonias is attributed to lack of basic water and sanitation services, causing health and education issues. Just like the plight of the people living in Navajo Nation, it is shameful that people living in the richest land in the world do not have access to these basic human rights. Add to this the lack of charitable organizations supporting water poverty in the United States, and colonias qualify as one of the most significant, and heartbreaking, water crises in the nation.

Dam Safety and the Criticality of Emergency Action Plans

Devastation from the Ka Loko Reservoir Dam breach in 2006

This month marks the ten year anniversary of Hawaii’s Ka Loko Dam failure on the island of Kauai. On March 14, 2006, after 40 days of heavy rainfall, the rising water finally overtopped the dam near the original spillway — which had been filled in by the owner. At the time, the State of Hawaii lacked resources and legal authority to properly ensure that the owner fully addressed safety concerns. The break sent almost 400 million gallons of water downstream four miles until it finally reached the ocean, and the water reached about 20 feet in height, destroying whatever was in its path, including trees, homes, and vehicles. The disaster, which was entirely preventable, killed seven people, including a pregnant woman and child, and caused millions of dollars of property damage as well as significant environmental damage. As a direct result of the disaster, Hawaii increased funding to its dam safety program, allowing for improved regulation of local dams.

Historic U.S. Dam Failures and Legislation

Unfortunately, the Ka Loko Dam failure in Hawaii was not an isolated incident. Dam failures in the United States have caused catastrophic damage and loss of life for well over a century:

Aftermath of the 1874 Mill River Flood in Williamsburg, MA
Aftermath of the 1874 Mill River Flood in Williamsburg, MA

May 16, 1874 – Williamsburg, Massachusetts
At 7:20 a.m., the 43-foot-high Mill River Dam above Williamsburg, Massachusetts failed, killing 138 people, including 43 children under the age of ten. At the time, this failure was the worst in U.S. history.

May 31, 1889 – Johnstown, Pennsylvania
Over 2,200 people — more than 20% of the residents of Johnstown — perished in the flood caused by the failure of South Fork Dam, nine miles upstream. To this day, the South Fork Dam disaster is the worst in U.S. history. National Dam Safety Day is celebrated each May 31 in remembrance of the catastrophe.

Around the turn of the century, many more dam failures occurred, resulting in the passing of some early state dam safety legislation.

March 12,1928 – San Francisquito Canyon, California
The failure of St. Francis Dam, which killed over 450 people and caused over $13 million in damage, the equivalent of about $180 million by today’s standards, was a landmark event in the history of state dam safety legislation, spurring legislation not only in California, but in neighboring states as well. It was also the worst civil engineering disaster of the 20th century, serving as the catalyst for the engineering licensure requirement in California.

Only one small section of the St. Francis Dam remained after its catastrophic failure in 1928
Only one small section of the St. Francis Dam remained after its catastrophic failure in 1928

In response to the St. Francis Dam disaster, the California legislature created an updated dam safety program and eliminated the municipal exemption. In addition, the State was given full authority to supervise the maintenance and operation of all non-federal dams. However, even in the wake of such a horrific disaster, most other states had severely limited dam safety laws — that is, until a series of dam failures and incidents occurred in the 1970s:

February 26, 1972 – Buffalo Creek Valley, West Virginia
The failure of a coal-waste impoundment at the valley’s head took 125 lives, and caused more than $400 million in damages, including destruction of over 500 homes.

June 9, 1972 – Rapid City, South Dakota
The Canyon Lake Dam failure took an undetermined number of lives (estimates range from 33 to 237). Damages, including destruction of 1,335 homes, totaled more than $60 million.

June 5, 1976 – Teton, Idaho
Eleven people perished when Teton Dam failed. The failure caused an unprecedented amount of property damage totaling over $1 billion.

July 19-20, 1977 – Laurel Run, Pennsylvania
Laurel Run Dam failed, killing over 40 people and causing $5.3 million in damages.

Damage from the Toccoa Falls, Georgia dam failure in 1977
Damage from the Kelly Barnes Dam in Toccoa, Georgia dam failure in 1977

November 6, 1977 – Toccoa Falls, Georgia
Kelly Barnes Dam failed, killing 39 students and college staff and causing about $2.5 million in damages.

In response to these tragedies, President Jimmy Carter implemented the “Phase I Inspection Program” that directed the US Army Corps of Engineers to inspect the nation’s non-federal high-hazard dams. The findings of the inspection program, which lasted from 1978-1981, were responsible for the establishment of dam safety programs in most states, and, ultimately, the creation of the National Dam Safety Program, which today supports dam safety programs in 49 states. Alabama is the only state in the nation that has yet to pass dam safety legislation, although Alabama State Representative Mary Sue McClurkin introduced a bill on March 18, 2014 which, if passed, would establish a state dam safety program.

Emergency Action Plans

One of the key components of a successful dam safety program for high hazard and significant hazard dams is a comprehensive, up-to-date Emergency Action Plan (EAP). Hazard level does not reflect the condition or age of the dam; rather, it indicates the potential for loss in the event of dam failure. According to FEMA, the classifications are as follows:

High hazard: Facilities where failure will probably cause loss of human life. Such facilities are generally located in populated areas or where dwellings are found in the flood plain and failure can reasonably be expected to cause loss of life; serious damage to homes, industrial and commercial buildings; and damage to important utilities, highways, or railroads.

Significant hazard: Facilities where failure would likely not result in loss of human life, but can cause economic loss, environmental damage, or disruption of lifeline facilities. Such facilities are generally located in predominantly rural areas, but could be in populated areas with significant infrastructure and where failure could damage isolated homes, main highways, and minor railroads or disrupt the use of service of public utilities.

Low hazard: Facilities where failure would result in no probable loss of human life and low economic and/or environmental losses. Such facilities are usually located in rural or agricultural areas where losses are limited principally to the owner’s property or where failure would cause only slight damage to farm buildings, forest and agricultural land, and minor roads.

Map courtesy of James S. Halgren, Office of Hydrologic Development, National Weather Service, National Oceanic and Atmospheric Administration
Map courtesy of James S. Halgren, Office of Hydrologic Development, National Weather Service, National Oceanic and Atmospheric Administration

Unfortunately, about 22% of high hazard dams and 40% of significant hazard dams nationwide still do not have EAPs, meaning that thousands of dams across the United States lack EAPs required by law. And dams are still failing. According to the Association of State Dam Safety Officials, 173 dams across the United States have experienced failures since 2005.

The lack of an EAP could be problematic in the event of dam failure, said Mark Ogden, project manager for the Association of State Dam Safety Officials, who also noted that while such worst-case scenarios are rare, they have happened. “An exercised, well-prepared emergency action plan is a valuable tool to help save lives,” Ogden said.

Ogden also noted that even when dams have an EAP, downstream residents often do not know where to find it. “There have been a lot of efforts in recent years to try to make the public aware of dams and the potential dangers, and to know if they live in an area downstream of a dam, the failure inundation zone, who to talk to – whether it’s the dam owner or more likely the local emergency management officials – to find out if there is an EAP for that dam and what they would need to do,” Ogden said.

Legislation

The Saville Dam in Barkhamsted, Connecticut is rated high hazard
The Saville Dam in Barkhamsted, Connecticut is rated high hazard

The good news is that most states have responded to the need for dam safety regulations and require EAPs for high hazard and significant hazard dams. The most recent legislation came in February of this year, when the State of Connecticut Department of Energy and Environmental Protection (DEEP) adopted new regulations concerning the preparation and update of EAPs for Class C and Class B dams. In 2013, fewer than 60% of regulated high hazard dams in Connecticut had an EAP, a statistic the State is hoping to drastically improve. The new EAP regulations include criteria for inundation mapping, dam monitoring procedures, formal warning notification and communication procedures, emergency termination protocols, and EAP review and revisions.

Currently, the only states without EAP requirements are Georgia, Illinois, Iowa, Kentucky, North Carolina, Vermont, Wyoming, and — ironically enough — California. Since Alabama still has no formal dam safety program, they also do not require EAPs.

Lake Martin in Alabama was created by the construction of the Thomas Wesley Martin Dam, which stopped the flow of the Tallapoosa River just southwest of Dadeville. It is the largest man-made lake in Alabama.
Lake Martin in Alabama was created by the construction of the Thomas Wesley Martin Dam, which stopped the flow of the Tallapoosa River just southwest of Dadeville. It is the largest man-made lake in Alabama.

ASDSO continues to work alongside the American Society of Civil Engineers (ASCE), American Council of Engineering Companies (ACEC), and other stakeholders to promote dam safety and to encourage legislation to protect the public and the environment from disasters such as the Ka Loko Dam failure in Kauai, Hawaii.

“The tenth anniversary of the dam’s failure reminds us of the potential dangers posed by dams and the critical importance of both responsible dam ownership and strong dam safety programs,” said Lori Spragens, executive director of the Association of State Dam Safety Officials (ASDSO). “Most dam failures are preventable disasters. Dam owners must keep their dams in the state of repair required by prudence, due regard for life and property, and the application of sound engineering principles. The quality of dam maintenance, emergency planning, and enforcement programs directly affects the safety of communities, as sadly demonstrated on Kauai. With more than 87,000 dams of regulatory size in the U.S., we all have a stake in dam safety.”