Love Canal: A Special Report to the Governor & Legislature: April 1981
- History and Demographics
- State Task Force
- Toxicological Investigation
- Epidemiologic Studies
- Remedial Construction
- Relocation of Residents
- Litigation
- State and Local Costs
- Legislation
- Chronology
- Health Department Orders
- Bibliography
History & Demographics
The former Love Canal landfill is a rectangular, 16-acre tract of land located in the southeast end of the City of Niagara Falls (est. pop. 77,050) in Niagara County (est. pop. 242,200) on the western frontier of New York State.
The landfill takes its name from William T. Love, whose plan it was in the 1890s to dig a power canal between the upper and lower Niagara Rivers to provide cheap hydroelectric power for a proposed model industrial city. The model city project and the partially dug canal were abandoned before the turn of the century when alternating current was invented, obviating the need for industry to locate near the source of power.
Aerial photography from 1938 depicts the canal as being about 3,000 feet long and almost 100 feet wide, extending in a north-south axis, with the southern end approximately 1,500 feet from the Niagara River. Much of the canal bed contained impounded water and there was no visible evidence of waste disposal in 1938. The excavation was reportedly used as a swimming hole for local residents for several decades into the twentieth century.
Manufacturing of chemical and allied products was and is a major industrial enterprise of Niagara County. According to 1970 data from the New York State Department of Commerce, there were in the county nine major chemical producing companies employing a total of 5,267 people. Recent surveys by the State Department of Environmental Conservation point to the presence of approximately 100 chemical dump sites in the county.
One of these is the Love Canal landfill, in which the Hooker Electrochemical Company, now the Hooker Chemical and Plastics Corporation, admits to the deposition, between 1942 and 1953, of 21,800 tons of chemical wastes from its plants in Niagara Falls. These wastes -- some drummed, some not -- included chlorinated hydrocarbon residues, processed sludges, fly ash and other materials. The City of Niagara Falls also used the site for disposal of municipal wastes for a number of years, concluding in 1953.
In April 1953, Hooker sold the Love Canal property, to which it then held title, to the City of Niagara Falls Board of Education. Homebuilding directly adjacent to the landfill was accelerated in the mid-1950s and in 1954 a public elementary school was built on the middle third of the Love Canal property.
Aerial photography from 1956 shows continuing residential development and soil banks, some of them as high as 15 feet, surrounding parts of the canal bed. By 1966 these hills were no longer apparent, and two streets crossed the landfill north and south of the public elementary school. By 1972, virtually all houses with backyards directly abutting the landfill were completed.
In the mid-1970s chemical odors from the landfill were cited by residents as a source of discomfort in complaints made to local officials. Above normal precipitation during the period preceded the surfacing of chemically contaminated wastes in residents' backyards. In some houses directly adjoining the landfill an oily coating was discovered in basement sump pits; there also was evidence of underground chemical infiltration through cinderblock foundations in some first-ring homes.
The southern section of the landfill in 1978 presented a scarred, blighted appearance, further aggravated by subsidence of the fill, resulting in surfacing of barrels and exposure of chemical wastes. Despite these conditions, there is evidence that much of the landfill surface continued in use as a children's playground until April 1978, when the New York State Health Commissioner declared the area a threat to human health and welfare and ordered local health officials to restrict access to the landfill site by erecting a fence.
In spring 1978, when the State of New York first intervened at Love Canal, there were 99 homes with backyards directly abutting the canal in which 230 adults and 134 children resided. A total of 410 students were enrolled in the elementary school that had been built in 1954. In the surrounding residential neighborhood, at its outermost limits four blocks from the landfill, 2,618 people resided; the majority lived in one-family homes.
Task Force
Recognizing the complexity of the Love Canal situation and the necessity for close coordination of all State activities and assistance, the Governor, on August 3, 1978, directed the formation of an interagency Love Canal Task Force. The task force, headed by the State Commissioner of Transportation, included representatives of the departments of Health, Transportation, Environmental Conservation, Social Services, Banking, Insurance, Equalization & Assessment, Division of Housing & Community Renewal and Office of Disaster Preparedness. An on-site task force group, composed of representatives of the State agencies most directly involved, was immediately established and headquartered at the 99th Street School.
Of significance was the early involvement of area residents in task force decision-making. Representatives of homeowners and tenants associations and of local governments served as ex-officio members of the task force.
The task force was faced with three fundamental responsibilities: the relocation of affected families (to be coordinated by the Department of Transportation); the construction of a drainage system to prevent further migration of toxic chemical waste from the landfill (to be carried out by the City of Niagara Falls and the Department of Environmental Conservation); and the continuation of environmental testing and toxicologic and epidemiologic health studies (to be conducted by the Department of Health).
Toxicological Investigation
Since March 1978, the State Health Department's Division of Laboratories and Research has carried out more than 6,000 analyses of environmental and biological samples associated with the Love Canal.
The U.S. Environmental Protection Agency also conducted extensive air, water and soil sampling in homes and yards throughout the Love Canal neighborhood, following a federal emergency declaration in May 1980.
The primary goals motivating all of the environmental and toxicological studies are: to identify the chemical compounds present in the Love Canal environment; to establish whether the kind or degree of chemical exposure bears a relationship to observed health effects; to determine the extent and means of chemical migration outward from the landfill; to validate the efficacy of remedial construction work undertaken at the site; and to develop improved methodologies for analyzing toxics in environmental samples and biological specimens.
Extensive environmental testing also has been carried out in support of State and federal litigation and State petitions for federal financial aid.
While the Love Canal toxicological study is far from complete and the answers to many of our questions remain elusive, the on-going investigation represents the most intensive effort ever undertaken to document the environmental and public health implications of previous inadequate methods of chemical waste disposal.
Laboratory analyses of soil and sediment samples from the Love Canal indicate the presence of more than 200 distinct organic chemical compounds; approximately 100 of these have been identified to date.
Dioxin (2,3,7,8 tetrachlorodibenzoparadioxin), considered one of the most toxic man-made compounds based on animal experimental studies, is one of the chemicals found in the landfill. Since dioxin (TCDD) is a contaminant byproduct formed during the manufacture of trichlorophenols (TCPs), its presence in the Love Canal was suspected when 200 tons of TCPs appeared on the list of chemicals buried at the site; its presence was confirmed in April 1979 using sophisticated analytical equipment at the University of Nebraska's Midwest Center for Mass Spectrometry. The Department of Health has since acquired the same type of mass spectrometer and formed its own dioxin analysis capability.
The highest level of dioxin quantified to date at the Love Canal is approximately 300 parts per billion (ppb) in a storm sewer adjoining the canal. Lesser concentrations also have been found in leachate collected from remedial holding tanks, soil samples from the canal and backyards of nearby homes and sediment and marine life of two creeks bordering the Love Canal neighborhood.
Although dioxin is of concern, it is impossible to determine whether it represents the major toxic hazard at the Love Canal until the absolute risks for each of the major chemical species found at the Love Canal are estimated. Given the complex milieu of chemical wastes deposited in the canal, there is also the possibility of antagonistic, additive or synergistic effects.
BY HOOKER CHEMICAL CORP. (1942-1953)*
Type of Waste | Physical State | Total Estimated Quantity-Tons | Container |
---|---|---|---|
Misc. acid chlorides other than benzoyl - includes acetyl, caprylyl, butyryl, nitro benzoyls | liquid and solid | 400 | drum |
Thionyl chloride and misc. sulfur/chlorine compounds | liquid and solid | 500 | drum |
Misc. chlorination - includes waxes, oils, naphthenes, aniline | liquid and solid | 1,000 | drum |
Dodecyl (Lauryl, Lorol) mercaptans (DDM), chlorides and misc. organic sulfur compounds | liquid and solid | 2,400 | drum |
Trichlorophenol (TCP) | liquid and solid | 200 | drum |
Benzoyl chlorides and benzo- trichlorides | liquid and solid | 800 | drum |
Metal chlorides | solid | 400 | drum |
Liquid disulfides (LDS/LDSN/BDS) and chlorotoluenes | liquid | 700 | drum |
Hexachlorocyclohexane (Lindane/BHC) | solid | 6,900 | drum and nonmetallic containers |
Chlorobenzenes | liquid and solid | 2,000 | drum and nonmetallic containers |
Benzylchlorides - includes benzyl chloride, benzyl alcohol, benzyl thiocyanate | solid | 2,400 | drum |
Sodium sulfide/sulfhydrates | solid | 2,000 | drum |
Misc. 10% of above | 2,000 | ||
TOTAL 21,800 | |||
*Interagency Task Force on Hazardous Wastes, Draft Report on Hazardous Waste Disposal in Erie and Niagara Counties, New York, March 1979 |
Chemical | Water & Leachate | Air | Soil & Sediment |
---|---|---|---|
Benzene | ID** | 522.7 µg/m3 | <0.1-0.8 µg/kg |
α-Benzene Hexachloride | 3.2 µg/l | 0.002-0.1 µg/m3 | ID |
β-Benzene Hexachloride | 38 µg/l | 3 µg/m3 | ID |
δ-Benzene Hexachloride | 6.9 µg/l | 0.4 µg/m3 | ID |
γ-Benzene Hexachloride (Lindane) |
50 µg/l | ID | 20 mg/gm |
Carbon Tetrachloride | ID | 5.0 µg/m3 | |
Chlorobenzene | 10 mg/l | 0.1-172 µg/m3 | 0.4-2.9 µg/kg |
Chloroform | 0.2-3.9 µg/l | 0.5-24.0 µg/m3 | 0.2-2.3 µg/kg |
Chlorotoluene | 75 mg/l | 0.008-7650 µg/m3 | ID |
Dichlorobenzene | 3 mg/l | <0.3-100.5 µg/m3 | 240 µg/kg |
Dichloroethane | 0.2-4.8 µg/l | <0.4-2 µg/kg | |
Dichlorotoluene | 95 µg/l | <18-74 µg/m3 | |
1,3-Hexachlorobutadiene (c-46) | 22-114 µg/m3 | ||
Pentachlorobenzene | 2.5 mg/l | 0.5 mg/m3 | 58 µg/kg |
Tetrachlorobenzene | 5 mg/l | 0.01-74 µg/m3 | 11-100 µg/kg |
Tetrachloroethylene | <0.3-0.8 µg/l | <0.2-52 µg/m3 | <0.3 µg/kg |
Tetrachlorotoluene | 1 mg/l | <0.01-0.97 µg/m3 | ID |
Trichlorobenzene | 52 µg/m3 | 0.03-84 µg/m3 | 34-64 µg/kg |
Trichloroethylene | 52 mg/l | 73 µg/m3 | ID |
Trichlorophenol | 0.1-11.3 µg/l | ID | 0.5-90 µg/kg |
Trichlorotoluene | 34 mg/l | 0.05-43.7 µg/m3 | ID |
Toluene | 250 mg/l | 0.1-6.2 mg/m3 | <0.l-l04 µg/kg |
Dioxin (TCDD) | 1.4-5.1 ppt | <2 ppt-312 ppt | |
1,2-Dichloroethylene | 0.1-0.1 µg/l | 334 µg/m3 | |
PCB | 0.64 mg/l | 2-6 ppm | |
Methylene Chloride | <0.3-0.3 µg/l | <0.7-11.6 µg/m3 | |
Bis (2-ethylhexyl) Phthalate | 8.1-24 µg/l | ||
* These analyses are a summation of work carried out by the Toxicology Institute, Division of Laboratories and Research, New York State Department of Health and various laboratories of the U.S. Environmental Protection Agency and their subcontractors. ** ID - Identified but not quantitated ug/l -microgram per liter |
To determine the extent of chemical migration into private residences, 800 basement air samples from 400 homes within a four block radius of the landfill were analyzed for seven chemical compounds: chloroform, benzene, trichloroethene, toluene, tetrachloroethene, chlorobenzene and chlorotoluene. The mapping of benzene air concentrations revealed no clear patterns of contamination. On the other hand, compounds not present in common household products, such as chlorobenzene and chlorotoluene showed definite clusters of contamination in homes immediately adjacent to the canal, with significantly less evidence of contamination further out. Special analytical equipment was employed to conduct continuous air monitoring of total toxic vapors over a period of several days in the basements of five homes near the canal. Results of these tests indicated that a sharp increase in toxic vapor levels occurs following a rainfall and may persist for two or three days. During excavation for the tile drainage system in the southern section of the canal, a geologic sand lense (thin sand strata) was discovered four feet below the surface, apparently intersecting the landfill from east to west. Since such highly permeable soil would be a likely path for chemical migration, samples were taken along the lense verifying the presence of more than 200 chemical compounds in the immediate canal area. Borings into the sand lense near a vacant residence that abuts the canal on 97th Street revealed that qualitatively obvious chemical contamination -- including trace amounts of dioxin -- had reached the eastern edge of 97th Street. The backyard sample nearest to the landfill registered 6.7 ppb of dioxin; the front sample showed 0.14 ppb. A sample taken directly across 97th Street in a line with the others failed to show detectable levels of dioxin or significant chemical contamination. Investigation of this phenomenon revealed that utility pipes underlying 97th Street were backfilled with clay rather than the usual gravel fill, apparently impeding further outward migration. To determine if chemicals were leaching from the landfill along former stream beds (swales) or underground utility pipe pathways (sewer and water lines, gas mains, etc.), more than 500 samples from seven soil horizons were taken from six major transects cut through former swales and roadways. Evaluation of these samples fails to show significant chemical migration. Chemical analysis of transects cut through the major swale gives evidence of trace contamination in the fill dirt above the old stream bed surface, and no contamination at or below the swale surface. Since any water conducted along the swale presumably would be perched above the previous swale surface -- and indeed perched waters were observed -- the department is investigating the theory that contamination in the upper layers of the stream beds may be due to use of contaminated fill dirt brought in to level low-lying swale areas prior to home building. Soil classification reveals that utility lines are buried in high clay content soils from trench excavation as opposed to sand or gravel fill, thus making the roadways walls of clay and potential barriers to chemical migration. The only exception to this observation is Frontier Avenue where utility lines were infilled with gravel and chemical migration along this permeable bedding was evident. The Love Canal leachate collection system has been extended across Frontier Avenue to cut off further migration of chemical wastes from this source. The Health Department Toxicology Institute is currently engaged in chemical analyses of more than 3,600 soil samples collected from 594 homes whose residents were included in the Department's case-control epidemiological health studies. The objective of this large-scale sampling program is to attempt to identify a chemical or group of chemicals that may have some correlation with fetotoxic events documented by health investigators. Included in the study are homes directly adjacent to the Love Canal landfill, residences in outlying areas (including the area north of Colvin Boulevard) and homes built on historically "wet" and "dry" properties. Six to seven samples from each residence, characteristic of distinct soil horizons in the area, are being screened for chemical contamination using two methods --thin layer chromatography and gas chromatography with electron capture detection. Samples with high contamination readings will be subjected to more exacting analysis using mass spectrometry. Of the 594 surface soil samples collected, 553 or 93 percent have been analyzed by gas chromatography to date and integrated into the Love Canal computer data base. Eight percent (247 out of 3,046) of the subsurface samples have been completed. The data base includes the concentrations in parts per million (ppm) of 13 specific compounds as well as a measure of total organic halogens in each sample. The distributions of total chemical concentrations are given in Table III. None of the residential soil samples analyzed thus far has shown anywhere near the total contamination found in some samples taken directly from the sand lense which transects the Love Canal landfill. The compounds comprising the total chemical concentration also vary greatly from sample to sample and include many unidentified compounds which may or may not be related to Love Canal dumping. The identification and sources of soil contaminants must be accurately determined before the soil test data can be related to the epidemiological findings. In association with this study, Health Department scientists are also undertaking several basic research projects aimed at enhancing the understanding of organic chemical interaction with, and movement through, different soil types. *The total concentration is the area of the gas chromotographic tracing multiplied by the lindane response factor which converts lindane response in area to parts per million. Certain regions of the tracing corresponding to extraneous factors such as solvents are not included. <93rd Street School Study: Initial radiation scans of the 93rd Street schoolyard in 1978 picked up slightly higher than normal background readings. Evaluation of detailed follow-up sampling on school property, however, failed to show significant chemical or radioactive contamination. The results also confirmed other evidence that contaminated fill dirt, rather than underground leaching of chemicals, may be responsible for isolated low-level contamination identified in some outlying areas. Some hexachlorocyclohexane contamination was found in the homeplate area of the school baseball diamond. Further investigation demonstrated the presence of a fly ash fill layer under the topsoil with some sporadic, low-level lindane contamination registered. The fly ash was found to contain 380 parts per trillion (ppt) of dioxin, consistent with levels found in fly ash from municipal incinerators. At the request of concerned homeowners, soil samples collected near the 93rd Street School and south of Colvin Boulevard were tested for beryllium, a usually nonradioactive light metal used in the production of rocket fuel. Beryllium levels in such samples ranged from 0 to 7 ppm, consistent with normal concentrations associated with the earth's crust. These two contamination sources, along with the majority of contaminated sumps in vacant homes bordering the canal, have now been cut off from the storm sewer system and the barrier drain constructed around the canal should prevent further storm sewer contamination. In conjunction with the storm sewer study, holes were bored in a low spot at the site of a former pond near 100th and 101st streets to determine if underground pools of chemicals could be leaching into storm sewers; no excess chemical contamination was found. Monitoring of the leachate treatment plant also represents a major on-going State responsibility. Samples of plant influent and effluent must regularly be tested for pollutants, specific Love Canal chemicals and other physical parameters to assure that the system is functioning properly. Evaluation of organic sludge and spent carbon beds also must be carried out on a routine basis. In one such experiment, 30 pregnant rats were placed in the basement of a home directly abutting the landfill for the 21-day gestation period. Fifteen of the rats were exposed to contaminated basement air; the other 15 which served as a control group, received air that was filtered through activated carbon to remove organic chemicals. Examination of fetuses in both groups one day prior to term failed to show any statistically significant differences in such teratologic indicators as: numbers of fetuses, body weight, number of resorption sites, skeletal and soft tissue status. Blood chemistries, organ weights and tissue pathology of pregnant dams in both groups also showed no significant variation. It should be noted that this experiment was carried out in April 1979, after installation of the leachate collection system in the southern canal section and
that pollutant concentrations in the basement air were in some cases as much as 100 times lower than air samples taken in 1978. In another study, 32 experimental mice were exposed to volatile chemicals from Love Canal surface soil for 90 days. Highly contaminated soil from the southern portion of the landfill was placed in mouse cages in such a way that mice would be constantly exposed to the soil vapors but could not touch or eat the material. Another 30 mice, used as a control group, were treated identically but had no Love Canal soil placed in their cages. At the end of each 30 day period, 10 experiment and 10 control mice were killed and extensively examined using histopathology and clinical chemistry techniques. These studies indicated that constant inhalation of soil vapors did not produce any severe toxic symptoms in mice, apart from transient behavioral effects and an increase in liver, thymus and spleen weights. The exposed mice developed ruffled fur coats and exhibited a two-to-three day period of hyperactivity each time fresh Love Canal soil was placed in the cages. There were, however, no consistent alterations in body weight, food consumption, blood cell counts, histopathology and kidney or adrenal weights. In a third study, Love Canal soil extract was administered to pregnant rats at three dose levels during the 6th to 15th day of gestation. Rats were killed one day prior to term and the fetuses examined for teratological effects. At the highest dose used, 150 mg/kg, a large number (70 percent) of the dams died. However, examination of 1,200 rat fetuses from this study revealed no severe soil-extract-related teratological effects, with the exception of a dose-related decrease in body weight. In summary, Health Department animal studies related to the Love Canal landfill have not documented any consistent pattern of toxic effects from volatile and nonvolatile components of contaminated surface soils. Animal studies are continuing with other Love Canal samples, including leachate, to gain a more complete assessment of the toxic potential of the Love Canal environment. All of the State Health Department's previous, on-going and planned
epidemiological studies at Love Canal are motivated by a single concern: to
determine the nature, degree and source of excessive health risks, if any, faced by
persons who presently or ever lived near the landfill.
This concern stems from the knowledge that many of the more than 100 chemicals identified in soil, sump and air samples at the Love Canal are capable of causing acute and chronic toxic reactions in man (see Table 1). For example, long-term exposure to benzene has been shown to cause leukemia and suppress bone marrow function; when ingested in sufficient quantity, lindane can cause convulsions; chloroform and carbon tetrachloride can cause liver damage; and dioxin -- one of the most toxic chemicals known to man -- has been linked to cancer and birth malformations in laboratory animals. Thus, varied health studies carried out by Health Department researchers since 1978 have focused on the most likely indicators of acute and chronic chemical toxicity, including: reproductive outcome, liver function, respiratory ailments, convulsive disorders, skin problems and cancer incidence. In the spring, summer and fall of 1978, staff of the department's Bureau of Environmental Epidemiology and Occupational Health conducted more than 11,100 field interviews in the Niagara County area, most involving residents of the Love Canal neighborhood, their physicians and control populations. A standard, 22-page questionnaire was administered, covering the subjects' health and medical histories and a diligent effort was made to corroborate all reports of illnesses through followup interviews with physicians and by consulting hospital and medical records. With the aid of local health personnel and technicians from Roswell Park Memorial Institute, 4,386 blood samples were obtained from 3,919 persons, involving 114,036 separate blood tests. Those tested were notified of results via their private physicians. Preliminary evaluation of liver function tests suggested that persons residing on 97th and 99th streets bordering the landfill may face a greater than expected risk of developing liver disease. None of the individuals with abnormal test results, who were examined by their family physicians, however, presented clinical evidence of liver disease. The Health Department presented this data on November 10, 1978 to an outside "blue ribbon" panel of experts in various fields of epidemiology, toxicology, hepatology, clinical and environmental medicine who concluded that the biochemical abnormalities detected did not represent a manifestation of liver disease. Repeat liver function tests for residents relocated from the canal showed a return to normal in most cases. Examination of the results of complete blood counts performed as part of the preliminary health survey indicated that the incidence of blood cell disorders including anemia was within expected limits for the population under study. cancer, spontaneous abortions, liver dysfunction Since air-borne contamination is another likely route of exposure to Love Canal chemicals, the prevalence of various asthmatic and other respiratory conditions was weighed. Studies to date have failed to indicate any excessive incidence of respiratory diseases or disorders among Love Canal residents. Using the Health Department's statewide cancer registry to examine all malignancies reported from the Love Canal census tract between 1955 and 1977, researchers found no apparent excess of any form of cancer among Love Canal residents. Health Department epidemiologists also failed to find an excessive incidence of convulsive disorders within the Love Canal population. While such retrospective epidemiological surveys represent an important source of health data, it is important to point out several inherent shortcomings of such studies in determining potential adverse health effects attributable to chemical exposure: only the prevalence of disease, not the overall incidence of disease can be assessed; the effects of previous chemical exposure within the study population may not yet be observable since there is a latency period in many diseases, which can be 20 to 30 years in the case of cancer. The Department will continue to attempt to identify previous residents of the Love Canal area to determine the true incidence of cancer and other chronic diseases. For comparison purposes, expected numbers of spontaneous abortions were derived from a report of Warburton and Fraser (D. Warburton, F.C. Fraser, Am. J. Human Genetics 16, 1 (1963)), which illustrated the frequency of miscarriages among 6,000 pregnancies experienced by women living in Canada, tabulated by both birth order and maternal age at conception. It should be noted that the Warburton/Fraser model is considered by many researchers to represent a conservative estimate of the incidence of miscarriages within the general population. Because of possible social and other demographic differences between the Canadian population and Love Canal women, a second control population was selected in a neighborhood just outside the Love Canal area (north of Colvin Boulevard). While this second control group had many demographic, social and other similarities to its Love Canal counterpart, it also had certain limitations, including the possibility that chemical contamination from the canal may have reached out to this neighborhood as well. Were this true, it might lessen the extent to which the rate of abnormal reproductive events among Love Canal women appeared to deviate from the expected. The pregnancy outcomes of these two control groups were compared with those of women living immediately adjacent to the Love Canal (99th and 97th streets) and women living on historically dry lots or sections that had previously been under water or in the pathway of creeks that flowed through the area. *Houses on the Canal The pregnancy histories and outcomes of all women living in the general Love Canal vicinity as of June 1978 were examined, both prior to and following residence near the landfill. Table II summarizes the pertinent information concerning the age distribution and pregnancy histories of females in four sections of the Love Canal (97th and 99th streets and the water and non water sections) and the north of Colvin Boulevard control group. Over 98 percent of the population in each section was white, and no single ethnic group predominated. The same questionnaire was used throughout the investigation. Questions relating to the past health, therapeutic, social, occupational and pregnancy histories were obtained from all adult (and, where pertinent, child) residents in the course of a seven-month door-to-door survey. The field personnel administering the questionnaires remained constant throughout the study and had no prior knowledge of the specific hypotheses under investigation. Completed questionnaires were reviewed for completeness and possible inconsistencies by two groups of experienced supervisors, and subsequently by members of the department's statistical unit. An effort was made to confirm all reports of untoward reproductive outcomes through physician interviews and by checking vital and medical records. Birth certificate information for all infants born to women from the Love Canal area was obtained from the department's Office of Vital Records. Birth weights were verified, and any infant weighing less than five pounds, eight ounces was considered a low birth weight infant. The proportion of low birth weight infants at Love Canal was compared with that for all of upstate New York during the period 1950-1977. Table III describes the medically confirmed birth defects that occurred among children born to all women in the study group. When the ratio of congenital defects to live births was calculated and compared with control data, no significant excess of congenital defects was discerned in any of the Love Canal sections under study, with the possible exception of wetland homes, and then only when compared with historically dry properties (see Table IV). The import of this observation is questionable, however, due to the small number of birth defects involved. Similarly, historically wet properties were the only study areas in which there was a statistically significant excess of low birth weight babies. Compared with the other study populations, the relative risk of bearing a low birth weight infant was about 2.2 times greater for women living in homes on former wetlands. As shown in Table IV, there was only one low birth weight infant among the 65 births occurring among residents living directly adjacent to the Love Canal. Statistical methods were employed to calculate the observed-vs.-expected ratios of spontaneous abortions to pregnancies to determine whether any significant excess of miscarriages may have occurred among any of the study populations. As shown in Table V, these analyses indicate that there may have been a slight excess of miscarriages among women living on 99th Street and those residing in historically wet sections of the Love Canal neighborhood. No single month or season of the year predominated for the occurrence of spontaneous abortions or births of children with congenital defects. Analysis of the mean age at which pregnant women had moved into each of the four study areas also showed no significant difference. Evaluations indicated, however, that women living on 99th Street and in the traditional wet areas had, on the average, resided near the canal for a longer period during their childbearing years. The mean years of residence (during ages 15-44) for each study group was: 99th Street - 13.0; 97th Street - 9.4 years; water areas - 13.6 years; non water areas -10.4 years; and north of Colvin Boulevard - 12.6 years. Collectively, these findings point to a slight to moderate excess of spontaneous abortions and low birth weight infants occuring in households on 99th Street bordering the landfill and in homes built on former wetlands in the canal area. *Houses on the Canal *Houses on the Canal An interesting phenomenon surfaced when researchers examined the percentage of pregnancies that resulted in spontaneous abortions during each of the past three decades among the various Love Canal study populations. The higher than expected number of miscarriages among 99th Street residents occurred between 1958 and 1964. A similar pattern is evident in the historic water areas; the highest percent of spontaneous abortions took place between 1959 and 1970. The apparent absence of an excessive number of miscarriages on 97th Street, adjacent to the canal, might be partially explained by the fact that many of the houses on this street were not built until the late 1960s and early 1970s. In contrast, the vast majority of homes on 99th Street were occupied by the early 1960s. Interestingly, the rise in spontaneous abortions occurring in the historic water areas began less than one year after landfilling was largely completed in the general area, which may serve to support the theory that contaminated fill dirt from the canal was used to level low-lying swale areas. It has not yet been possible to correlate the geographic distribution of adverse pregnancy outcomes since 1950 with direct evidence of chemical exposure as measured in 1978 and 1979. The department's Division of Laboratories and Research is currently analyzing more than 3,600 soil samples taken from each of the 600 homes included in the pregnancy outcome study in an effort to identify a chemical or group of chemicals that may have been responsible for documented fetotoxic events in the canal area. To address this question, the Health Department's Bureau of Environmental Epidemiology and Occupational Health is searching out an estimated 2,500 people who once lived in the Love Canal neighborhood and moved away. This search is national in scope; it will probably take at least another two years to complete. Thus far, about one-third of the target population has been located. Each former resident is being asked to complete a comprehensive questionnaire dealing with current and past health and medical history. Our investigations dealing with the Love Canal also raised many important public health issues concerning the health implications of residence in communities that are highly industrialized and have large numbers of chemical dump sites. The department's Bureau of Environmental Epidemiology and Occupational Health is, therefore, conducting a series of investigations in Niagara and Erie counties to determine whether there are any unusual patterns of cancer or an excessive rate of miscarriages and other adverse pregnancy outcomes in these areas. Information from these studies will provide an essential data base for use in interpreting future environmental disasters of this type and for designing surveillance programs to monitor potential environmentally-related health hazards throughout the State. The lesson of the Love Canal with respect to health impact assessment is clear: existing data banks do not yield sufficient scientific information in the time frame needed for policy decision making. Data needed to evaluate health impacts of chemical exposure must be collected through time-consuming interviews with the exposed population, and by consultation with physicians and verification of hospital records. The end result is that such studies take years to complete. Two bills which were enacted during the 1980 legislative session, the "Environmental Disease Registry" law and the "Right to Know" law provide the statutory basis for the development and implementation of a comprehensive epidemiological surveillance and research program to monitor the health impact of environmental and occupational exposure to toxic agents. The Health Department is working with the State Public Health Council to develop and put in place the regulations needed to require the reporting of pertinent data. Computerized analyses of these data will facilitate the accurate and timely evaluation of suspected health hazards in communities and areas throughout the State, thus providing government with the information necessary for making decisions about environmental problems. The surveillance program, as proposed, will create a new data base of environmental and occupational exposures to toxic substances. The three principal elements of the program are: Long-term surveillance of exposed populations will also enable us to develop much needed information concerning the dosage and induction period for known human carcinogens. At present, we are totally dependent on animal models for these determinations, and these observations may not be transferable to humans. The ability to provide scientifically sound information regarding acceptable dose levels could have a positive impact on both government and industry, which now must proceed on the basis of stringent requirements extrapolated almost entirely from animal experimentation. The surveillance program also proposes creation of an exposure registry which will allow epidemiologists to identify and follow exposed populations at risk from various diseases. Currently, such studies of disease associated with chemical exposure are very difficult to conduct because of the general inadequacies and inconsistencies of industrial exposure records. The adoption of this surveillance program will permit the department to respond swiftly and expertly to requests for health impact assessments following exposure to toxic substances, and provide government policymakers with timely and sound scientific analyses of the evidence gathered. In January 1980, the Biogenics Corporation of Houston, under contract with the federal Environmental Protection Agency, carried out a cytogenetic study involving analysis of blood specimens from 36 Love Canal residents. The chromosomes in 11 of the 36 individuals tested were regarded somewhat abnormal by the researchers. This study is considered controversial by many medical experts due to the small number of subjects tested and the absence of a contemporary control population. A neurologist at the State University of New York at Buffalo undertook a nerve conduction study of a small number of Love Canal residents in the spring of 1980. The results of this study were essentially negative, with no statistically significant differences detected between nerve conduction velocity in the 35 Love Canal residents tested and a matched control group of 20 persons living elsewhere. An informal survey of pregnancy outcomes and chronic disease incidence was conducted by a medical consultant to the Love Canal Homeowners Association and reported in testimony on March 21, 1979, before the House Subcommittee on Oversight and Investigations. The excessive rates of fetotoxic events and disease incidence directly attributed to chemical pollution in this study have been questioned by epidemiologists due to the lack of adequate control groups, and failure to medically validate anecdotal information reported on questionnaires. Ronald Altman, M.D. Heinz Berendes, M .D. Philip J . Landrigan, M.D. Norton Nelson, Ph .D. Robert W. Miller, M.D. Robert L. Raleigh, M.D. Dr. Bernard Goldstein Hans Popper, M.D. Charles Davidson, M.D. Dr . Hans L. Falk Donald Grant, Ph.D. Clark W. Heath, Jr., M.D. Joseph Fraumeni, M.D. Dr. Gabriel Plaa Carroll M. Leevy, M.D. Felix Wroblewski, M.D. Following issuance of the Commissioner of Health's August 2, 1978 emergency health Order, the Department of Environmental Conservation assumed overall responsibility for remedial construction work at the Love Canal landfill. The Department's specific responsibilities included: review and approval of detailed plans for remedial construction efforts undertaken by the City of Niagara Falls; on-site environmental monitors for the construction activity at the Love Canal site; and consultation with federal, State and local agencies on the development of long-range engineering needs and solutions. The Department of Environmental Conservation's concern over the Love Canal situation dates back to September 1976, when DEC engineers first visited the site to investigate the suspected discharge of Mirex by Hooker Chemical and Plastics Corporation. Based on preliminary test data from sewer water samples, the Department strongly urged the City of Niagara Falls to hire a consultant to conduct a hydrogeological investigation of the site and to develop a conceptual pollution abatement system; this report was completed by Calspan Corporation of Buffalo in August 1977 and reviewed by DEC staff. Preliminary work indicated the need for more intensive investigations, and in October 1977, the Department of Environmental Conservation sought the assistance of the U.S. Environmental Protection Agency in conducting an expanded study of groundwater pollution in the vicinity. The City of Niagara Falls, under emergency order by the State of New York, initiated efforts preliminary to remedial construction work in the southern portion of the Love Canal in spring 1978. A barrier drain and capping system was designed for the southern section by the consulting engineering firm of Conestoga-Rovers and Associates, in an effort to prevent more water from soaking into the chemical waste disposal area and to intercept contaminated groundwater migrating from the landfill. Remedial work commenced on the southern end of the canal on October 10, 1978, and was completed in October, 1979. By November, 1978, Department of Environmental Conservation personnel were engaged in negotiations with Conestoga-Rovers and Associates for development of a proposal and contract for continuation of remedial work in
the central and northern sectors of the canal and later for the development of performance specifications for an on-site leachate treatment plant. Construction operations under this proposal began May 29, 1979 and were substantially completed on December 10, 1979, with opening of the permanent leachate treatment facility at the Love Canal site. The barrier drain extends 12-20 feet below the surface into a clay substrata where perforated drain tile has been installed and backfilled with a permeable material. Due to the slope of the drainage system, the aqueous phase leachate migrating outward from the canal is gravity fed to several underground pumping chambers. This engineering design not only serves to lower the water table within the landfill, but also helps to achieve a reverse flow of underground water in the overburden immediately outside of the barrier drain system. All of the collected leachate is then pumped to an underground storage tank that acts as a reservoir for the on-site leachate treatment facility. The contaminated liquids are treated within the treatment plant by settling, filtration, and activated carbon. The effluent is then discharged into the municipal sanitary sewers for further processing by the City of Niagara Falls. The concentrated wastes or sludge, which arise from the settling operations, are pumped into a storage tank for accumulation and future disposal. Continuous testing of the effluent has indicated effective removal of toxic organic components. During the placement of the barrier drains, a series of lateral drains also was constructed in the landfill to hasten the dewatering process. A high clay content soil was used to cover the contaminated soils excavated from the drainage trenches. The purpose of this clay cover was to reduce volatilization of toxic compounds, prevent contaminated dust from blowing off the exposed excavated soils, and prevent rainfall from eroding or transporting contaminated soils away from the site. Once the installation of the drains was complete, the clay cover was increased to a thickness of three feet and contoured to direct all rainfall into surface drains leading away from the site, thereby reducing the amount of precipitation filtering into the canal and the amount of leachate generated in the collection system. In late 1980, the clay cap in the central and northern sectors
was covered with an additional six inches of topsoil and seeded with grass. A detailed community evacuation plan developed for construction on the southern zone, called for the stationing of approximately 50 school buses, police vehicles equipped with public address systems, an ambulance and a fire pumper with crew at the worksite during all working hours. This evacuation plan was scaled down during construction in the northern and central sectors based on experience in the southern portion. Approximately 170 monitoring wells were installed in grid-like fashion throughout the community to monitor any shallow or bedrock contamination. Large numbers of air and soil samples were collected for extensive chemical analysis. Efforts were undertaken to model the groundwater profile and to determine the direction of movement. The interpretation of this large data base is continuing and a final report of the findings is expected sometime in 1981. The Department of Environmental Conservation is asking that the federal Environmental Protection Agency design and conduct remedial efforts to eliminate contamination of storm sewers which lie outside of the barrier drain system. In effect, the storm sewer lines would be plugged in the vicinity of the four corners of the Love Canal. Contaminated sediment would be removed for burial in a chemically secure landfill and the sewer lines would be tied to the existing barrier drain to create an expanded leachate collection system. The surface waters would be directed to storm sewer lines in neighboring streets. Other problems still to be addressed include the clean-up of toxic contamination (including dioxin) in Black and Berkholtz creeks near the canal; evaluation of new disposal technologies for destruction of waste sludge generated at the Love Canal treatment facility and currently stored on-site; and site restoration, including demolition of vacant homes directly abutting the landfill. The State Department of Transportation, with assistance from other task force agencies, coordinated the Love Canal relocation process, including temporary relocation of residents and purchase of area homes. The day following the Commissioner of Health's August 2, 1978, Order recommending temporary relocation of pregnant women and children under two years of age from the first two rings of homes, interviewers from the regional offices of the departments of Transportation and Social Services opened an on-site relocation assistance office at the 99th Street School. On August 7, the Governor expanded the State's relocation effort, directing permanent evacuation of all homes in the two rings immediately adjacent to the Canal regardless of family makeup. This directive called for the immediate relocation of 239 families to interim housing, a subsequent move to permanent housing of their choice, and provision of all relocation benefits which normally accompany State acquisition of right-of-way. The relocation effort was to be carried out with minimum economic burden to the affected families. To accomplish this unprecedented undertaking, personnel with real property experience from around the State were called in to inventory available housing, interview residents to determine housing needs, survey and appraise homes, arrange for families to rent and move into temporary housing, provide security for the empty houses, purchase the 239 Love Canal homes in Rings I and II at fair market value, and help families make the move to permanent housing. The American Red Cross, the Salvation Army and the United Way of Niagara Falls also assisted in the relocation. By January 1979, virtually all families living in Rings I and II had been temporarily relocated, and 232 purchase agreements had been signed by the State with the owners of eligible Love Canal properties. To further assist Love Canal homeowners and help stabilize the area, the State approved a $1.2 million support program, including $1 million in State aid for a five-year graduated property tax relief program and a $200,000 contract with United Way of Niagara Falls to provide psychological and family counseling for area residents. Based on continuing evaluation of environmental and health data, the Department of Health, on February 8, 1979, issued a supplemental order recommending that all pregnant women and children under the age of two (residing between 97th Street and 103rd Street and from Frontier Avenue north to Colvin Boulevard) be temporarily relocated away from the area. The Governor modified the order to apply to entire families with pregnant women or young children and to include residents of the LaSalle Development, a low income housing project west of the Love Canal. Approximately 49 families became eligible for this temporary relocation and, of these, 45 were temporarily moved from the area at their request. In response to a Show Cause Order filed by the Homeowners Association, a State Supreme Court Justice, in June 1979, ordered temporary relocation at State expense for area residents who claimed to be suffering illness or having breathing difficulties associated with site excavation work to lay the peripheral drains around the landfill. Throughout the summer and fall, particularly on smoggy days, varying numbers of area residents requested and were given temporary relocation to hotels or to nearby Niagara University because of such alleged illness or discomfort. During July 1979, heavy rains, accompanied by hot, humid weather resulted in widespread chemical odors emanating from the landfill. The remedial construction project was proceeding in the central and northern sectors and extensive repair work was being done on the southern sector. On August 24, the Homeowners Association Board of Directors met with the State Commissioner of Environmental Conservation to discuss their concerns that, as a consequence of the remedial construction, chemicals were being volatilized into the air, causing many area residents to experience acute respiratory symptoms. The Commissioner agreed to modify the site safety plan and to restrict the time during which contaminated soils would be exposed to the atmosphere during excavation work. In the following few days, 45 persons checked into area hotels complaining of illness. By September 1, 1979, the number of Love Canal residents in hotels had grown to over 200; a total of 230 people spent all or part of Labor Day weekend at the Stella Niagara House, while an additional 100 people reportedly stayed with relatives. The State attempted to establish a policy, effective September 11, requiring a written physician's statement pertaining to illness for any resident seeking 48- hour relocation due to Love Canal remedial construction work. Residents subsequently complained that area doctors refused to provide such written statements. The State Health Department rejected 112 statements signed by the same physician on the same day, all citing "acute depression" as the reason for relocation. On September 13, the State Supreme Court instructed the State task force to continue relocating elderly and severely ill Love Canal residents without the required medical certification and to extend temporary relocation to September 18, 1979, for the 112 individuals whose physicians' statements had been rejected to allow such individuals to obtain and submit credible physicians' statements. The number of persons in hotels stabilized by September 19 at about 425 individuals, all of whom had submitted physicians' affidavits which were acceptable to the State Health Department. The cost to the State for food and lodging of these individuals reached approximately $7,500 per day during September. By mid-October 1979, three relocation programs were in progress at the Love Canal, with the following status: On November 5, the last of the deep excavations at the construction site was completed and the temporary relocation program ordered by the Supreme Court was terminated; residents in hotels were notified that temporary housing in hotels would no longer be provided at State expense. In response to a request from the Governor, President Carter declared a second federal emergency at Love Canal on May 22, 1980, paving the way for federal aid to relocate the more than 700 families who still lived near the former toxic waste dump. Under the terms of the presidential order, the federal government would pay for the evacuation and temporary housing of such families until it was determined whether the area was safe for their return. Stating that the federal declaration did not go far enough, the Governor again asked for outright federal purchase of Love Canal homes. The White House responded that permanent relocation was not provided for under the Federal Disaster Relief Act and the cost of temporary housing could be borne only up to one year. There was also a provision for State sharing of costs. On May 23, temporary relocation of Love Canal families to area hotels began for the third time. Within three days, the State Department of Transportation relocation team, again activated, reported that 338 applications for relocation had been received; 184 families had been relocated into hotels and 10 more into private accommodations. On July 3, 1980, the U.S. Congress approved emergency appropriations allowing the President to spend up to $20 million on relocation of Love Canal area families. The measure was an amendment to the Emergency Appropriations Bill (co-sponsored by Senators Javits and Moynihan of New York) which removed legal barriers to federal participation in permanent relocation. Following several weeks of negotiations, terms of a State/federal financial agreement were finalized. The federal government would provide a $7.5 million grant and a $7.5 million advance to New York State for the acquisition of Love Canal properties. The $15 million total would be administered by the previously created Love Canal Area Revitalization Agency, which would act as agent for purchase of eligible properties and direct the revitalization of the area. This unprecedented agreement was signed by the Governor and President on October 2, 1980, at ceremonies in Niagara Falls. On November 14, 1980, the third temporary relocation program ceased and on the following day the first closing under the State/federal buy-out program of Love Canal homes took place. By April 16, 1981, 257 homes out of a possible 550 had been purchased and 132 families who formerly lived in the LaSalle Housing Development had been permanently relocated. In the aftermath of the Love Canal environmental emergency, numerous lawsuits were filed by people claiming to have suffered health and financial losses as a result of the landfill. More than 640 residents of the Love Canal area have filed lawsuits against Hooker Chemical & Plastics Corporation in the Supreme Court, Niagara County. The dollar claims in these lawsuits total between $12 and $14 billion dollars in damages. About five percent of these claimants also have filed Notices of Intent to File Claim in the New York State Court of Claims, a preliminary step in claiming monetary damages from the State of New York; 50 of these Notices of Intent claim a specific amount of damage from the State, which alone totals $232,000,000. Most of these claims are based on alleged negligence and nuisance conditions, including allegations of the State's failure to inspect specific sites or conditions or to warn residents of potential health hazards. Prior to the commencement of each phase of the Love Canal remedial construction work, a group of individual residents and the Love Canal Homeowner's Association sought to obtain an injunction against the State to preclude construction work until all residents were moved from the area. These actions were largely unsuccessful, however, temporary relocation was ordered for residents who presented physicians' statements certifying health problems which could be aggravated by construction activities. In December 1979, the U.S . Department of Justice filed a lawsuit against Hooker Chemical & Plastics Corporation for damage to the environment due to Love Canal as well as financial damages incurred by the United States for necessary emergency measures. The claims asserted by the federal government cite violations of the Resource Conservation and Recovery Act, the Clean Water Act, the Federal Common Law of Nuisance, the Safe Drinking Water Act and the Rivers and Harbors Act. In addition to monetary damages the case seeks injunctive relief which would require Hooker Chemical Corp. to clean up toxic substances which have migrated from the landfill and to prevent further chemical migration from the site. The State of New York initially filed its claims against Hooker Chemical on April 29, 1980, in New York State Supreme Court. The original $635 million State suit was seeking recovery of up to $95 million incurred by New York State in taking emergency action at the Love Canal; $250 million for injury to air, land and water resources of the State; and an added $250 million in punitive damages. As a result of a joinder motion by Hooker Chemical, granted in U.S. District Court, the State of New York and others became parties to the federal action. This ultimately resulted in the State lawsuit being stayed, pending resolution of similar issues in the federal action. The Love Canal action now pending before the U .S. District Court for the Western District of New York is currently in the discovery phase. New York State, initially joined as a defendant in the federal suit, is now a co-plaintiff with the United States Government as a result of its motion to realign being granted in U.S. District Court. The current status of parties in the joint action is as follows: The United States of America Hooker Chemical & Plastics Corp.; In February 1980 the United States government served a subpoena duces tecum upon the State Health Commissioner requiring him to produce numerous documents related to the Love Canal, including health records of Love Canal residents obtained under promise of confidentiality for use in Health Department health studies. The Department of Health objected to the production of these records on the grounds that such would constitute a breach of the promise of confidentiality. While the U.S. District Court has not decided the issue, the judge has granted the Health Department a time extension to seek permission from the residents themselves for release of their confidential medical records. DOT - NYS Department of Transportation <13149 Introduced by COMMITTEE ON RULES - read once and referred to the Committee on Ways and Means The People of the State of New York, represented in Senate and Assembly, do enact as follows: 1 Section 1. Article thirteen of the public health law is hereby amended by EXPLANATION- Matter in italics is new; matter in brackets [ ] is old law to be omitted. CDC-Center for Disease Control <1940s - Residents complain of fly ash in the air due to dumping in canal (anecdotal). <1950s - Complaints abate after canal is covered with dirt (anecdotal).DISTRIBUTIONS OF TOTAL CONCENTRATIONS OF ELECTRON CAPTURE ACTIVE COMPOUNDS IN RESIDENTIAL SOIL SAMPLES
Range of Total Concentration*
Percent of Surface Samples in the Given Range
Percent of Subsurface Samples in the Given Range
0.0 to 0.5
15.2%
85.8%
0.5 to 1.0
20.8%
6.9%
1.0 to 5.0
46.7%
5.7%
5.0 to 10.0
5.6%
1.2%
10.0 to 50.0
10.1%
0.4%
50.0 and above
1.6%
0.0%
Epidemiologic Studies
Potential Health Effects of Chemical Compounds Identified at Love Canal
Compound
Acute Effects
Chronic Effects
benzaldehydes
allergen
benzene
narcosis
skin irritantacute leukemia
aplastic anemia
pancytopenia
chronic lymphatic leukemia
lymphomas (probable)
benzoic acid
skin irritant
carbon tetrachloride
narcosis
hepatitis
renal damage liver tumors (possible)
chloroform
central nervous narcosis
skin irritant
respiratory irritant
gastrointestinal symptoms
dibromoethane
skin irritant
dioxin
chloracne
nervous system disorders
psychologic abnormalities
(indicated in animal studies)
lindane
convulsions
high white cell counts
methylene chloride
anesthesia (increased carboxy
hemoglobin)respiratory distress
death
trichloroethylene
central nervous depression
skin irritant
liver damageparalysis of fingers
respiratory and cardiac arrest
visual defects
deafness
toluene
narcosis (more powerful than
benzene)anemia (possible)
leukopenia (possible)Pregnancy Histories and Age Distribution
Female Residents of Specified Sections of the Love Canal and North of Colvin Area
Pregnancy History at Present Address
99th*
97th*
Water
Non-
WaterNorth
of
Colvin
Women Ever Pregnant
Number of Pregnancies**
(Sets of Twins)22
50
(1)20
2949
108
(2)98
164
(2)66
125
Women with Live Births
Number of Live Births21
3919
2644
8392
14464
110
Women with Miscarriages
Number of Miscarriages7
123
316
2516
2111
11
Women with Birth Defect Child
Number of Birth Defect Children4
40
07
107
77
8
Women with Low Birth Weight Child
Number of Low Birth Weight Children1
10
010
136
113
3
Women with Stillbirths
Number of Stillbirths0
00
02
21
13
4
Women with No Unfavorable+ Event
Women with an Unfavorable+ Event14
817
322
2770
2845
21
Age (years) of Females
Total++
89
90
208
474
343
0-14
26
29
49
138
62
15-29
14
27
65
121
90
30-44
20
17
35
96
62
45-59
21
15
44
73
86
60 and older
8
2
14
45
34
**Number of Pregnancies = (Live Births + Miscarriages + Stillbirths) Minus Twins
+Unfavorable Event: Miscarriage, Birth Defect Child, Stillbirth or Low Birth Weight Child
++Total Includes Age UnknownDocumented Congenital Defects Among Children Born in Specified Areas of Love Canal and North of Colvin Area
Location
Type of MalformationSex
Location
Type of MalformationSex
97th & 99th STREETS*
Non-Water Area
Congenital deafness
M
Inverted testicle
M
Reflux of ureters
F
Absence of deciduous teeth
M
Cleft palate, deformed ears and teeth, hearing defect,
mental retardation, heart defectF
Extra toe
M
Club foot
M
Obstruction of ureter
M
Disaccharide deficiency
M
No diaphragm
M
Severely retarded, eye defect,
teeth defectF
Water Area
North of Colvin
Prolapsed mitral valve
M
Hypospadias penis
M
Non-functioning Rt. hydronephrosis
F
Deformed kidney
F
Born with 3 ears
M
Incomplete left lip
F
Ears turned down
F
Hydrocephalic-slepian eye,
deafnessM
One kidney
F
Mongolism
F
Hydrocephalus
M
Diaphramic hernia
M
Club foot
F
Immature lungs, pulmonary
insufficiencyM
Web toes
F
Congenital dysplasia of left hip
F
Web toes
M
Web toes
F
Percent of Children with Low Birth Weight or Congenital
Defects, Born in Specified Areas of the Love Canal
Location
Live Births
Children with Low Birth Weight+
Children with Congenital Defects
Number Percent p** Number Percent p***
99th Street*
39
1
2.56
++
4
10.26
>.05
97th Street*
26
0
0.00
++
0
0.00
++
Rest of Love Canal Area
227
24
10.57
.017
17
7.49
>.05
Water
83
13
15.66
.001
10
12.05
>.05
Non Water
144
11
7.64
>.05
7
4.86
++
**Normal approximation, one-sided; sample proportion compared with population proportion 6.97 (Average for period 1950-1977, white births recorded in New York State, excluding New York City)
***Normal approximation, one-sided; north of Colvin control (7.27)
+Defined as <<2500 grams
++Observed was less than Population or ControlSpontaneous Abortion Ratios of Observed to Expected Numbers* For Specified Areas of the Love Canal Based on Two Comparison Groups
Area
Warburton & Fraser
Comparison GroupNorth of Colvin
Comparison Group
P
O/E
P+
O/E
99th Street**
.110
1.5
.007
6.0
97th Street**
***
0.7
>.05
1.2
Rest of Love Canal Area
>.05
1.1
.050
2.6
Water
.031
1.5
.007
3.4
Non Water
***
0.8
>.05
2.0
*Standardized for age and parity
**Houses on the canal
***Observed was less than expected
+Mantel-Haensel chi square (one-sided test)
Roy Albert, M.D.
Professor and Deputy Director
Institute of Environmental Medicine
New York University Medical Center
New York, New York
Director of Epidemiologic Services
New Jersey Department of Health
Trenton, New Jersey
Chief, Contraceptive Evaluation Branch
Center for Population Research
National Institute of Child Health
and Human Development
National Institutes of Health
Bethesda, Maryland
Director, Division of Surveillance Hazard
Evaluation and Field Studies
National Institute of Occupational
Safety and Health
Cincinnati, Ohio
Professor and Former Director
Institute of Environmental Medicine
New York University Medical Center
New York, New York
Chief, Clinical Epidemiology Branch
Division of Cancer Cause and Prevention
National Cancer Institute
Bethesda, Maryland
Director, Health and Safety Laboratory
Eastman Kodak Company
Rochester, New York
Professor of Medicine and
Environmental Medicine
New York University Medical Center
New York, New York
Professor Emeritus
Mt. Sinai Hospital
Fifth Avenue and 100th Street
New York, New YorkRaymond R. Suskind, M.D., Ph.D.
Department of Environmental Health
University of Cincinnati
Cincinnati, Ohio
Professor of Medicine
Harvard Medical School
Cambridge, Massachusetts
Associate Director
Office of Health Hazard Assessment
National Institute of Environmental
Health Sciences
Research Triangle Park,
North Carolina
Chief, Bureau of Chemical Safety
Department of Health and Welfare
Ottawa, Ontario
Canada
Director, Chronic Disease Division
Bureau of Epidemiology
Center for Disease Control
Atlanta, Georgia
Chief, Environmental Epidemiology Branch
National Cancer Institute
Bethesda, Maryland
Professor of Pharmacology
School of Medicine
University of Montreal
Montreal, Quebec
Canada
Professor of Medicine
College of Medicine
100 Bergen Street
Newark, New Jersey
Practicing Internist in New York City
& Research Scientist in the field
of Enzymology
755 Park Avenue
New York, New YorkRemedial Construction
Relocation Of Residents
Litigation
Plaintiffs-
The State of New York
Urban Development Corp. - Love Canal, Inc.
Defendants-
Hooker Chemical Corp.;
Occidental Petroleum Corp.;
The City of Niagara Falls;
The Niagara County Health Department
The Board of Education of the City of Niagara Falls
Total
CostDOT
DEC
DOH
UDC,DSS
Other NYSTotal
NYSCity of
Niagara Falls
Fencing & Security
.513
.513
-
-
-
.513
-
Temporary Housing & Relocation
2.985
2.985
-
-
-
2.985
-
Permanent Relocation & Acquisition
of homes in Rings 1 & 210.700
-
-
-
10.700
10.700
-
Acquisition of homes beyond Rings 1 & 2
20.000
15.000
-
-
5.000
20.000
-
Health & Environmental Testing & Services
10.959
-
.060
10.899
-
10.959
-
Remedial Construction
(Southern Section)8.048
-
-
-
-
-
8.048
Remedial Construction
(Northern & Central Sections)3.761
-
3.761
-
-
3.761
-
Leachate Treatment Facilities
1.851
-
1.851
-
-
1.851
-
Standby Evacuation Bus Service
.478
.478
-
-
-
.478
-
Human Services Grant (UWN)
.242
.242
-
-
-
.242
-
State Aid for Property Tax Relief
1.000
-
-
-
1.000
1.000
-
Homeowners Consultant
.040
.040
-
-
-
.040
-
State Payment to City of Niagara Falls
-
1.200
-
-
-
1.200
(1.200)
Salaries, Travel, Overtime, Other
1.002
.844
.111
-
.047
1.002
-
<$61.579
<21.302
<5.783
<10.899
<16.747
<$54.731
<6.848
Estimated Federal Participation
FEMA (FDAA)1
17.098
10.370
.500
10.870
6.228
USEPA
<4.000
<
<2.500
<1.500
<
<4.000
<
<$21.098
<10.370
<2.500
<2.000
<-0-
<$14.870
<6.228
1Does not include federal loan ($7.5 million) repayable by NYS with 8¼% interest.
DEC - NYS Department of Environmental Conservation
DOH - NYS Department of Health
DSS - NYS Department of Social Services
UDC - NYS Urban Development CorporationLegislation
2 adding a new title twelve, to read as follows:
3 TITLE XII
4 TOXIC SUBSTANCES
5 Section 1385. Legislative intent.
6 1386. Duties of the commissioner.
7 1387. Contracts.
8 1388. Powers of the commissioner; emergencies.
9 1389. Reports.
10 § 1385. Legislative intent. Sites formerly operated as landfills to dispose of toxic
11 substances are exposing the citizens of the state to unnecessary hazards, the duration
12 and extent of which is unknown. To develop a plan for the alleviation of these
13 conditions, it is necessary to conduct a study to determine the extent of such hazards.
14 The potential hazard believed to exist at a specific landfill site in the county of
15 Niagara, has precipitated the need for immediate action to authorize the department
16 of health to undertake such study and to conduct a pilot program to evaluate the effect
17 of individual corrective systems in affected residences.
18 § 1386. Duties of the commissioner. The commissioner of health shall conduct a
19 study of both the long and the short term effects of health hazards associated with
20 exposure to toxic substances emanating from certain landfills.
21 § 1387. Contracts. The commissioner of health is authorized to enter into
22 contracts and agreements with individuals, corporations and municipalities to
23 perform the study herein directed to alleviate the specific hazard to which the general
24 public or members thereto may be exposed as the result of toxic substances emanating
25 from landfills.
26 § 1388. Powers of the commissioner; emergencies. In case of great and imminent
27 peril to the health of the general public from such hazards as may be identified as
1 resulting from exposure to toxic substances emanating from landfills, the
2 commissioner may declare the existence of an emergency and take such measures and
3 do such acts as he may deem reasonably necessary and proper for the preservation
4 and protection of the public health.
5 § 1389. Reports. The commissioner of health shall make an initial report to the
6 governor and the legislature on or before September fifteenth, nineteen hundred
7 seventy-eight of his progress and a further report to the governor and the legislature on
8 or before September fifteenth, nineteen hundred eighty-one.
9 § 2. Appropriation. The sum of five hundred thousand dollars ($500,000), or
10 so much thereof as may be necessary, is hereby appropriated to the department
11 of health from any moneys in the state treasury in the general fund to the credit
12 of the state purposes fund not otherwise appropriated, for its expenses, including
13 personal service, maintenance and operation, in carrying out the provisions of
14 this act. Such moneys shall be made payable out of the state treasury after audit
15 by and on the warrant of the comptroller upon vouchers certified or approved
16 by the commissioner of health.
17 § 3. This act shall take effect immediately.Chronology
DOH-NYS Department of Health
DEC-NYS Department of Environmental Conservation
EPA-U .S. Environmental Protection Agency
FDAA-Federal Disaster Assistance Agency
FEMA-Federal Emergency Management Agency