Organization | • | Illinois State Water Survey | [X] |
| | 1: | | Title: | | | | | Volume/Number: | 1991 | | | | Issuing Agency: | | | | | Description: | Biweekly and total irrigation amounts and irrigation scheduling practices were monitored at representative sites in central Illinois during the 1988 and 1989 growing seasons. The purpose was to gather baseline information on average quantities of irrigation water used in normal and drought years and on the general efficiency of irrigation operations in the subhumid climate of Illinois. Soil water-holding capacity is the most important factor in determining irrigation amounts, explaining about 65 percent of the variability in irrigation totals. Other important factors in explaining irrigation variations include weather changes, individual farmer idiosyncrasies, and crop differences. In general, irrigation farmers in Illinois appear to be applying appropriate amounts of irrigation water at appropriate times in the growing season, based on their soil type, crop type, and total evaporative losses. | | | | Date Created: | 9 24 2004 | | | | Agency ID: | RR-118 | | | | ISL ID: | 000000000938 Original UID: 999999993981 FIRST WORD: Irrigation | |
| 2: | | Title: | | | | | Volume/Number: | 2003 | | | | Issuing Agency: | | | | | Description: | Soil organic carbon (SOC) sequestration is important to climate change and cropland agriculture. Crops naturally use the greenhouse gas, carbon dioxide (CO2), from the atmosphere; the greater the crop productivity, the greater the amount of CO2 used. Agronomic practices that enhance sequestration of crop biomass in soil as SOC also enhance removal of CO2 from the atmosphere, and improve and sustain soil fertility. To effectively reduce the concentration of CO2 in the atmosphere and mitigate climate change, sequestration of SOC must be long term, defined as decades or longer. This report presents a review and synthesis of scientific understanding of SOC sequestration, based on the history and genesis of soils and vegetation in Illinois, and the response of SOC and crops to agronomic practices. Recommendations for future cropland SOC research are made. The scientific literature is reviewed in light of the Illinois conditions affecting the five interactive soil-forming factors that are widely recognized (biology, parent material, climate, topography, and time). The literature also shows that human activity can be considered a sixth soil-forming factor. Native American land-use practices of whole ecosystem manipulation were important in governing soil formation and SOC contents in Illinois, as were the land-use practices of the settlers who displaced them. An important finding of this work is that to reduce the atmospheric CO2 content and sustain cropland agriculture, SOC must be sequestered throughout the soil profile. The modern literature reports SOC increases when tillage is changed from conventional to conservation tillage practices. However, SOC measurements are surficial, usually no more than the top 30 cm, with most of the C being sequestered in the top 15 cm. The unstated assumption in the modern literature is that surficial SOC changes represent all the SOC changes in the soil profile. This work shows that the SOC losses in the deeper soil layers may overwhelm surficial SOC increases. In order to assert that C is being sequestered in the soil, the whole-soil profile must be considered. It is recommended that future research into SOC sequestration be conducted from a whole-plant/whole-soil perspective in a soil genesis context using the following strategies. Mine the Literature. Most of the literature needed to provide the requisite whole-plant/whole-soil perspective and soil genesis context is scattered and not organized, summarized, or synthesized in the current SOC sequestration literature. The evolution of SOC sequestration research has been a narrowing of perspective away from the more holistic whole-plant/whole-soil perspective of the foundational agronomic literature to the perspective of the near-surface soil layer. This vast foundational literature needs to be located, restored, and incorporated with the current literature on crop rhizosphere and C and nutrient cycles throughout the whole-soil profile, soil genesis, soil fertility, subsoil amelioration, and other literatures to be organized, summarized, and synthesized into the SOC sequestration literature. Long-term Whole Plant/Whole Soil Monitoring and Assessment. Assessment of the effects of agronomic practices on SOC must be expanded to include the whole-soil profile. Improved estimates of presettlement soil SOC contents are needed to better assess SOC loss and SOC sequestration potential of Illinois' prairie and forest soils. The magnitude and swiftness with which natural factors govern SOC contents need to be better identified and quantified while incorporating a more comprehensive definition of soil aging along with consideration of presettlement and postsettlement anthropogenic landscape management practices as soil-forming factors. SOC Sequestration Research. Finally, research on how agronomic practices can increase SOC throughout the soil profile needs to be conducted from a whole-plant/whole-soil perspective in a soil genesis context. This report indicates that the optimal way to sequester SOC is to convert land back to native prairie, burn frequently, add fertilizers, and remove anthropogenic surface and subsurface drainage. Such an approach is not practical. Constraints on optimizing cropland SOC sequestration include: 1) the need to maintain good soil drainage in Illinois soils for timely spring planting that allows for growth of long-season corn hybrids and soybean varieties; and 2) maintaining soil-nutrient levels that do not result in water-quality issues. Within these constraints, the authors hypothesize that SOC sequestration can best be done by 1) developing balanced soil-fertility programs and other agronomic practices that restore soil nutrients to levels optimum for plant growth, promote movement of plant nutrients throughout the root zone using organic and/or inorganic carriers, and promote deep rooting of plants with minimal mechanical disturbance of the soil by tillage; and 2) developing chemical pest control programs that minimize the effects of pesticides on soil bacteria, and microfauna and macrofauna, thus promoting conversion of biomass to SOC, pedoturbation and net movement of SOC through the soil profile, and creation of soil structure and aggregation that optimize biomass production and conversion to stabilized SOC. Research on the development of these practices must include evaluation of nutrient movement into ground and surface waters. Losses of SOC have occurred on the order of the century time scale. SOC sequestration and the measure of its success (permanence of SOC sequestration) are also necessarily measured on the order of the century time scale. Therefore, long-term (20- to 30-year) agronomic SOC sequestration research at both the farm and individual plot level needs to be designed and conducted for hypothesis and model testing, as well as evaluation of the permanence of SOC in the surface and whole-soil profile. Even longer term research needs to be designed and conducted for hypothesis refinement and for monitoring. | | | | Date Created: | 9 24 2004 | | | | Agency ID: | CR-2003-02 | | | | ISL ID: | 000000000902 Original UID: 999999994351 FIRST WORD: Identification | |
| 3: | | Title: | | | | | Volume/Number: | 1987 | | | | Issuing Agency: | | | | | Description: | This investigation is the first of three phases of a ground-water management study. In this report, effects of irrigation and drought on the ground-water resources of Illinois are examined. Irrigation water use for five soil types is estimated from a monthly water budget model on the basis of precipitation and temperature data from the last 30 years at selected weather stations across Illinois. Moisture deficits are computed for each soil type on the basis of the water requirements of a corn crop. It is assumed that irrigation is used to make up the moisture deficit in those places where irrigation systems already exist. Irrigation water use from each township with irrigated acreage is added to municipal and industrial ground-water use data and then compared to aquifer potential yields. The spatial analysis is accomplished with a statewide geographic information system. An important distinction is made between the seasonal effects of irrigation water use and the annual or long-term effects. The model is tested for its sensitivity to weather variation; seasonal water deficits are calculated by using data from extreme growing seasons and extended drought periods. The effect of increasing the amount of irrigated land by 50 percent is also considered for normal weather conditions and droughts. The effect of variable irrigation demand on ground-water resources is expressed as the ratio of ground-water use to ground-water potential yield for each township. This is done to highlight regions most susceptible to ground-water stress because of drought or increased irrigation by showing where use could exceed yield. The sensitivity of the results is not tested for variations in spatial aggregation. This will be one of the primary tasks in subsequent study phases. Results show that irrigation is a substantial seasonal consumptive ground-water use in Illinois, with the potential for growth. However, present effects appear to be localized and highly dependent on weather conditions. Some potential for seasonal or temporary overpumpage may exist in the heavily irrigated areas during years with below-normal precipitation or during extended droughts. The aquifers being used for irrigation appear to have the ability to recover from present irrigation demands without suffering significant depletion, implying that the annual effect of irrigation is currently relatively minimal. The exception to this may be during extended drought periods, especially if widespread expansion of irrigation practices also occurs in the state. A 50 percent expansion of irrigation would appear to have surprisingly little additional impact on ground-water resources under most climatic conditions. That degree of growth around currently irrigated land would result in expanded irrigation areas still within reach of the productive, high-yielding aquifers already being pumped for irrigation. A much larger degree of irrigation expansion into areas with heavier-textured soils is possible in Illinois. The availability of ground-water would be a major limiting factor in the speed and direction of that expansion. That kind of massive irrigation expansion is not considered in this report; however, its effects on the state's ground water are assumed to be considerable and will be addressed in subsequent study phases. The Chicago metropolitan area stands out as a major region of overpumpage, but not because of irrigation. Variable irrigation pumpage does appear to consistently affect several other regions, most notably parts of Mason, Kankakee, Tazewell, Lee and Whiteside Counties. The degree to which these counties are affected by irrigation depends largely on weather conditions. For all these counties, with the possible exception of Kankakee, surficial sand and gravel aquifers are the most susceptible to stress from drought and irrigation water use. Shallow bedrock aquifers may also be impacted by irrigation in parts of Kankakee County. The impact of an extended drought is likely to be more widespread and inconsistent because of the multiple effects of increased water use for irrigation and other demands, and reduced ground-water storage. | | | | Date Created: | 9 24 2004 | | | | Agency ID: | RI-109 | | | | ISL ID: | 000000000936 Original UID: 999999993972 FIRST WORD: Impacts | |
| 4: | | Title: | | | | | Volume/Number: | 1999 | | | | Issuing Agency: | | | | | Description: | A field-scale project in Mason County, Illinois, was performed to monitor the movement of nitrate in ground water beneath an irrigated field. Chemical tracers were used to assess the migration of solutes both laterally and vertically under the influence of an irrigation well and to determine the amount of recycling at a site due to irrigation pumpage and the amount of off-site transport of nitrate due to regional ground-water flow. Water samples from the sand aquifer at the site reveal considerable spatial and temporal heterogeneity in aqueous chemistry. Recharge is rapid in this system, and it is probable that the water chemistry of the recharge water also is variable spatially and temporally; it is especially influenced by agricultural practices. Nitrate (NO3-) concentrations are elevated in a zone between approximately 15 and 30 feet (ft) beneath the surface, although this zone was not persistent laterally or with time. The maximum nitrate concentrations in this zone were slightly greater than 20 milligrams per liter (mg/L) as nitrogen, well above the drinking water standard of 10 mg/L. Nitrate was generally absent below 30 ft in the aquifer, probably due to denitrification reactions. The tritium data suggest that vertical movement of solutes in the aquifer is rapid, and that there has been enough time to transport solutes from the surface or soil zone to depths in excess of 100 ft. Because drinking-water wells generally are screened well below the zone of elevated nitrate concentrations in this area, it appears that fertilizer applications do not have a negative effect on drinking-water quality for most homeowners. From the results of tracer tests, the effects of irrigation pumping on solute transport are measurable but not substantial. Tracer movement both horizontally and vertically was slight under pumping conditions, less than 10 ft horizontally and between 1 and 2 ft vertically about 100 ft from the irrigation well after three days of pumping. The vast majority of nitrate applied in this area is not being recycled through the irrigation wells. | | | | Date Created: | 9 24 2004 | | | | Agency ID: | RR-128 | | | | ISL ID: | 000000000947 Original UID: 999999994252 FIRST WORD: Impact | |
| 5: | | Title: | | | | | Volume/Number: | 2004 | | | | Issuing Agency: | | | | | Description: | This report presents extensive information from recently published findings related to the following two critical questions about climate change: andlt;ULandgt; andlt;LIandgt;What will the future climate be like? andlt;LIandgt;What will the effects be, both good and bad? andlt;/LIandgt;andlt;/ULandgt;Chapter 1 introduces the two main chapters of the report that provide insights to the above two critical questions about climate change. Chapter 2 provides examples from a wide spectrum of scientists, scientific organizations, and the media of contradictions and confusion about whether human-induced climate change is predictable over the time scale of a century. It then explains why such climate change is unpredictable in the traditional deterministic sense. It describes the climate system and documents improvements and remaining uncertainties of global climate models relevant to evaluating human-induced climate change on the century time scale. Climate measurements in Illinois since the mid-19th century document major climate swings not evident in a 50- to 100-year record. Illinois is no warmer or wetter today than it has been over the last 150 years, and extreme precipitation events across the country are reported to be no more frequent than they were a century ago. Important conclusions from these data are that i) regional climate trends over the past 50-100 years that are consistent with theoretical expectations of an enhanced greenhouse effect (for example, higher precipitation and more heavy rainfall events in northern mid-latitudes) do not necessarily establish causality; and ii) global warming has not resulted in warming in all parts of the globe. Chapter 3 focuses on the issue of economic impacts of weather and climate in the United States (US). The first section addresses known financial impacts of recent (1950-2000) weather and climate conditions. Descriptions follow of temporal trends of weather and climate extremes and their impacts, causes for on-going increases in economic impacts, and estimates of future financial impacts under a changed climate. The frequency of most types of storms and droughts either has not changed or has decreased during 1940-2000. Yet, losses (1997 dollars) for most storm types have increased over time. Possible causes for increased losses include a shift in climate related to global warming, questionable insurance practices, and aging infrastructure. Study also shows increasing losses due to societal factors, including population growth, more people residing in more weather vulnerable areas, shifts in business-product development that are weather sensitive, and growing wealth. Various studies of weather- and climate-induced economic impacts were used to develop national loss and gain estimates. Projections for the US, depending upon varying assumptions about the future climate (combinations of warmer, wetter, drier, or more storms), show annual climate-related losses ranging from $2 billion to $69 billion, and others estimate annual gains of $30 billion to $40 billion. In all cases, the projected outcomes are small in relation to the expected Gross Domestic Product. | | | | Date Created: | 9 24 2004 | | | | Agency ID: | IEM-2004-01 | | | | ISL ID: | 000000000949 Original UID: 999999994422 FIRST WORD: Insights | |
| 6: | | Title: | | | | | Volume/Number: | 2004-2005 | | | | Issuing Agency: | | | | | Description: | Illinois State Water Survey (ISWS) continues to provide a wealth of scientific and engineering data for use by individuals, businesses, and government agencies throughout Illinois and the nation. The many uses of these data include education, research, natural resources planning, insurance, public health, transportation, policy analysis, agriculture, energy development, facilities maintenance, and construction. More information is contained throughout this 2004-2005 Annual Report. Almost every area of Illinois has been served by the Survey during its 100-year-plus tenure. | | | | Date Created: | 11 10 2005 | | | | Agency ID: | | | | | ISL ID: | 000000000195 Original UID: 218 FIRST WORD: Illinois | |
| 7: | | Title: | | | | | Volume/Number: | | | | | Issuing Agency: | | | | | Description: | The Illinois State Water Survey (ISWS) continues to provide a wealth of scientific and engineering data for use by individuals, businesses, and government agencies throughout Illinois and the nation. The many uses of this datainclude education, research, natural resources planning, insurance, public health, transportation,policy analysis, agriculture, energy development, facilities maintenance, and construction. Examples of new and evolving ISWS products and services are contained throughout these reports. | | | | Date Created: | | | | | Agency ID: | | | | | ISL ID: | 000000000219 Original UID: NA for serial records FIRST WORD: Illinois | |
| 8: | | Title: | | | | | Volume/Number: | 1971 | | | | Issuing Agency: | | | | | Description: | This report presents the climatology of Illinois tornadoes based on data from the 1916-1969 period, and offers a variety of general interest tornado facts. Illinois ranks eighth nationally in the number of tornadoes, but first in deaths and second in tornado damages. On the average, there are 10 tornadoes per year, occurring on five days. The annual average death rate from these storms is slightly over 19with an injured average of 110 people. A majority (65 percent) of Illinois tornadoes occur during March through June, with 15-21 April being the prime 7-day period. Over 40 percent occur between 1500 and 1800 CST, and 65 percent take place from 1400-2000 CST. Five of the outstanding Illinois tornado days of the 1916-1969 period are discussed in detail, including the famed Tri-State tornado of 18 March 1925, the most devastating tornado in the United States since systematic collection of tornado data began in 1916.The general information includes, among other items, basic definitions pertinent to tornadoes, safety precautions, formulation of a tornado forecast, and methods for remote detection of tornadoes. | | | | Date Created: | 9 24 2004 | | | | Agency ID: | C-103 | | | | ISL ID: | 000000000738 Original UID: 999999993755 FIRST WORD: Illinois | |
| 9: | | Title: | | | | | Volume/Number: | 1994 | | | | Issuing Agency: | | | | | Description: | The Illinois Climate Network (ICN) consists of 19 automated weather stations operated by the Illinois State Water Survey. Stations are located on the University of Illinois Agricultural Experiment Station Farms, the Southern Illinois University Agronomy Experiment Farms, and on community college campuses around the state. The ICN is part of the Water and Atmospheric Resources Monitoring (WARM) Network, which also collects information on soil moisture, groundwater, surface water, and suspended stream sediments. The ICN data have been used for agricultural purposes, such as for irrigation scheduling and to evaluate the progress of insect and crop development during spring and summer. The Illinois Department of Agriculture frequently requests the wind data when evaluating spray drift complaints. The ICN data are also used to assess the potential for using solar radiation and wind as alternative energy sources in Illinois. At each station a 10 meter tower equipped with weather instruments records hourly average air temperature, relative humidity, solar radiation, wind speed and direction, barometric pressure, and soil temperatures at 10 and 20 centimeters. Detailed descriptions of station sites are presented, including areal photographs of a 1,000 meter radius of each station. Hourly wind speed mean and variances were used to estimate the effect of obstructions around the weather towers on wind flow at each tower. Total hourly precipitation and hourly standard deviations of each weather variable are also recorded. The barometric pressure, including hourly maximum and minimum pressures and the time of the maxima and minima, have been recorded since early 1992. Daily data that are saved include maximum and minimum air temperature, maximum and minimum relative humidity, maximum and minimum soil temperatures, maximum wind gusts and direction, and their times of occurrence. The data are automatically retrieved from the stations once each day between midnight and 4:00 a.m. At least three times a week, a database management technician checks the data for quality control, and then the data are made available to the public on the Midwestern Climate Center's Midwestern Climate Information System. | | | | Date Created: | 9 24 2004 | | | | Agency ID: | C-178 | | | | ISL ID: | 000000000765 Original UID: 999999993838 FIRST WORD: Illinois | |
| 10: | | Title: | | | | | Volume/Number: | 2002 | | | | Issuing Agency: | | | | | Description: | Brochure describing the Illinois State Climatologist, which is located in Champaign, Illinois, at the Illinois State Water Survey (ISWS). The ISWS, a division of the Illinois Department of Natural Resources Office of Scientific Research and Analysis and an affiliated agency of the University of Illinois at Urbana-Champaign, is the primary agency in Illinois for research and information on surface water, groundwater, and the atmosphere. | | | | Date Created: | 9 24 2004 | | | | Agency ID: | IEM-2002-01 | | | | ISL ID: | 000000000899 Original UID: 999999994338 FIRST WORD: Illinois | |
| 11: | | Title: | | | | | Volume/Number: | 2002 | | | | Issuing Agency: | | | | | Description: | The Illinois River has become a focus of state and federal agencies and other organizations interested in integrated watershed management. As a result, issues related to habitat restoration, floodplain management, navigation, erosion and sedimentation, and water quality of the Illinois River are being discussed at the watershed scale. In support of this effort, the Illinois Scientific Surveys have initiated development of the Illinois Rivers Decision Support System (ILRDSS) for use in documenting project activities within the watershed and assessing and evaluating the effectiveness of potential restoration projects and management practices. The ILRDSS will integrate and expand existing databases and numerical models of segments of the Illinois River into an integrated decision support system (DSS) for the entire Illinois River watershed. New databases and models also will be created for the watershed, as well as a comprehensive ILRDSS web portal to all available data and information about the Illinois River and its basin. This report describes the current status of ILRDSS development and serves as an introduction to those unfamiliar with the Illinois Rivers Decision Support System. | | | | Date Created: | 9 24 2004 | | | | Agency ID: | IEM-2002-02 | | | | ISL ID: | 000000000921 Original UID: 999999994335 FIRST WORD: Illinois | |
| 12: | | Title: | | | | | Volume/Number: | 2003 | | | | Issuing Agency: | | | | | Description: | The Illinois State Water survey provides reliable data to help ensure safe drinking water and water for industry, navigation, and waste management. The Annual Report for 2002-2003 contains the following information: From the Chief's Desk, Achievements, Water Survey Staff at Work, Office of the Chief, Analytical Chemistry and Technology Unit, Atmospheric Environment Section, Groundwater Section, National Atmospheric Deposition Program, Watershed Science Section, Publications by Water Survey Staff, Honors, Adjunct and Emeritus Appointments, Water Survey Contacts and Financial Statement, FY 03 | | | | Date Created: | 11 17 2003 | | | | Agency ID: | | | | | ISL ID: | 000000001451 Original UID: 1377 FIRST WORD: Illinois | |
| 13: | | Title: | | | | | Volume/Number: | 2004 | | | | Issuing Agency: | | | | | Description: | The Illinois State Water survey provides reliable data to help ensure safe drinking water and water for industry, navigation, and waste management. The Annual Report for 2003-2004 contains the following information: From the Chief's Desk, ISWS and Chinese Scientists Collaborate on Modeling, Board of Natural, Resources and Conservation, Water Survey Staff at Work, Office of the Chief, Analytical Chemistry and Technology Unit, Atmospheric Environment Section, Groundwater Section, National Atmospheric Deposition Program, Watershed Science Section, Publications by Water Survey Staff, Honors, Water Survey Contacts, Adjunct and Emeritus Appointments, Financial Statement, FY 04 | | | | Date Created: | 12 29 2004 | | | | Agency ID: | | | | | ISL ID: | 000000001498 Original UID: 1424 FIRST WORD: Illinois | |
| 14: | | Title: | | | | | Volume/Number: | 2002 | | | | Issuing Agency: | | | | | Description: | The Illinois State Water survey provides reliable data to help ensure safe drinking water and water for industry, navigation, and waste management. Annual Report 2001-2002 contains the following information: From the Chief's Desk, Office of the Chief, Analytical Chemistry and Technology Unit, Atmospheric Environment Section, Groundwater Section, National Atmospheric Deposition Program, Watershed Science Section, Publications by Water Survey Staff, Honors, Adjunct and Emeritus Appointments, Water Survey Contacts and Financial Statement, FY 02 | | | | Date Created: | 11 21 2002 | | | | Agency ID: | | | | | ISL ID: | 000000001499 Original UID: 1425 FIRST WORD: Illinois | |
| 15: | | Title: | | | | | Volume/Number: | 2001 | | | | Issuing Agency: | | | | | Description: | The Illinois State Water survey provides reliable data to help ensure safe drinking water and water for industry, navigation, and waste management. Annual Report 2000-2001 contains the following information: From the Chief's Desk, Office of the Chief, Analytical Chemistry and Technology Unit, Atmospheric Environment Section, Groundwater Section, National Atmospheric Deposition Program, Watershed Science Section, Publications by Water Survey Staff, Honors, Adjunct and Emeritus Appointments, Water Survey Contacts and Financial Statement, FY 01 | | | | Date Created: | 11 28 2001 | | | | Agency ID: | | | | | ISL ID: | 000000001500 Original UID: 1426 FIRST WORD: Illinois | |
| 16: | | Title: | | | | | Volume/Number: | 2000 | | | | Issuing Agency: | | | | | Description: | The Illinois State Water survey provides reliable data to help ensure safe drinking water and water for industry, navigation, and waste management. Annual report 1999-2000 contains the following information: From the Chief's Desk, Office of the Chief, Analytical Chemistry and Technology Unit, Atmospheric Environment Section, Ground-Water Section, National Atmospheric Deposition Program, Watershed Science Section, Publications by Water Survey Staff, Honors, Adjunct and Emeritus Appointments, Water Survey Contacts and Financial Statement, FY 00 | | | | Date Created: | 12 04 2000 | | | | Agency ID: | | | | | ISL ID: | 000000001503 Original UID: 1429 FIRST WORD: Illinois | |
| 17: | | Title: | | | | | Volume/Number: | 1999 | | | | Issuing Agency: | | | | | Description: | The Illinois State Water survey provides reliable data to help ensure safe drinking water and water for industry, navigation, and waste management. Annual report 1998-1999 contains the following information: Introduction, Office of the Chief, Analytical Chemistry and Technology Unit, Atmospheric Environment Section, Ground-Water Section, National Atmospheric Deposition Program, Watershed Science Section, Publications by Water Survey Staff, Honors, Water Survey Contacts and Financial Statement, FY99 | | | | Date Created: | 11 03 1999 | | | | Agency ID: | | | | | ISL ID: | 000000001577 Original UID: 1518 FIRST WORD: Illinois | |
| 18: | | Title: | | | | | Volume/Number: | 2004 February 23 | | | | Issuing Agency: | | | | | Description: | This Illinois State Water Survey plan is the quality assurance document that describes the processes and procedures for staff and management to follow in the collection and reporting of environmental data. | | | | Date Created: | 02 23 2004 | | | | Agency ID: | Version 1.7 | | | | ISL ID: | 000000002003 Original UID: 1963 FIRST WORD: Illinois | |
| 19: | | Title: | | | | | Volume/Number: | 2006 | | | | Issuing Agency: | | | | | Description: | The Illinois State Water survey provides reliable data to help ensure safe drinking water and water for industry, navigation, and waste management. Annual report 2005-2006 contains the following information: From the Chief's Desk, Office of the Chief, Center for Atmospheric Science, Center for Chemistry and Technology,Center for Groundwater Science, Center for Watershed Science, National Atmospheric Deposition Program, Publications by Water Survey Staff, Water Survey Contacts, Honors, Adjunct and Emeritus Appointments and Financial Statement, FY 06. | | | | Date Created: | 11 21 2006 | | | | Agency ID: | | | | | ISL ID: | 000000002109 Original UID: 2056 FIRST WORD: Illinois | |
| 20: | | Title: | | | | | Volume/Number: | 2005 April | | | | Issuing Agency: | | | | | Description: | The Illinois State Water Survey strategic plan provides mission, vision, goals, and strategies to ensure the long-term availability of adequate supplies of clean water at a reasonable cost. | | | | Date Created: | 04 01 2005 | | | | Agency ID: | | | | | ISL ID: | 000000003004 Original UID: 2872 FIRST WORD: Illinois | |
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