The document provides an environmental impact statement for a property located at 414 Cross Mountain Drive in Fredericksburg, Texas. It evaluates three alternative actions for the property: maintaining the single-family residence with sustainable practices, converting the property to a city park, or transitioning it to a bed and breakfast. The preferred action is converting it to a bed and breakfast while implementing various mitigation measures, such as using water-efficient landscaping and appliances, to minimize environmental impacts.
Transportation and its effect on environmentMilita Haldar
Transportation has significant environmental impacts through its emissions and infrastructure requirements. The direct impacts of transportation emissions include air pollutants like particulate matter, nitrogen oxides, hydrocarbons, carbon monoxide, and lead released from vehicle exhaust. The infrastructure needs of transportation, such as roads, parking lots, and airports, also have indirect and cumulative environmental impacts such as habitat loss, fragmentation of ecosystems, and consumption of agricultural lands. Transportation activities can also contribute to issues like climate change, resource depletion, water and soil pollution, and increased biosecurity risks. Addressing these various environmental effects of transportation will be important for achieving sustainable development.
A presentation by Mr Neil Frost (CEO: iSAHA International), at the Transport Forum SIG: "Sustainable Transport" on 6 August 2015 hosted by University of Johannesburg's Institute of Transport and Logistics Studies (Africa), or ITLS (Africa). The theme of the presentation was: "Sustainable Integrated Transport".
Integrated solid waste management (ISWM) aims to provide environmental sustainability, economic affordability, and social acceptance for waste management in a given region. ISWM combines waste reduction, recycling, composting, and proper disposal in landfills. The major activities are reducing waste, recycling, composting, combustion, and landfilling. Waste collection involves on-site handling, storage, transportation to processing/disposal sites.
This document discusses transportation planning and traffic estimation. It covers the key components of transportation planning including identifying deficiencies in transportation systems, evaluating alternative transportation alignments, and predicting traffic volumes. The four steps of transportation demand modeling are also outlined: trip generation, trip distribution, mode choice, and traffic assignment. Transportation planning involves collecting travel data, identifying current and future transportation needs, and developing solutions to meet travel demand. The results of transportation planning and modeling are used in highway design projects.
This document provides an overview of the ecological footprint, a tool created by William Rees and Mathis Wackernagel to measure human demand on the biosphere. The ecological footprint measures the amount of biologically productive land and sea area required to support human consumption and waste absorption. It indicates that humanity is currently in global ecological overshoot, using more than what the Earth can regenerate. The document discusses the methodology, components, and implications of ecological footprint accounting.
The characteristics, quantities, volume and composition of solid waste generated may differ from one country to another and between urban and rural areas.
It depends mainly upon the customs, climate, living conditions and economic standard of the area. As a consequence, if solid waste management is to be accomplished in an efficient and orderly manner, the fundamental aspects and relationships involved must be identified, adjusted for uniformity of data, and understood clearly. This section deals about :Solid Waste Generation ; Solid Waste Handling, Storage and Processing at the Source.
Air pollution measurements give important, quantitative information about ambient concentrations and deposition, but they can only describe air quality at specific locations and times, without giving clear guidance on the identification of the causes of the air quality problem.
The document discusses environmental impact assessment and sustainable development. It provides an overview of the environmental impact assessment process, which involves screening, scoping, impact analysis, mitigation measures, reporting, review, decision making, and post-monitoring. It also discusses key aspects of sustainable development like reducing consumption and meeting needs of future generations. The three R's concept of reduce, reuse, and recycle for sustainable waste management is explained.
Transportation and its effect on environmentMilita Haldar
Transportation has significant environmental impacts through its emissions and infrastructure requirements. The direct impacts of transportation emissions include air pollutants like particulate matter, nitrogen oxides, hydrocarbons, carbon monoxide, and lead released from vehicle exhaust. The infrastructure needs of transportation, such as roads, parking lots, and airports, also have indirect and cumulative environmental impacts such as habitat loss, fragmentation of ecosystems, and consumption of agricultural lands. Transportation activities can also contribute to issues like climate change, resource depletion, water and soil pollution, and increased biosecurity risks. Addressing these various environmental effects of transportation will be important for achieving sustainable development.
A presentation by Mr Neil Frost (CEO: iSAHA International), at the Transport Forum SIG: "Sustainable Transport" on 6 August 2015 hosted by University of Johannesburg's Institute of Transport and Logistics Studies (Africa), or ITLS (Africa). The theme of the presentation was: "Sustainable Integrated Transport".
Integrated solid waste management (ISWM) aims to provide environmental sustainability, economic affordability, and social acceptance for waste management in a given region. ISWM combines waste reduction, recycling, composting, and proper disposal in landfills. The major activities are reducing waste, recycling, composting, combustion, and landfilling. Waste collection involves on-site handling, storage, transportation to processing/disposal sites.
This document discusses transportation planning and traffic estimation. It covers the key components of transportation planning including identifying deficiencies in transportation systems, evaluating alternative transportation alignments, and predicting traffic volumes. The four steps of transportation demand modeling are also outlined: trip generation, trip distribution, mode choice, and traffic assignment. Transportation planning involves collecting travel data, identifying current and future transportation needs, and developing solutions to meet travel demand. The results of transportation planning and modeling are used in highway design projects.
This document provides an overview of the ecological footprint, a tool created by William Rees and Mathis Wackernagel to measure human demand on the biosphere. The ecological footprint measures the amount of biologically productive land and sea area required to support human consumption and waste absorption. It indicates that humanity is currently in global ecological overshoot, using more than what the Earth can regenerate. The document discusses the methodology, components, and implications of ecological footprint accounting.
The characteristics, quantities, volume and composition of solid waste generated may differ from one country to another and between urban and rural areas.
It depends mainly upon the customs, climate, living conditions and economic standard of the area. As a consequence, if solid waste management is to be accomplished in an efficient and orderly manner, the fundamental aspects and relationships involved must be identified, adjusted for uniformity of data, and understood clearly. This section deals about :Solid Waste Generation ; Solid Waste Handling, Storage and Processing at the Source.
Air pollution measurements give important, quantitative information about ambient concentrations and deposition, but they can only describe air quality at specific locations and times, without giving clear guidance on the identification of the causes of the air quality problem.
The document discusses environmental impact assessment and sustainable development. It provides an overview of the environmental impact assessment process, which involves screening, scoping, impact analysis, mitigation measures, reporting, review, decision making, and post-monitoring. It also discusses key aspects of sustainable development like reducing consumption and meeting needs of future generations. The three R's concept of reduce, reuse, and recycle for sustainable waste management is explained.
The ecological footprint calculates the amount of land and water needed to produce the resources humans consume and absorb the waste generated. It shows that people currently use resources 50% faster than the Earth can regenerate them, consuming over 1.5 planets worth of resources each year. Reducing consumption would decrease the human impact on the environment by making our ecological footprint smaller.
The document discusses the steps involved in obtaining environmental clearance for industrial projects in India. It begins by outlining the key steps, which include submitting forms, conducting studies, public hearings, and presentations. It then provides more details on each step. The key points are:
1) All new or expanding industrial projects requiring environmental clearance must go through a multi-step process over 12-18 months to obtain clearance from regulatory authorities.
2) Projects are categorized as either Category A (large projects requiring central clearance) or Category B (smaller projects cleared by state authorities).
3) Obtaining clearance requires engaging consultants, conducting studies on environmental and social impacts, holding a public hearing, and making presentations to expert appraisal
The document summarizes the key rules around hazardous waste management and handling in India according to the Hazardous Waste (Management and Handling) Rules, 1989 and subsequent amendments. Some key points:
- It defines hazardous waste and lists categories of wastes that fall under hazardous waste.
- Occupiers (waste generators) and operators of waste facilities must obtain authorization from state pollution control boards to handle hazardous waste.
- There are requirements around proper packaging, labeling, transport and tracking of hazardous waste shipments.
- States must identify and acquire sites for treatment, storage and disposal of hazardous waste. Occupiers are responsible for environmentally sound operation and closure of these facilities.
- Import
The document discusses ecological footprints, which measure the amount of productive land and water required to support an individual or entity's lifestyle and waste absorption. It provides data on countries' ecological footprints in global hectares per capita and deficit. The global average footprint exceeds biocapacity by 1.1 global hectares per person. Ecological footprints are estimated based on categories like carbon, food, and goods/services. They help educate about overconsumption and sustainability. Reducing footprints involves actions like using renewable energy and reducing waste and driving.
This document provides an overview of waste management. It begins with definitions of waste and discusses the history of waste disposal from ancient times to the present. It describes the different types of waste including solid waste, sewage, and sullage. Methods of solid waste storage, collection, and disposal are outlined including dumping, controlled tipping, incineration, composting, and others. The Bangalore and mechanical methods of composting are explained in detail.
The document outlines India's environmental policy and laws. It discusses the key elements of India's environmental policy including its objectives to prevent pollution, encourage best available technologies, ensure polluter pays principle, and involve the public. It also summarizes many of India's major environmental laws covering areas such as general environment, forests and wildlife, water, and air pollution. The laws establish institutions like the Central Pollution Control Board and place regulations on industries, local authorities, and activities that impact the environment.
National ambient air quality standards 2009.pdfShrenikMehar
National ambient air quality standards 2009 was a act taken by indian government to have control on amount of harmful substances released in environment. This act was made way before in 90s but refurbished in 2009 once again with some modifications in values of those toxic substances
Principles of environmental impact assessmentAnirban Mandal
EIA is defined as the process of identifying, predicting, evaluating and mitigating the biophysical, social, and other relevant effects of proposed projects or developments prior to major decisions being made. The key principles of EIA include participation of stakeholders, transparency, accountability, flexibility, and taking a precautionary approach when there are threats of serious environmental harm. EIAs in India are conducted according to guidelines from the Ministry of Environment, Forests and Climate Change and are required for certain public and private projects based on factors such as cost, location, and potential environmental impacts.
Impact prediction, evaluation and mitigation in eiaMizanur R. Shohel
The document defines environmental impact assessment (EIA) and outlines its key aspects:
1. EIA is defined as a formal process for identifying the likely effects of projects on the environment, human health, and welfare, as well as means to mitigate and monitor impacts.
2. The objectives of impact prediction in EIA are to identify the magnitude, probability, spatial and temporal scale of impacts from a project in comparison to the situation without the project.
3. Impact evaluation aims to assign significance to predicted impacts through scientific and professional judgment, measures of ecological disturbance, and consideration of standards and mitigation options. Analytical methods like cost-benefit analysis and multi-criteria scoring are used.
The document outlines India's Environment Impact Assessment (EIA) Notification of 2006. It requires all new projects and expansions of existing projects to undergo an EIA and obtain environmental clearance from the central or state government. Projects are categorized as Category A or B based on size and impacts. The EIA process involves four stages - screening, scoping, public consultation, and appraisal. It is meant to ensure projects address environmental concerns before proceeding, but contains several loopholes that weaken public participation and transparency.
Environment, Pollution and Business - A great Trade Off10021980
The document provides information about environment and environmental policies in India. It discusses the establishment of the Ministry of Environment and Forests in India in 1985. It then summarizes the key points about different types of environmental pollution like air, water, land and their causes and impacts. The document also discusses various environmental laws and policies in India to regulate pollution and promote sustainability.
The document defines environmental impact assessment as studies on the significant impacts that business and planned activities may have on the environment to inform decision making. It outlines the key activities of EIA including training, preparing impact analysis documents, and assessing EIA documents. Finally, it notes that EIA was first introduced in the US and Indonesia has laws and regulations governing EIA including Environmental Management Law and decrees on activities requiring EIA.
This document discusses ozone layer depletion. It defines ozone and distinguishes between good and bad ozone. The ozone layer in the stratosphere protects the Earth from UV radiation. Certain chemicals like CFCs used in manufacturing and products deplete the ozone layer when they reach the stratosphere. Volcanic ash also contributes to ozone depletion. Increased UV radiation due to depletion causes health effects in humans like skin cancer and environmental effects like climate change and reduced plankton. The largest ozone hole forms over Antarctica each year. Prevention efforts include using eco-friendly products and reducing emissions.
The document provides guidelines on environmental safeguards for road projects in Madhya Pradesh, India. It discusses the Madhya Pradesh Rural Connectivity Project (MPRCP) which involves upgrading 10,000 km of existing rural gravel roads to bituminous surface standards and constructing 3,000 km of new roads. It notes that environmental impacts were already considered during the initial construction of the gravel roads. Some impacts like tree removal, impacts to water crossings and flood prone areas will be addressed during the upgrading process. The document outlines the need for environmental and social safeguards to protect people and the environment, ensure sustainability, and comply with World Bank policies. It provides definitions and requirements for different types of safeguards and categorizes project
EIA is a process of evaluating the likely environmental impacts of a proposed project or development, taking into account inter-related socio-economic, cultural and human-health impacts, both beneficial and adverse.
EIA 1994 and the further amendments are explained i.e. 2006 and 2020.
Solid waste management involves the collection, transport, processing, and disposal of solid waste in a manner that is safe for human health and the environment. There are three main types of solid waste - urban or municipal waste, industrial waste, and hazardous waste. Urban waste comes from domestic, commercial, and construction sources and is categorized as biodegradable or non-biodegradable. The key steps in solid waste management involve reducing, reusing, and recycling waste before using disposal methods like sanitary landfilling, incineration, or composting. Hazardous waste requires special treatment and disposal due to its potential threat to human health.
Mey Akashah - Fish Consumption, Mercury Intake, and the Associated Risks to t...Mey Akashah
Mey Akashah (2011), Fish Consumption, Mercury Intake, and the Associated Risks to the Kuwaiti Population, Harvard School of Public Health.
Mey Akashah's doctoral dissertation, Department of Environmental Health, Harvard School of Public Health.
Abstract:
This dissertation addresses health risks factors associated with mercury (Hg) intake as a consequence of fish consumption among the Kuwaiti population. Hg is an established neurotoxin, and some studies have shown that it may also cause atherosclerotic lesions in blood vessels, leading to cardiovascular disease. For both of these reasons, it is important to gain a comprehensive understanding of the levels of fish consumed by the Kuwait population, the levels of mercury in fish consumed, as well as the physiological factors that influence uptake of Hg in the body. The three papers in this dissertation address each of these areas, individually.
In “Fish Consumption among Kuwaiti Nationals,” we assess the consumption patterns of the Kuwait population, including the types of fish that are consumed, the frequency with which they are consumed, and the average quantity of consumption among various age, sex, and ethnicity groups. In “Human Health Risks from Mercury in Fish,” we investigate the potential health effects to the Kuwaiti population as a results of current levels of fish consumption. In “Fish Consumption as a Determinant of Hair Mercury Levels among Kuwaiti Nationals,” we relate this consumption information to overall body burden of mercury for the purpose of better characterizing the relationship between intake of fish and corresponding hair Hg levels.
The order of papers in this dissertation is determined by the chronology of their conception. It should be noted that the third paper, “Fish Consumption as a Determinant of Hair Mercury Levels among Kuwaiti Nationals” indicates several changes should be made to “Human Health Risks from Mercury in Fish” risk assessment. This is primarily due to our treatment of fish with unknown Hg. In “Fish Consumption as a Determinant of Hair Mercury Levels among Kuwaiti Nationals,” we ultimately dropped from the analysis of the effect of fish consumption on body burden of mercury any and all fish with unknown Hg concentrations. “Human Health Risks from Mercury in Fish” was completed before this paper and instead extrapolated these values for fish or, as in the case of tuna, took as a proxy US and Canadian test values for Hg in fish. Subsequently, we decided that this was not an ideal approach.
It is hoped that these studies will inform future work in the areas of risk reduction and risk management, such that more accurate risk assessments may be undertaken in the future.
This document discusses carbon neutral growth from an aviation industry and government perspective. It establishes the concepts of carbon neutral growth, sectoral approaches, and the aviation industry's four pillar approach to achieving carbon neutral growth from 2020. The four pillars are technology, operations, infrastructure improvements, and economic measures. The aviation industry, through organizations like IATA and ICAO, have agreed to targets of carbon neutral growth from 2020, an average 1.5% annual fuel efficiency improvement, and a 50% reduction in CO2 emissions by 2050 compared to 2005 levels. A global sectoral approach using economic measures is part of the fourth pillar to help close the emissions gap.
The ecological footprint calculates the amount of land and water needed to produce the resources humans consume and absorb the waste generated. It shows that people currently use resources 50% faster than the Earth can regenerate them, consuming over 1.5 planets worth of resources each year. Reducing consumption would decrease the human impact on the environment by making our ecological footprint smaller.
The document discusses the steps involved in obtaining environmental clearance for industrial projects in India. It begins by outlining the key steps, which include submitting forms, conducting studies, public hearings, and presentations. It then provides more details on each step. The key points are:
1) All new or expanding industrial projects requiring environmental clearance must go through a multi-step process over 12-18 months to obtain clearance from regulatory authorities.
2) Projects are categorized as either Category A (large projects requiring central clearance) or Category B (smaller projects cleared by state authorities).
3) Obtaining clearance requires engaging consultants, conducting studies on environmental and social impacts, holding a public hearing, and making presentations to expert appraisal
The document summarizes the key rules around hazardous waste management and handling in India according to the Hazardous Waste (Management and Handling) Rules, 1989 and subsequent amendments. Some key points:
- It defines hazardous waste and lists categories of wastes that fall under hazardous waste.
- Occupiers (waste generators) and operators of waste facilities must obtain authorization from state pollution control boards to handle hazardous waste.
- There are requirements around proper packaging, labeling, transport and tracking of hazardous waste shipments.
- States must identify and acquire sites for treatment, storage and disposal of hazardous waste. Occupiers are responsible for environmentally sound operation and closure of these facilities.
- Import
The document discusses ecological footprints, which measure the amount of productive land and water required to support an individual or entity's lifestyle and waste absorption. It provides data on countries' ecological footprints in global hectares per capita and deficit. The global average footprint exceeds biocapacity by 1.1 global hectares per person. Ecological footprints are estimated based on categories like carbon, food, and goods/services. They help educate about overconsumption and sustainability. Reducing footprints involves actions like using renewable energy and reducing waste and driving.
This document provides an overview of waste management. It begins with definitions of waste and discusses the history of waste disposal from ancient times to the present. It describes the different types of waste including solid waste, sewage, and sullage. Methods of solid waste storage, collection, and disposal are outlined including dumping, controlled tipping, incineration, composting, and others. The Bangalore and mechanical methods of composting are explained in detail.
The document outlines India's environmental policy and laws. It discusses the key elements of India's environmental policy including its objectives to prevent pollution, encourage best available technologies, ensure polluter pays principle, and involve the public. It also summarizes many of India's major environmental laws covering areas such as general environment, forests and wildlife, water, and air pollution. The laws establish institutions like the Central Pollution Control Board and place regulations on industries, local authorities, and activities that impact the environment.
National ambient air quality standards 2009.pdfShrenikMehar
National ambient air quality standards 2009 was a act taken by indian government to have control on amount of harmful substances released in environment. This act was made way before in 90s but refurbished in 2009 once again with some modifications in values of those toxic substances
Principles of environmental impact assessmentAnirban Mandal
EIA is defined as the process of identifying, predicting, evaluating and mitigating the biophysical, social, and other relevant effects of proposed projects or developments prior to major decisions being made. The key principles of EIA include participation of stakeholders, transparency, accountability, flexibility, and taking a precautionary approach when there are threats of serious environmental harm. EIAs in India are conducted according to guidelines from the Ministry of Environment, Forests and Climate Change and are required for certain public and private projects based on factors such as cost, location, and potential environmental impacts.
Impact prediction, evaluation and mitigation in eiaMizanur R. Shohel
The document defines environmental impact assessment (EIA) and outlines its key aspects:
1. EIA is defined as a formal process for identifying the likely effects of projects on the environment, human health, and welfare, as well as means to mitigate and monitor impacts.
2. The objectives of impact prediction in EIA are to identify the magnitude, probability, spatial and temporal scale of impacts from a project in comparison to the situation without the project.
3. Impact evaluation aims to assign significance to predicted impacts through scientific and professional judgment, measures of ecological disturbance, and consideration of standards and mitigation options. Analytical methods like cost-benefit analysis and multi-criteria scoring are used.
The document outlines India's Environment Impact Assessment (EIA) Notification of 2006. It requires all new projects and expansions of existing projects to undergo an EIA and obtain environmental clearance from the central or state government. Projects are categorized as Category A or B based on size and impacts. The EIA process involves four stages - screening, scoping, public consultation, and appraisal. It is meant to ensure projects address environmental concerns before proceeding, but contains several loopholes that weaken public participation and transparency.
Environment, Pollution and Business - A great Trade Off10021980
The document provides information about environment and environmental policies in India. It discusses the establishment of the Ministry of Environment and Forests in India in 1985. It then summarizes the key points about different types of environmental pollution like air, water, land and their causes and impacts. The document also discusses various environmental laws and policies in India to regulate pollution and promote sustainability.
The document defines environmental impact assessment as studies on the significant impacts that business and planned activities may have on the environment to inform decision making. It outlines the key activities of EIA including training, preparing impact analysis documents, and assessing EIA documents. Finally, it notes that EIA was first introduced in the US and Indonesia has laws and regulations governing EIA including Environmental Management Law and decrees on activities requiring EIA.
This document discusses ozone layer depletion. It defines ozone and distinguishes between good and bad ozone. The ozone layer in the stratosphere protects the Earth from UV radiation. Certain chemicals like CFCs used in manufacturing and products deplete the ozone layer when they reach the stratosphere. Volcanic ash also contributes to ozone depletion. Increased UV radiation due to depletion causes health effects in humans like skin cancer and environmental effects like climate change and reduced plankton. The largest ozone hole forms over Antarctica each year. Prevention efforts include using eco-friendly products and reducing emissions.
The document provides guidelines on environmental safeguards for road projects in Madhya Pradesh, India. It discusses the Madhya Pradesh Rural Connectivity Project (MPRCP) which involves upgrading 10,000 km of existing rural gravel roads to bituminous surface standards and constructing 3,000 km of new roads. It notes that environmental impacts were already considered during the initial construction of the gravel roads. Some impacts like tree removal, impacts to water crossings and flood prone areas will be addressed during the upgrading process. The document outlines the need for environmental and social safeguards to protect people and the environment, ensure sustainability, and comply with World Bank policies. It provides definitions and requirements for different types of safeguards and categorizes project
EIA is a process of evaluating the likely environmental impacts of a proposed project or development, taking into account inter-related socio-economic, cultural and human-health impacts, both beneficial and adverse.
EIA 1994 and the further amendments are explained i.e. 2006 and 2020.
Solid waste management involves the collection, transport, processing, and disposal of solid waste in a manner that is safe for human health and the environment. There are three main types of solid waste - urban or municipal waste, industrial waste, and hazardous waste. Urban waste comes from domestic, commercial, and construction sources and is categorized as biodegradable or non-biodegradable. The key steps in solid waste management involve reducing, reusing, and recycling waste before using disposal methods like sanitary landfilling, incineration, or composting. Hazardous waste requires special treatment and disposal due to its potential threat to human health.
Mey Akashah - Fish Consumption, Mercury Intake, and the Associated Risks to t...Mey Akashah
Mey Akashah (2011), Fish Consumption, Mercury Intake, and the Associated Risks to the Kuwaiti Population, Harvard School of Public Health.
Mey Akashah's doctoral dissertation, Department of Environmental Health, Harvard School of Public Health.
Abstract:
This dissertation addresses health risks factors associated with mercury (Hg) intake as a consequence of fish consumption among the Kuwaiti population. Hg is an established neurotoxin, and some studies have shown that it may also cause atherosclerotic lesions in blood vessels, leading to cardiovascular disease. For both of these reasons, it is important to gain a comprehensive understanding of the levels of fish consumed by the Kuwait population, the levels of mercury in fish consumed, as well as the physiological factors that influence uptake of Hg in the body. The three papers in this dissertation address each of these areas, individually.
In “Fish Consumption among Kuwaiti Nationals,” we assess the consumption patterns of the Kuwait population, including the types of fish that are consumed, the frequency with which they are consumed, and the average quantity of consumption among various age, sex, and ethnicity groups. In “Human Health Risks from Mercury in Fish,” we investigate the potential health effects to the Kuwaiti population as a results of current levels of fish consumption. In “Fish Consumption as a Determinant of Hair Mercury Levels among Kuwaiti Nationals,” we relate this consumption information to overall body burden of mercury for the purpose of better characterizing the relationship between intake of fish and corresponding hair Hg levels.
The order of papers in this dissertation is determined by the chronology of their conception. It should be noted that the third paper, “Fish Consumption as a Determinant of Hair Mercury Levels among Kuwaiti Nationals” indicates several changes should be made to “Human Health Risks from Mercury in Fish” risk assessment. This is primarily due to our treatment of fish with unknown Hg. In “Fish Consumption as a Determinant of Hair Mercury Levels among Kuwaiti Nationals,” we ultimately dropped from the analysis of the effect of fish consumption on body burden of mercury any and all fish with unknown Hg concentrations. “Human Health Risks from Mercury in Fish” was completed before this paper and instead extrapolated these values for fish or, as in the case of tuna, took as a proxy US and Canadian test values for Hg in fish. Subsequently, we decided that this was not an ideal approach.
It is hoped that these studies will inform future work in the areas of risk reduction and risk management, such that more accurate risk assessments may be undertaken in the future.
This document discusses carbon neutral growth from an aviation industry and government perspective. It establishes the concepts of carbon neutral growth, sectoral approaches, and the aviation industry's four pillar approach to achieving carbon neutral growth from 2020. The four pillars are technology, operations, infrastructure improvements, and economic measures. The aviation industry, through organizations like IATA and ICAO, have agreed to targets of carbon neutral growth from 2020, an average 1.5% annual fuel efficiency improvement, and a 50% reduction in CO2 emissions by 2050 compared to 2005 levels. A global sectoral approach using economic measures is part of the fourth pillar to help close the emissions gap.
Environmental and economic development in Newark, NJhmendoza716
A green city promotes economic development by providing an environmental friendly framework that encourages new trends that will provide monetary and social investment into the city, which creates a healthy and sustainable community. Environmental conservation and economic development are not conflicting but can be mutually reinforcing, as environmentalists have prompted calls for "environmentally sustainable" economic development. Economic development can be made progressive by reducing some of the detrimental effects of global warming, which for the most part, are man-made. By improvising on behaviors and understanding the need for a more environmentally friendly atmosphere, economic development can go green. Environmental sustainability can best spur regional development and economic growth by creating green jobs through retrofitting buildings in using renewable energy, cleaning-up and reinvesting in brownfield sites to create green space for mix-used communities, and to strengthen the public transportation infrastructure to bring commerce activity.
Play Group math Count &color the number (6,৬)Cambriannews
An assistant teacher at Cambrian School and College in Mirpur campus 8 introduced a lesson plan for play group students on counting numbers and coloring pictures. The lesson objectives were for students to count the number 6 in Bangla and English, and color 6 butterfly pictures in their books. During individual work, students would color 6 butterfly pictures in their books. The teacher would then evaluate the students' books to check if they could color properly. The lesson concluded by reminding students to brush their teeth twice daily and thanking them.
This document contains a single word that appears to be a person's name, "efferyosephoraker". No other context or information is provided, so a meaningful summary cannot be generated from the given text.
Depression affects people of all ages. This supplement contains ingredients like Griffonia simplicifolia, magnesium, Passiflora incarnata, Rhodiola rosea, omega-3 fatty acids, and vitamin B6 that are intended to help reduce symptoms of depression such as nervous tension, fatigue from stress, anxiety, and improve sleep and mood. The supplement is sugar-free and recommended to be taken once per day.
A anacruse ocorre quando a música não começa no primeiro tempo do compasso, exigindo que o primeiro e último compassos contenham todos os tempos. Ligaduras de prolongação tocam a primeira nota por um tempo igual à soma dos valores das notas ligadas. Pontos de aumentação aumentam a duração da nota em metade do seu valor. Barras de repetição indicam a repetição da música e onde ela começa ou termina.
This document outlines a communication plan to promote Autologue Kits, which customize motorcycles. It identifies two target audiences: 1) "Wannabes" or "Bikers" who seek attention and status and 2) "Mavericks" or "Real Riders" who are passionate about motorcycle mechanics and design.
The plan involves creating viral videos on social media and games to engage Bikers. For Riders, it proposes opening "Biker's Cafes" on motorcycle routes that serve as showrooms and havens for riders. Public relations initiatives would feature stories of passionate riders. Celebrities like cricketer Yuvraj Singh could appeal to Bikers and potentially become a Rider, expanding the
Este documento trata sobre las aulas virtuales. Explica brevemente qué son las aulas virtuales, su historia y utilidad tanto en educación como en empresas. También describe algunas ventajas como el acceso a información y desventajas como la holgazanería y robo de identidad. Finalmente, ofrece algunas conclusiones sobre la importancia de Internet hoy en día y recomendaciones para alumnos y docentes sobre el uso de las tecnologías.
The document provides technical specifications for the Planux VIP System Hands-Free Color Monitor in black. It has a 3.5 inch color LCD display with touch sensitivity and hands-free functionality. Additional features include audio, customizable ringtones, an SD card slot, intercom functions, and the ability to mount on a wall, desk, or flush. Dimensions are 5.7 x 5.7 x 1.3 inches.
La xenofobia es el miedo, rechazo u odio al extranjero y se manifiesta de diversas formas, desde el rechazo hasta la agresión y el asesinato. Los xenófobos suelen sobrevalorar su propia cultura y raza y rechazar a los inmigrantes por no asimilarse, y suelen deberse a una distorsión en la percepción del otro. La educación, tanto formal como informal, juega un papel fundamental en combatir la xenofobia y en enseñar a valorar la diversidad e igual
Xeriscape is a landscaping approach that reduces water usage through careful planning, use of drought-tolerant plants, efficient irrigation, and mulching. It allows homeowners to develop beautiful landscapes using environmentally-friendly practices while saving water, especially important during droughts. The key steps to Xeriscaping include planning based on the site's conditions, improving soil, establishing practical turf areas, selecting appropriate plants, extensive mulching, efficient irrigation, and ongoing maintenance.
Urban Water Quality Issues - Green Design & Developmentnacaa
The document discusses green design and development which aims to minimize environmental impacts through practices like reducing impervious surfaces, preserving open spaces, and using low impact development (LID) approaches to better manage stormwater runoff. It provides examples of specific LID techniques like bioretention cells, permeable pavements, vegetated swales, and green roofs that can be integrated into site planning and building design. The goals are to protect water resources by maintaining natural hydrologic functions and reducing flooding, pollution, and development costs.
This document provides guidance on designing and implementing rain gardens for property owners in Kansas. It discusses what rain gardens are and their benefits for managing stormwater runoff. The document outlines six key steps to create a successful rain garden: 1) Understanding your property context, 2) Locating and sizing the rain garden, 3) Designing plantings suited to the site, 4) Excavating and preparing soils, 5) Installing and watering plants, and 6) Monitoring and maintenance. Following these steps while considering local soils, climate and ecology will help create an effective rain garden that reduces runoff impacts and provides habitat.
The Green Infrastructure Center helps communities implement green infrastructure solutions to manage stormwater and conserve natural areas. They provide guidance and case studies on using approaches like low impact development, green roofs, rain gardens, and trees to absorb and filter stormwater runoff. Overdevelopment has increased impervious surfaces and the amount of runoff, while reducing natural infrastructure like forests that previously absorbed water. The document discusses the benefits of green infrastructure in reducing flooding and pollution from stormwater while beautifying areas. It provides best practices for retrofitting existing development and incorporating green approaches into new projects.
Grass Grids are creative finishing arrangements that mix the advantages of conventional hardscapes with the magnificence and supportability of regular grass. These interlocking framework frameworks, regularly made of solid materials, are intended to be loaded up with grass or vegetation. They give stable surfaces to different applications, like carports, parking areas, and walkways, while permitting water to saturate the ground. Grass grids advance eco-neighborliness by overseeing storm water, further developing air quality, relieving heat islands, and supporting metropolitan biodiversity. They are a reasonable and tasteful method for making maintainable and naturally cognizant scenes in both private and business settings.
Why Xeriscaping Makes Good Sense - University of GeorgiaEric832w
Metro Atlanta is reaching the limits of its water resources due to population growth and increased landscaping. Xeriscaping, which uses principles like limited turf areas and water-efficient plants, can reduce outdoor water usage without sacrificing aesthetics. Xeriscaping benefits water authorities by extending limited water supplies, homeowners through reduced maintenance costs, and greenhouses that profit from increased plant and mulch sales. Xeriscaping makes good sense for conserving water resources.
This document contains recommendations for the Diridon Station Area Plan in San Jose to improve environmental sustainability and community benefits. Key recommendations include:
1. Establishing riparian corridor setbacks based on wildlife habitat needs and restoring riparian habitats.
2. Integrating bird-friendly building design and increasing native plants to improve biodiversity, flood control, air quality and reduce greenhouse gases.
3. Requiring affordable housing to be located throughout the Diridon station area, not just in the southern portion, to promote a more walkable and integrated community.
Kansas Rain Garden Design and Implementation Manual ~ Kansas State University
`
For more information, Please see websites below:
`
Organic Edible Schoolyards & Gardening with Children =
http://scribd.com/doc/239851214 ~
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Double Food Production from your School Garden with Organic Tech =
http://scribd.com/doc/239851079 ~
`
Free School Gardening Art Posters =
http://scribd.com/doc/239851159 ~
`
Increase Food Production with Companion Planting in your School Garden =
http://scribd.com/doc/239851159 ~
`
Healthy Foods Dramatically Improves Student Academic Success =
http://scribd.com/doc/239851348 ~
`
City Chickens for your Organic School Garden =
http://scribd.com/doc/239850440 ~
`
Simple Square Foot Gardening for Schools - Teacher Guide =
http://scribd.com/doc/239851110 ~
Waterwise Landscaping: Best Practices Manual - ColoradoFiorella58v
This document is a best practices manual for waterwise landscaping prepared for communities along the Colorado Front Range. It provides guidelines and recommendations for planning, designing, and maintaining water efficient landscapes through principles such as comprehensive site planning, appropriate plant selection, efficient irrigation, and soil improvement. The manual includes plant lists, information on natural landscaping and soils, and a section on calculating a water budget. It aims to educate homeowners on landscape practices that conserve water resources.
Waterwise Landscaping Best Practices Manual - Erie, ColoradoFiorella58v
This document is a best practices manual for waterwise landscaping prepared for communities along the Colorado Front Range. It provides guidelines and recommendations for planning, designing, and maintaining water efficient landscapes through principles such as comprehensive site planning, appropriate plant selection, efficient irrigation, and soil improvement. The manual includes plant lists, information on natural landscaping and soils, and a section on calculating a water budget. It aims to educate homeowners on landscape practices that conserve water resources.
The 9th grade visited the Morrisville City Planner and UNC Botanical Gardens to learn about sustainability. At the city planner, they learned about Morrisville's growth and environmental regulations for development projects. The botanical gardens uses many green building techniques like solar panels, geothermal wells, and water collection. It aims to preserve nature and educate visitors about sustainability.
This document summarizes the keynote presentation on designing and planning for climate-smart communities given by Nancy Somerville and Neil Weinstein to the ASLA Blue Ribbon Panel on Climate Change and Resilience. The presentation outlines core principles and design approaches for creating healthy, climate-smart, and resilient communities. It recommends public policies that support approaches using green infrastructure, transit-oriented development, protection of natural systems and vulnerable communities, among others. The document provides an overview of the presentation content including climate adaptation challenges and opportunities for landscape architects.
Understanding Sustainability for Transportation Projects
The document discusses sustainability as it relates to transportation projects and initiatives. It provides a brief history of the US interstate system and how environmental considerations have evolved over time. It then outlines various strategies transportation agencies are using to enhance sustainability, such as green roads and highway partnerships that incorporate metrics and minimum sustainability requirements. Examples of green highway practices like reforestation and permeable surfaces are also presented. The document concludes by discussing innovations in areas like lighting, soil stabilization and use of recycled materials that can help transportation become more sustainable and environmentally friendly.
Felton Properties Green Roof Report 400 SW 6th Ave Portland,.docxlmelaine
Felton Properties Green Roof Report
400 SW 6th Ave Portland, OR
400 Building
Introduction:
The ecoRoof will combine innovation with practicality. The building is
currently seeking LEED Gold certification, and ecoREAL will work in an
integrated fashion with roofing experts specializing in weatherproofing,
structural engineers and green roof companies specialized in the bio-
regions native plant species to come up with the best design and function
for meeting the building overall green building goals. Water drainage,
low-impact design and aesthetic will be looked at simultaneously. At
each layer of the green roof sustainable design attributes will be assessed
for regional material (especially vegetation) and recycled content (such
as the HDPE geo-cells) in the drainage system along with triple bottom line
life-cycle assessments on how the project affects the context (such as
HVAC systems, and surrounding buildings). Since the building is on a zero-
lot, the green roof grant is critical for pursuing LEED certification relating to
both Sustainable Sites and Water Efficiency credits. The green roof would
augment Felton Properties commitment to retrofitting their existing
building stock to be more sustainable.
Left: Looking South over green roof installation
Right: Looking Northeast over green roof installation
Project Type Commercial retrofit
Technologies
Malarkey roofing tray system 2000 sqft
Tuff Stuff - Sedum Tile
Major Benefits
Stormwater management - limit disruption and pollution of
natural water flows by managing stormwater runoff.
Heat Island Reduction - reduce heat islands to minimize impact
on microclimate and human and wildlife habitat.
Cost $70,192.00
Constructed
.O. Box 17217, Portland, OR 97217-0217
Telephone: (503) 283-1 www.MalarkeyRoofing.com
.O. Box 17217, Portland, OR 97217-0217
Telephone: (503) 283-1 www.MalarkeyRoofing.com
System Components: AVRS Tray System
System Components: Tuff Stuff – Sedum Tile
Technical Data
Vegetation – 95% coverage
Fiber/Soil Base – Approx. 1” thick
Measurements – 15”w x 20”l x 2”-3”h
Area = 2.08 sqft per tile
Max weight – 4.5 #/sqft fully saturated
Irrigation:
No irrigation was used on this project. The tray system chosen was
designed and planted to not utilize any irrigation system.
Budget:
Existing Roof make minor tune up repairs
At window washer davits and supports, clean and reseal all with SBS
modified mastic and with granules
Make misc. minor repairs and reseal all pipe penetrations
At west parapet reseal parapet cap metal flashing joints
Total: $9,900.00
Green roof option 10% of total roof area 2000sqft
Install 1/8 inch protection board underneath green roof trays, 2000sqft
Install Malakey roofing tray system with fully mature ...
Felton Properties Green Roof Report 400 SW 6th Ave Portland,.docxmglenn3
Felton Properties Green Roof Report
400 SW 6th Ave Portland, OR
400 Building
Introduction:
The ecoRoof will combine innovation with practicality. The building is
currently seeking LEED Gold certification, and ecoREAL will work in an
integrated fashion with roofing experts specializing in weatherproofing,
structural engineers and green roof companies specialized in the bio-
regions native plant species to come up with the best design and function
for meeting the building overall green building goals. Water drainage,
low-impact design and aesthetic will be looked at simultaneously. At
each layer of the green roof sustainable design attributes will be assessed
for regional material (especially vegetation) and recycled content (such
as the HDPE geo-cells) in the drainage system along with triple bottom line
life-cycle assessments on how the project affects the context (such as
HVAC systems, and surrounding buildings). Since the building is on a zero-
lot, the green roof grant is critical for pursuing LEED certification relating to
both Sustainable Sites and Water Efficiency credits. The green roof would
augment Felton Properties commitment to retrofitting their existing
building stock to be more sustainable.
Left: Looking South over green roof installation
Right: Looking Northeast over green roof installation
Project Type Commercial retrofit
Technologies
Malarkey roofing tray system 2000 sqft
Tuff Stuff - Sedum Tile
Major Benefits
Stormwater management - limit disruption and pollution of
natural water flows by managing stormwater runoff.
Heat Island Reduction - reduce heat islands to minimize impact
on microclimate and human and wildlife habitat.
Cost $70,192.00
Constructed
.O. Box 17217, Portland, OR 97217-0217
Telephone: (503) 283-1 www.MalarkeyRoofing.com
.O. Box 17217, Portland, OR 97217-0217
Telephone: (503) 283-1 www.MalarkeyRoofing.com
System Components: AVRS Tray System
System Components: Tuff Stuff – Sedum Tile
Technical Data
Vegetation – 95% coverage
Fiber/Soil Base – Approx. 1” thick
Measurements – 15”w x 20”l x 2”-3”h
Area = 2.08 sqft per tile
Max weight – 4.5 #/sqft fully saturated
Irrigation:
No irrigation was used on this project. The tray system chosen was
designed and planted to not utilize any irrigation system.
Budget:
Existing Roof make minor tune up repairs
At window washer davits and supports, clean and reseal all with SBS
modified mastic and with granules
Make misc. minor repairs and reseal all pipe penetrations
At west parapet reseal parapet cap metal flashing joints
Total: $9,900.00
Green roof option 10% of total roof area 2000sqft
Install 1/8 inch protection board underneath green roof trays, 2000sqft
Install Malakey roofing tray system with fully mature.
This presentation was part of my senior capstone course, Environmental Impact Assessment. I and four other seniors produced a report and final presentation of our LEED ND analysis of the squalicum lofts development in Bellingham, WA.
Truly Sustainable Housing in the Green Mountain StateDylan McNeil
This document outlines a plan for developing a sustainable and affordable housing planned unit development (PUD) in Wolcott, Vermont. The 1.9 acre plot would contain 20-25 tiny homes and utilize the majority of open land for agricultural purposes to be maintained and used by residents. Renewable energy sources like solar panels and wind turbines would power the development. The PUD aims to provide housing for low-to-moderate income residents through tools like inclusionary zoning and funding opportunities from organizations focused on sustainable agriculture and energy efficiency.
Grass pavers provide a sustainable alternative to traditional paved parking spaces. They consist of interlocking grids that allow grass to grow through, providing stability for vehicles while retaining environmental benefits like reducing heat absorption and allowing stormwater infiltration. Compared to asphalt and concrete, grass pavers improve drainage, enhance aesthetics, offer environmental and cost advantages, and can be used for parking lots, driveways, emergency access routes, and recreational areas.
Environmental Site Design (ESD) PresentationTheodore Scott
The document discusses Maryland's Environmental Site Design (ESD) philosophy and guidelines for stormwater management. The key aspects of ESD include replicating pre-development hydrology using small-scale practices and non-structural techniques. ESD emphasizes site planning techniques, minimizing impervious surfaces, and infiltration to the maximum extent practicable before using structural controls. The document outlines Maryland's regulations and design manual updates to incorporate ESD principles and the move away from conventional end-of-pipe approaches.
1. Environmental Impact Statement
414 Cross Mountain Drive
Fredericksburg, Gillespie County, Texas
Austin Reynolds
April 24, 2015
Texas State University
2. Statement Summary:
The property 414 Cross Mountain Drive, Fredericksburg, Gillespie County,
Texas served as the point of interest for this environmental impact statement. This
statements overviews three alternative actions for its present and future
development. The property history and current use will be presented to discuss the
need for these alternative actions and the mitigation measures that follow. The first
property action proposed is a no change option, and would require leaving the
single family residence as it is and implementing sustainable environmental
practices throughout the residence and property. The second option is to tear down
the facility by the specified city rules and regulations and sell the lot to the city of
Fredericksburg. The city would specify and protect the site as a historical city park
due to the significance of Cross Mountain’s location directly north under a mile
from the property. Third, the final alternative action would be transitioning the
residence into a bed and breakfast. The bed and breakfast would also try to reduce
environmental impacts by using water and energy conserving technology. The yard
would be maintained by xeriscaping techniques and drip irrigation to provide
growth for native plants. Smart thermostats should be placed in the structure, along
with new low environmental impact kitchen and laundry appliances. Daily
compostand solid waste recycling with further lower environmental impacts.
3. Contents:
I. Title Page……………………………………………………………………. 1
II. Summary……………………………………………………………………..2
III. Table of Contents……………………………………………………………. 3
IV. Purposeand need for the action………………………………………………4
V. Alternatives for site development……………………………………………..5
The preferred action…………………………………………………………..7
VI. Affected Environment/ Environmental Inventory …………………..………..8
VII. Environmental Consequences……………...…………………………..……..8
Justification for action………………………………………………………..12
VIII. References………………………………………………………………….. 13
IX. Appendices…………………………………………………………………...15
X. Plates…………………………………………………………………. (Pocket)
4. Purpose for Action and History:
The acre at 414 Cross Mountain Drive in Fredericksburg, Gillespie County,
Texas shows bothhistoric and cultural promise. The acre sits just one hundred feet
in front of the base of Cross Mountain and Cross Mountain Park. This proximity to
the city park and the pure aesthetic value of the view from the top gives this lot
value for future renovations and construction. Cross Mountain is located on a
historic Marl and Limestone hill with an elevation of 1951 ft. It was used as an
Indian lookout prior to early settlers. In 1847 during the settling of Fredericksburg
a timber cross was found on the hilltop. Early Fredericksburg pioneers gave this
hill the name “Kreuzberg” or Cross Mountain, and they believed the cross to have
been left by early Spanish explorers. In 1946 permanent lighted cross was raised.
The lot was bought from the city of Fredericksburg, and a residential home was
constructed by Rene Hofbrau in 1963. The lot remains as a single family
residential home and was bought in 2005 by the current owner Rondall C.
Slaughter. (Gillespie County 1963, Gillespie County 1982, Gillespie County 1991,
Gillespie County 2005) This scenic location allows this lot to arouse potential for
many economically beneficial uses. The building currently is newly renovated
inside while the outside has been landscaped with a large concrete patio to provide
further economic potential. The alternative actions for this lot could provide a
5. historic economic means for the city, provide further tourist housing, or maintain a
residential home with miniscule environmental impact.
Alternatives:
No action/change: Mitigation to reduce environmental impacts with a no
action plan would be upgrading all energy users of the residence with resource
conservation technology. These changes happen in the exterior and interior of the
home. Exterior changes include xeriscaping all vegetation. The use of low output
sprinkler heads, bubblers, and drip irrigation to conserve water will be installed
(Vines, 1994). Drip irrigation decreases run off and loses less water to evaporation.
(TWDB, 2011) Vegetation native to the area such as Hop Trees, Flame Acanthus,
Rosemary, and Sage should be planted. This vegetation is maintained well in the
areas climate patterns and geography, and decreases the overall environmental
impact. (Vines, 1994) To conserve large amounts of water two different
installations systems could be installed following TCEQ standards (Vickers, 2001).
A rainwater collection system and/or a greywater recycling system should be
installed. Both systems significantly lower the water demands on the property
maintenance and tenant usage. Impervious surfaces would be limited and replaced
with native plants or loamy, sandy soil to decrease run off. (Vickers, 2001) Moving
to the interior of the residence smart thermostats and light dimmers can be used
with home energy management. Smart meters can display your home energy use
6. and help find ways to conserve more. Light emitting diode lightbulbs will further
add to lower energy use. (Energy, 2014) Using smart appliance in the kitchen and
laundry room conserve water and energy through efficiency. Laundry appliances
should all be ENERGY STAR approved. (Energy, 2014) All faucet leaks, air
ducts, and windows will be replaced with new conserving technologies.
The last part of this no action mitigation would be the current residence
actively engaging in sustainable practices in and around the home. This could
involve unplugging electronic devices from the wall when not in use. Opening
windows in the summer and using environmental friendly fireplaces in the winter
would also reduce energy needs. Residence should compostas much solid waste
as possible and recycle all recyclable materials. By engaging in these sustainable
changes this residences overall environmental impact will decrease.
Alternative 1. Conversioninto a Bed and Breakfast.
Mitigation: To ensure this bed and breakfast meets the desired sustainability
standards all changes encouraged in the no action plan should be complete during
the conversion. Native vegetation gardens will be planted around solar powered lit
walkways providing aesthetic qualities for visitors, and providing a native habitat
for wildlife. These gardens also decrease the amount of impervious surface on the
property. Areas with high visitor traffic should be protected with soil and plants
that handle compaction well. Visitor and residence parking areas should be
7. developed with the same compactable soil to decrease runoff. Due to personal
energy demands of each personthe maximum number of visitors should be limited
to four with including two residents. This guest limit will minimize all utility needs
to producea healthy profit margin, decrease heavy traffic flows harmful to the
aesthetic qualities of the unique location, and allow for easy property maintenance.
Amount of solid waste, noise pollution, and soil compaction will also be regulated
with this limit. A guided hike to the top of Cross Mountain will be available to
visitors which would get them out of the house and away from using energy, they
also get a panoramic view of downtown which could increase profit for the city.
Alternative 2. Conversioninto a City Park facility
Mitigation: With this properties location being so close to historical Cross
Mountain a proposed plan of action is too sell the current land and structure to the
city of Fredericksburg. The city could then implement the same sustainable
exterior and interior changes mentioned in the previous two plans to ensure low
environmental impact. This facility would serve the patrons visiting Cross
Mountain with a bathroom and vending machines. An option for a guided hike and
historical program on the history of Cross Mountain would be provided. A small 8
car parking area would be developed following a sustainable pervious to
impervious surface ratio, and with a stable sediment caliche material. Installing
8. new forms of erosion structures should be experimented to lower amounts of
sediment run off in to the residential neighborhood. One caliche walking trail will
be laid to intersect the current Cross Mountain trails running parallel to the north of
the property. Vegetation should be planted native to the area to encourage further
visitor education opportunities and habitat for wildlife. Land Management
guidelines of Gillespie County should be reviewed and followed to promote long
term ecological health and productivity. Two employees would monitor the facility
and the surrounding property to maintain sustainability. Signs will be placed along
the trails to remind visitors of the negative effects they can play on the
environment and ways to decrease these effects. Policies such as pack out what
you pack in, scoop the poop, and other actions should be mandatory.
The PreferredAction:
Converting this single family residence at 414 Cross Mountain Drive
Fredericksburg, Texas into a bed and breakfast is the preferred plan of action in the
EIS. Transitioning the residence into a bed and breakfast would allow the structure
to house a maximum number of people with energy conserving interior and
exterior mitigation at little cost. Cross Mountain will remain as a historic landmark
while allowing guests a panoramic view of downtown Fredericksburg. The view
could entice these visitors to explore downtown and bring profit to the city. The
9. location residing within one mile of Main Street allows visitors to feel close to
downtown while enjoying a low housing density rural experience. No plan of
action would still require mitigating the current residence with the same
sustainable technologies and practices as conversion to a bed and breakfast.
Without the transition potential Cross Mountain Park visitors will be lost, as well
as potential economic productionfor the home owners and Fredericksburgs’
overall economy.
Affected Environment/ Environmental Inventory:
Previously Submitted…………………………………………………SeeAppendix
Environmental Consequences
Resourcerequirements are based on the following:
The property equals 0.96 acres
The area of the entire building equals 2,282 ft with one floor
The area of the property equals 46, 972.5 sq ft.
The area of the property less the area of the building equals 44,690.5
The area of sidewalks, driveways, and outbuildings is 5804.5 ft. sq.
(txcountydata.com 2002)
The total impervious area is 1,380 ft. sq.
The percentage impervious cover is 2,282/ 44,690.5 = 5.4%
The area of landscaping is 46,972.5 ft2 of which 143,295 ft2 is zeroscaping and
1,393 ft2 is xeriscaping
10. 2 owners live on site daily and year round
6 guests per night stay on site
2 employees are needed to operate the site
a. Water resource requirements:
Xeriscaping = 5 gal/ft2 /yr
= 5 gal/ 1393 ft2 /yr = 6,965 gal/yr
Employee water use = 20 gal/2 employees/ day = 40 gal/ day
= 14,600 gal/yr
Eating facility water use = 5 gal/ 12 customers/day = 60 gal/day
21,900 gal/yr
Residential/Hotel water use = 80 gal/ 6 people/ day = 480 gal/ day
175,200 gal/ yr
Total = 580 gal/ day interior use + exterior
= 211,700 + 6,965 = 218,665 gal/ yr
b. Sewage requirements: ---same as inside the house water use = 1260 gal/ day
= 459.900 gal/ year = 1.41 acre feet/ year
c. Energy requirements:
Total Consumption = 20 kw hr / day/ 1,000 ft2 = 240 kw hr / day =
240 kw hr/ day x 365 = 87,600 kw hr / yr = 87,600 lbs of coal / yr
= 43.8 tons coal / yr
Peak Consumption = 2.0 kw / 1,000 ft2 X 12,000 ft2 = 24 kw d. Solid waste
Inside the building: = 400 lbs trash/yr/ person X 12 people = 4,800 lbs/year =
100 lbs trash/yr/person X 30 people = 3,000 lbs/year = 3.9 tons/year
11. Yard waste: = 210 (non-recyclable/compostable items).
e. Transportation
= Approximately 20 vehicle trips/ day X 45 miles per vehicle/day @ 25 mpg =
48 gallon/day X 365 days/ year = 17, 500 gallons/year
f. CO2 production
from 43.8 tons coal X 1.8 tons CO2 per ton/coal = 78.8 tons CO2 from 17,500
gallons X 7.2 lbs CO2/gallon = 126,000 lbs or 63 tons CO2 Total CO2 = 141.8
tons CO2/year
f. Impervious Cover Area of impervious surfaces in ft2 (building,
outbuildings, sidewalks, driveway etc.) 1380 sq. ft.
Area of study site in ft2 = 46,952.5 sq.
Percent Impervious cover = 5.4%
3. Impacts on Urban Quality, Historic and Cultural Resources:
Renovating 414 Cross Mountain Drive and developing a bed and breakfast
would improve the quality of the low density residential neighborhood under a
mile from down town, and add economic benefits to the property owner. Adding
additional overnight vistors will increase the environmental impact of the
property significantly, but the overall outcome benefits multiple functions of the
city. The urban quality could only benefit from seeing more visitors to Cross
Mountain and contributors to the economy of the town.
4. Adverse effects on low-income and minority groups.
The proposed action will have no negative affects on these populations. All
members off the community and its visitors will be allowed free access to the
bed and breakfast trail leading to Cross Mountain.
12. Conflicts with other Federal, State, Local or Native American Activities, Laws,
and Priorities
The current residence is sitting in the single family residential low density
zoning area. Too convert this residence into a bed and breakfast obtaining a
special use permit would be required. (Fredericksburg,
VI. EXPLANATION OF MITIGATION MEASURES
The proposed plan incorporates many mitigation measures. Interior water
conserving fixtures will reduce per capita water use by 15 gallons/day
foovernight guests and five gallons/day for employees and restaurant guests.
Together these measures will conserve 330 gallons/day or 0.37 a.f./year.
Replacing the traditional landscaping with xeriscaping and zeroscaping will save
a startling 7.93 a.f./ year for a total water saving of 8.30 a.f./year. The interior
savings will reduce wastewater by a like amount, that is 330 gallons/day or 0.37
a.f./year. Energy consumption in this all electric facility will come from
replacing all light fixtures with fluorescent light bulbs, replacing current air
conditioning units with higher. SER rated units and raising thermostats. These
measures will save 20 kw/hr electricity/day or 21,900 kw/hr/year or reducing
coal required by 110 tons/year from 438 tons to 328 tons and cutting the electric
bill by nearly $2,000/year. Solid waste will be reduced both inside and outside
the building. Inside the building, solid waste will be reduced by a multifaceted
recycling program that will reduce waste by over 70 percent or 9.1 tons/year.
The composingof yard waste and recycling of as much as possible of items for
the exterior maintenance of the facility will reduce outside solid waste by 15.5
tons/year (based upon 3.5 acres at 1000 g /1 m2). Impervious surfaces will
constitute less than nine (9) percent of the total area of the site. This represents a
13. decrease of two (2) percent from the present configuration of the site by
converting some of the walkways to permeable ecocrete and the replacing of
800 ft2 of the driveway with decomposed granite gravel.
VII. JUSTIFICATION FOR ACTION
Converting the single family home in Fredericksburg, Texas at 414 Cross
Mountain drive potential benefits multiple members of the community. Cross
Mountain Park with receive more diverse attendants from out of town. The view
from the top of the Mountain will encourage these visitors to dive into
sustainable architecture and technologies and share with their own community.
The current residence will also be able to generate a sourceof steady income,
along with the shops ofMain Street Fredericksburg. With its location of rurality
merging with closeness to the city this potential bed and breakfast is a logical
plan of action. Mitigation measures previously discussed for the plan would
reduce the environmental impact of the property significantly. The measures
will costmore to install and upgrade but will pay for themselves in a short
duration, and add to profit for the current residence.
14. References:
Vines, Robert A., 1994. Trees, Shrubs, and Woody Vines of the Southwest, University of Texas
Press. (Brochure)
Texas Water Development Board. 2011 October. A Watering Guide for Texas Landscape. Texas
AgriLife Extension Service.
Vickers, A., 2001. Water Use and conservation: Amherst, Mass. Waterplow Press, 464 p.
Texas Commission on Environmental Quality (TCEQ). 2008. Wastewater Management
Systems. Austin, TX: Texas Commission on Environmental Quality
Texas Parks and Wildlife Department (TPWD). 2007. Annotated County Lists of Rare Species:
Hays County. Austin, TX: Texas Parks and Wildlife Department
Environmental Assessment Association (EAA). 1993. Basic Guide for Environmental
Inspection. Scottsdale, Arizona: Environmental Assessment Association.
Elliot, Danny. June 19, 2014, The City of Fredericksburg Zoning Regulations. City of
Fredericksburg Engineering
Horry, J. April 3, 2015, Water/Wastewater Development Plan Fredericksburg, Texas.
Wastewater Plan Manager.