Deck 7: Managing Solid Waste- a Plastic Surf: Are the Oceans Teeming With Trash- Ecology

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Question
Matter cannot be created nor destroyed; it only changes form. This is the law of _________.

A) conservation of energy
B) waste management
C) conservation of matter
D) no returns
E) sustainability
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Question
Hazardous and nonhazardous wastes in developing countries often end up in open dumps. Which of the following is FALSE regarding open dumps?

A) Open dumps attract pests such as flies and rats.
B) Leachate from open dumps can contaminate groundwater.
C) Sanitary landfills and open dumps are essentially the same thing.
D) Open dumps are one of the cheapest ways to get rid of human trash.
E) All of the above are true.
Question
Sanitary landfills are commonly used in the United States to manage solid waste. Since decomposition in sanitary landfills relies upon anaerobic bacteria (those that live in oxygen-poor environments), a large amount of the greenhouse gas ______ is produced.

A) methane
B) carbon dioxide
C) oxygen
D) nitrogen
E) sulfur
Question
Waste is _____________.

A) anything that humans do not deem valuable to survival
B) a human term used to describe things we throw away
C) any discarded item that can be naturally degraded in the environment
D) common in natural ecosystems
E) all of the above
Question
What are the characteristics of something that is nondegradable?

A) It does not degrade in normal atmospheric conditions.
B) It is mostly synthetic molecules.
C) It is chemically stable.
D) It cannot be broken down by naturally occurring enzymes.
E) All of the above choices are characteristics.
Question
Incineration of waste reduces its volume by 80-90%, which is good. What are problems associated with this practice?

A) the creation of air pollution
B) the creation of water pollution
C) the production of toxic solid waste
D) the cost of incinerators
E) All of the choices listed above are problems associated with incineration.
Question
One of the cheapest and most common methods of handling solid wastes in developing countries is _________.

A) sanitary landfills
B) incinerators
C) recycling
D) open dumps
E) composting
Question
Americans produce _______ amount of solid waste produced by most less-developed countries.

A) half the
B) the same
C) twice the
D) 10 times the
E) 100 times the
Question
  This picture shows people scavenging Cambodia's municipal garbage dump. What does their presence there imply about what has been thrown away?<div style=padding-top: 35px>
This picture shows people scavenging Cambodia's municipal garbage dump. What does their presence there imply about what has been thrown away?
Question
Why can't we permanently get rid of the waste we generate?

A) It is illegal to dump waste in the oceans.
B) Most states prohibit the burning of waste.
C) It would violate the law of conservation of matter.
D) Disposal costs are prohibitive.
E) None of the choices above fit the description.
Question
Incinerators reduce the volume of solid waste by about ______________.

A) 10-20%
B) 30-40%
C) 50-60%
D) 70-80%
E) 80-90%
Question
What is the difference between degradable and biodegradable waste?
Question
Even though a banana peel is biodegradable and is typically broken down at rapid rates, if you bury the peel deep within a landfill, it takes much longer to degrade. Why is this?
Question
Currently, 54% of our waste is put into landfills. According to the EPA, which of the following shows available waste management techniques in order of most preferred to least preferred?

A) recycling/compost, incineration with energy capture, source reduction/reuse, landfilling
B) source reduction/reuse, recycling/composting, incineration with energy capture, landfilling
C) landfilling, recycling/composting, incineration with energy capture, source reduction/reuse
D) source reduction/reuse, incineration with energy capture, recycling/composting, incineration without energy capture
E) recycling/composting, source reduction/reuse, landfilling
Question
A manufacturer of potato chips claims that its packaging can be broken down by living organisms. This packaging is considered _____________.

A) industrial waste
B) nondegradable
C) biodegradable
D) All of the choices listed above fit the description.
E) None of the choices listed above fit the description.
Question
In the United States, 54% of all garbage is categorized as ___________ waste.

A) recycled paper
B) mining
C) municipal paper
D) agricultural and industrial
E) municipal metal
Question
Why is there no such thing as waste in natural, non-human ecosystems?

A) There is not enough consumption to produce waste.
B) The discarded matter of one organism becomes the resources for another.
C) All organisms reuse their own discarded matter.
D) There is one niche in every ecosystem that consumes all waste from the other members of the ecosystem.
E) Waste does exist in natural ecosystems; we just can't see it.
Question
In 2012 alone, each American produced about _____ of solid waste per day.

A) half a pound
B) 2.5 pounds
C) 3.2 pounds
D) 4.3 pounds
E) 10 pounds
Question
The majority of municipal solid waste produced in the United States ends up being __________.

A) recycled
B) composted
C) incinerated
D) landfilled
E) reused
Question
Everyday garbage or trash (solid waste) produced by individuals or small businesses is known as ____________.

A) municipal solid waste
B) industrial solid waste
C) hazardous waste
D) biodegradable
E) sanitary
Question
What is hazardous waste, and why is it considered to be problematic? Discuss two ways the average person can reduce their contribution to the potential problems caused by hazardous waste.
Question
When e-waste is improperly recycled, toxic metals can be released; this can include _________.

A) lead
B) mercury
C) chromium
D) all of the above
E) none of the above
Question
Infographic 7.1
Infographic 7.1   Refer to Infographic 7.1. The pie chart shows components of U.S. municipal solid waste. For each component, describe what can be done to avoid disposal at a sanitary landfill.<div style=padding-top: 35px>
Refer to Infographic 7.1. The pie chart shows components of U.S. municipal solid waste. For each component, describe what can be done to avoid disposal at a sanitary landfill.
Question
Infographic 7.3.
Infographic 7.3.   Refer to Infographic 7.3. Describe the pros and cons of a waste-to-energy incinerator.<div style=padding-top: 35px>
Refer to Infographic 7.3. Describe the pros and cons of a waste-to-energy incinerator.
Question
What is e-waste? Explain why recycling e-waste is a better idea than simply burying it in a hazardous waste landfill. What are the concerns with such recycling efforts?
Question
Infographic 7.2.
Infographic 7.2.   Refer to Infographic 7.2. From the diagram of a sanitary landfill, describe potential environmental issues associated with landfills and what steps are taken to protect the environment.<div style=padding-top: 35px>
Refer to Infographic 7.2. From the diagram of a sanitary landfill, describe potential environmental issues associated with landfills and what steps are taken to protect the environment.
Question
<strong>  Refer to Infographic 7.4. Compare the foraging areas for the two populations of Laysan albatross chicks relative to the locations of the garbage patches. This comparison suggests that _________ birds likely eat more plastic because ___________.</strong> A) the Oahu; they have a smaller foraging area B) the Kure; a large portion of the Western Garbage Patch is in their foraging area C) the Kure; they have a larger foraging area D) the Oahu; their actual nesting site is closer to the Eastern Garbage Patch E) neither the Kure nor the Oahu; they can both avoid foraging in the area of the garbage patches <div style=padding-top: 35px>
Refer to Infographic 7.4. Compare the foraging areas for the two populations of Laysan albatross chicks relative to the locations of the garbage patches. This comparison suggests that _________ birds likely eat more plastic because ___________.

A) the Oahu; they have a smaller foraging area
B) the Kure; a large portion of the Western Garbage Patch is in their foraging area
C) the Kure; they have a larger foraging area
D) the Oahu; their actual nesting site is closer to the Eastern Garbage Patch
E) neither the Kure nor the Oahu; they can both avoid foraging in the area of the garbage patches
Question
What is the MOST appropriate way to handle hazardous waste?

A) Incinerate it, as burning eliminates all toxic waste.
B) Landfill it, as leachate contains the hazardous waste and prevents it from contaminating ground water.
C) Dump it in the ocean, as the volume of water dilutes the waste, essentially making it nonhazardous.
D) Send it to developing countries in Africa, as they have developed methods of extracting the valuable components of such waste without causing harm to the workers.
E) None of the above is an appropriate way to handle hazardous waste.
Question
Waste that is not disposed of correctly may end up in the oceans. How can we reduce the amount of waste that ends up in the oceans?
Question
Which of the following waste and waste management techniques are best matched up so as to cause the least harm to ecosystems?

A) aluminum cans-incinerating
B) pesticides-dumping in waterways
C) paper waste-open dumps
D) yard waste-composting
E) e-waste-landfilling
Question
Which of the following is NOT a component of a newer sanitary landfill?

A) a leachate collection system
B) an incinerator
C) a plastic liner
D) compacted clay and waste
E) daily earth cover
Question
It has been shown that a bottle deposit, a center for returning and recycling bottles and cans, significantly reduces the amount of plastic or glass bottles and aluminum cans that end up in a landfill. Not all states have a bottle deposit. What would be the benefits of having a bottle deposit in all states?
Question
Tiny bits of plastic gather in specific areas of the world's oceans where strong currents circle around areas with very weak, or even no, currents. These regions are called __________.

A) Bermuda triangles
B) gyres
C) pods
D) waterfills
E) neuston layers
Question
__________ is harmful to humans; it is toxic, flammable, corrosive, explosive, and/or radioactive.

A) Biodegradable waste
B) Sanitary landfill waste
C) Municipal waste
D) Hazardous waste
E) Industrial waste
Question
Ecological concerns regarding plastics in oceans include which of the following?

A) Sea mammals can get tangled in discarded plastic items, such as fishing nets and six-pack rings.
B) Seabirds eat plastic, mistaking it for food, and may end up choking on the plastic.
C) Plastic absorbs fat-soluble pollutants such as PCBs and DDT; these are toxins known to bioaccumulate in the tissues of marine organisms and biomagnify up food chains.
D) Floating bits of plastic can serve as attachment points for fish eggs, barnacles, and many types of larval and juvenile organisms, and thus they could potentially transport harmful, invasive species to new locales.
E) All of the above are concerns regarding plastics in oceans.
Question
Aquatic ecosystems are considered particularly vulnerable to plastic waste. Describe four ways that plastic waste can affect aquatic species and ecosystems.
Question
Match the waste management method to its potential harm to ecosystems.

A) landfills-ground water contamination from leachate
B) incineration-production of methane, a greenhouse gas
C) ocean dumping-toxic ash as waste breaks down under sunlight
D) composting-thermal (heat) pollution in local waterways
E) recycling-release of hazardous waste due to combustion of recyclable material
Question
What are the potential environmental consequences of disposing of waste via landfilling and incineration? What systems exist in each disposal method to try and prevent these potential problems?
Question
Which of the following is NOT considered hazardous waste?

A) pesticides
B) automotive oil
C) plastic bottles
D) e-waste
E) compact fluorescent light bulbs
Question
Hazardous waste is __________.

A) any material that humans deem to be unwanted
B) everyday garbage or trash produced by individuals or small businesses
C) waste that is capable of being broken down by living organisms
D) waste that is incapable of being broken down under normal conditions
E) waste that is toxic, flammable, corrosive, explosive, or radioactive
Question
A city is considering constructing a new industrial park to increase revenue and exports. They also want to make the park sustainable, so they should employ techniques used in __________.

A) industrial ecology
B) ecological downsizes
C) riparian restoration
D) landfill production
E) all of the above
Question
What everyday changes can you make to reduce the amount of waste you produce?
Question
Infographic 7.7.
Infographic 7.7.   Refer to Infographic 7.7. Use the infographic to describe an eco-industrial park and the advantages of using such innovations.<div style=padding-top: 35px>
Refer to Infographic 7.7. Use the infographic to describe an eco-industrial park and the advantages of using such innovations.
Question
Which of the following materials should NOT be added to a compost pile?

A) pet waste
B) livestock manure
C) paper
D) dead leaves
E) All of the above could be added to a compost pile.
Question
Choosing to buy goods with minimal packaging is an example of ____.

A) refusing
B) reducing
C) reusing
D) recycling
E) de-manufacturing
Question
Consumers can decrease the amount of landfilled solid waste by ___________.

A) refusing to purchase products that contribute to solid waste generation
B) purchasing goods with minimal packaging
C) finding ways to reuse materials instead of purchasing new ones
D) actively recycling materials
E) All of the choices listed above will decrease the amount of landfilled solid waste.
Question
Infographic 7.8.
Infographic 7.8.   Refer to Infographic 7.8. What are the three required steps of recycling? Which step drives the entire process and is therefore most important?<div style=padding-top: 35px>
Refer to Infographic 7.8. What are the three required steps of recycling? Which step drives the entire process and is therefore most important?
Question
Disassembling equipment, machinery, and appliances into components which can be salvaged or reused is an example of ___________.

A) refusing
B) reducing
C) negative feedback
D) limited growth
E) de-manufacturing
Question
Declining to take a plastic bag for a few items purchased at a store is an example of ________.

A) refusing
B) reducing
C) reusing
D) recycling
E) de-manufacturing
Question
Hazardous waste not only affects humans but also other living organisms in a variety of ecosystems when disposed of improperly. Explain how hazardous waste can affect different organisms and why it is important to reduce human use of these products.
Question
Composting kitchen and yard waste is an example of ____________.

A) refusing
B) reducing
C) reusing
D) recycling
E) de-manufacturing
Question
Many states in the United States have "take back laws" which require manufacturers to take back some of their products (such as computers) after the consumer has finished with it. How does this encourage companies to rethink their product design?
Question
Infographic 7.8.
Infographic 7.8.   Refer to Infographic 7.8. What options do consumers have for disposing of their waste, and which options are the most environmentally friendly? Refer to the infographic to support your answer.<div style=padding-top: 35px>
Refer to Infographic 7.8. What options do consumers have for disposing of their waste, and which options are the most environmentally friendly? Refer to the infographic to support your answer.
Question
_______ is the process of allowing waste to biologically decompose in the presence of oxygen and water.

A) Bioaccumulation
B) Composting
C) Recycling
D) Eutrophication
E) Hypoxia
Question
A soup company wants to reduce the waste associated with its soup packaging. Which option among the ones listed below would help it to accomplish this goal?

A) Make the soup out of organically grown vegetables.
B) Encourage consumers to burn the soup cans as a source of heat.
C) Package the soup in reusable glass containers.
D) Encourage the location of landfills in communities near the factory so that the surplus soup ingredients and packaging materials can be landfilled locally.
E) Package the soup in smaller cans.
Question
At the grocery store, you are faced with a dilemma. Which container of milk is the most eco-friendly (plastic, paperboard, or glass)? Discuss impacts and trade-offs for each type.
Question
Which of the following is NOT a way to personally reduce your solid waste production?

A) filling a canteen instead of using plastic water bottles
B) buying goods with minimal packaging
C) composting kitchen and yard wastes
D) buying organic foods from developing countries
E) reusing plastic shopping bags for household chores
Question
Often, humans use hazardous materials without even knowing that the products they are using are harmful. What are some products that qualify as household hazardous waste? What efforts do you think should be made to make people more aware of the products they are using and how they should be properly disposed of?
Question
The four R's to help an individual limit waste production are _______________.

A) reclaim, rename, retake, and recycle
B) recycle, recycle, recycle, and recycle
C) ratify, rectify, remedy, and reframe
D) refuse, reduce, reuse, and recycle
E) revamp, retrofit, reduce, and regulation
Question
_________ require(s) manufacturers to take back some of their products after consumers are finished with them.

A) Cradle-to-cradle laws
B) Take back laws
C) De-manufacturing
D) Reuse laws
E) Reduction laws
Question
Match between columns
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
municipal solid waste (MSW)
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
hazardous waste
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
leachate
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
open dumps
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
nondegradable
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
recycle
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
sanitary landfills
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
reduce
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
biodegradable
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
incinerators
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
composting
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
reuse
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
waste
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
refuse
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
e-waste
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
eco-industrial parks
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
municipal solid waste (MSW)
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
hazardous waste
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
leachate
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
open dumps
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
nondegradable
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
recycle
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
sanitary landfills
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
reduce
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
biodegradable
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
incinerators
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
composting
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
reuse
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
waste
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
refuse
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
e-waste
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
eco-industrial parks
Places where trash, both hazardous and nonhazardous, is simply piled up
municipal solid waste (MSW)
Places where trash, both hazardous and nonhazardous, is simply piled up
hazardous waste
Places where trash, both hazardous and nonhazardous, is simply piled up
leachate
Places where trash, both hazardous and nonhazardous, is simply piled up
open dumps
Places where trash, both hazardous and nonhazardous, is simply piled up
nondegradable
Places where trash, both hazardous and nonhazardous, is simply piled up
recycle
Places where trash, both hazardous and nonhazardous, is simply piled up
sanitary landfills
Places where trash, both hazardous and nonhazardous, is simply piled up
reduce
Places where trash, both hazardous and nonhazardous, is simply piled up
biodegradable
Places where trash, both hazardous and nonhazardous, is simply piled up
incinerators
Places where trash, both hazardous and nonhazardous, is simply piled up
composting
Places where trash, both hazardous and nonhazardous, is simply piled up
reuse
Places where trash, both hazardous and nonhazardous, is simply piled up
waste
Places where trash, both hazardous and nonhazardous, is simply piled up
refuse
Places where trash, both hazardous and nonhazardous, is simply piled up
e-waste
Places where trash, both hazardous and nonhazardous, is simply piled up
eco-industrial parks
Waste that is toxic, flammable, corrosive, explosive, or radioactive
municipal solid waste (MSW)
Waste that is toxic, flammable, corrosive, explosive, or radioactive
hazardous waste
Waste that is toxic, flammable, corrosive, explosive, or radioactive
leachate
Waste that is toxic, flammable, corrosive, explosive, or radioactive
open dumps
Waste that is toxic, flammable, corrosive, explosive, or radioactive
nondegradable
Waste that is toxic, flammable, corrosive, explosive, or radioactive
recycle
Waste that is toxic, flammable, corrosive, explosive, or radioactive
sanitary landfills
Waste that is toxic, flammable, corrosive, explosive, or radioactive
reduce
Waste that is toxic, flammable, corrosive, explosive, or radioactive
biodegradable
Waste that is toxic, flammable, corrosive, explosive, or radioactive
incinerators
Waste that is toxic, flammable, corrosive, explosive, or radioactive
composting
Waste that is toxic, flammable, corrosive, explosive, or radioactive
reuse
Waste that is toxic, flammable, corrosive, explosive, or radioactive
waste
Waste that is toxic, flammable, corrosive, explosive, or radioactive
refuse
Waste that is toxic, flammable, corrosive, explosive, or radioactive
e-waste
Waste that is toxic, flammable, corrosive, explosive, or radioactive
eco-industrial parks
Reprocessing items to make new products
municipal solid waste (MSW)
Reprocessing items to make new products
hazardous waste
Reprocessing items to make new products
leachate
Reprocessing items to make new products
open dumps
Reprocessing items to make new products
nondegradable
Reprocessing items to make new products
recycle
Reprocessing items to make new products
sanitary landfills
Reprocessing items to make new products
reduce
Reprocessing items to make new products
biodegradable
Reprocessing items to make new products
incinerators
Reprocessing items to make new products
composting
Reprocessing items to make new products
reuse
Reprocessing items to make new products
waste
Reprocessing items to make new products
refuse
Reprocessing items to make new products
e-waste
Reprocessing items to make new products
eco-industrial parks
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
municipal solid waste (MSW)
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
hazardous waste
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
leachate
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
open dumps
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
nondegradable
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
recycle
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
sanitary landfills
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
reduce
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
biodegradable
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
incinerators
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
composting
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
reuse
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
waste
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
refuse
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
e-waste
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
eco-industrial parks
Everyday garbage or trash (solid waste) produced by individuals or small businesses
municipal solid waste (MSW)
Everyday garbage or trash (solid waste) produced by individuals or small businesses
hazardous waste
Everyday garbage or trash (solid waste) produced by individuals or small businesses
leachate
Everyday garbage or trash (solid waste) produced by individuals or small businesses
open dumps
Everyday garbage or trash (solid waste) produced by individuals or small businesses
nondegradable
Everyday garbage or trash (solid waste) produced by individuals or small businesses
recycle
Everyday garbage or trash (solid waste) produced by individuals or small businesses
sanitary landfills
Everyday garbage or trash (solid waste) produced by individuals or small businesses
reduce
Everyday garbage or trash (solid waste) produced by individuals or small businesses
biodegradable
Everyday garbage or trash (solid waste) produced by individuals or small businesses
incinerators
Everyday garbage or trash (solid waste) produced by individuals or small businesses
composting
Everyday garbage or trash (solid waste) produced by individuals or small businesses
reuse
Everyday garbage or trash (solid waste) produced by individuals or small businesses
waste
Everyday garbage or trash (solid waste) produced by individuals or small businesses
refuse
Everyday garbage or trash (solid waste) produced by individuals or small businesses
e-waste
Everyday garbage or trash (solid waste) produced by individuals or small businesses
eco-industrial parks
Incapable of being broken down under normal conditions
municipal solid waste (MSW)
Incapable of being broken down under normal conditions
hazardous waste
Incapable of being broken down under normal conditions
leachate
Incapable of being broken down under normal conditions
open dumps
Incapable of being broken down under normal conditions
nondegradable
Incapable of being broken down under normal conditions
recycle
Incapable of being broken down under normal conditions
sanitary landfills
Incapable of being broken down under normal conditions
reduce
Incapable of being broken down under normal conditions
biodegradable
Incapable of being broken down under normal conditions
incinerators
Incapable of being broken down under normal conditions
composting
Incapable of being broken down under normal conditions
reuse
Incapable of being broken down under normal conditions
waste
Incapable of being broken down under normal conditions
refuse
Incapable of being broken down under normal conditions
e-waste
Incapable of being broken down under normal conditions
eco-industrial parks
Any material that humans deem to be unwanted
municipal solid waste (MSW)
Any material that humans deem to be unwanted
hazardous waste
Any material that humans deem to be unwanted
leachate
Any material that humans deem to be unwanted
open dumps
Any material that humans deem to be unwanted
nondegradable
Any material that humans deem to be unwanted
recycle
Any material that humans deem to be unwanted
sanitary landfills
Any material that humans deem to be unwanted
reduce
Any material that humans deem to be unwanted
biodegradable
Any material that humans deem to be unwanted
incinerators
Any material that humans deem to be unwanted
composting
Any material that humans deem to be unwanted
reuse
Any material that humans deem to be unwanted
waste
Any material that humans deem to be unwanted
refuse
Any material that humans deem to be unwanted
e-waste
Any material that humans deem to be unwanted
eco-industrial parks
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
municipal solid waste (MSW)
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
hazardous waste
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
leachate
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
open dumps
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
nondegradable
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
recycle
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
sanitary landfills
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
reduce
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
biodegradable
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
incinerators
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
composting
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
reuse
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
waste
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
refuse
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
e-waste
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
eco-industrial parks
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
municipal solid waste (MSW)
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
hazardous waste
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
leachate
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
open dumps
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
nondegradable
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
recycle
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
sanitary landfills
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
reduce
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
biodegradable
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
incinerators
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
composting
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
reuse
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
waste
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
refuse
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
e-waste
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
eco-industrial parks
Facilities that burn trash at high temperatures
municipal solid waste (MSW)
Facilities that burn trash at high temperatures
hazardous waste
Facilities that burn trash at high temperatures
leachate
Facilities that burn trash at high temperatures
open dumps
Facilities that burn trash at high temperatures
nondegradable
Facilities that burn trash at high temperatures
recycle
Facilities that burn trash at high temperatures
sanitary landfills
Facilities that burn trash at high temperatures
reduce
Facilities that burn trash at high temperatures
biodegradable
Facilities that burn trash at high temperatures
incinerators
Facilities that burn trash at high temperatures
composting
Facilities that burn trash at high temperatures
reuse
Facilities that burn trash at high temperatures
waste
Facilities that burn trash at high temperatures
refuse
Facilities that burn trash at high temperatures
e-waste
Facilities that burn trash at high temperatures
eco-industrial parks
Water that carries solutes (often contaminated) that can percolate through soil
municipal solid waste (MSW)
Water that carries solutes (often contaminated) that can percolate through soil
hazardous waste
Water that carries solutes (often contaminated) that can percolate through soil
leachate
Water that carries solutes (often contaminated) that can percolate through soil
open dumps
Water that carries solutes (often contaminated) that can percolate through soil
nondegradable
Water that carries solutes (often contaminated) that can percolate through soil
recycle
Water that carries solutes (often contaminated) that can percolate through soil
sanitary landfills
Water that carries solutes (often contaminated) that can percolate through soil
reduce
Water that carries solutes (often contaminated) that can percolate through soil
biodegradable
Water that carries solutes (often contaminated) that can percolate through soil
incinerators
Water that carries solutes (often contaminated) that can percolate through soil
composting
Water that carries solutes (often contaminated) that can percolate through soil
reuse
Water that carries solutes (often contaminated) that can percolate through soil
waste
Water that carries solutes (often contaminated) that can percolate through soil
refuse
Water that carries solutes (often contaminated) that can percolate through soil
e-waste
Water that carries solutes (often contaminated) that can percolate through soil
eco-industrial parks
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
municipal solid waste (MSW)
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
hazardous waste
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
leachate
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
open dumps
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
nondegradable
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
recycle
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
sanitary landfills
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
reduce
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
biodegradable
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
incinerators
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
composting
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
reuse
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
waste
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
refuse
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
e-waste
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
eco-industrial parks
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
municipal solid waste (MSW)
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
hazardous waste
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
leachate
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
open dumps
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
nondegradable
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
recycle
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
sanitary landfills
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
reduce
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
biodegradable
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
incinerators
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
composting
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
reuse
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
waste
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
refuse
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
e-waste
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
eco-industrial parks
Capable of being broken down by living organisms
municipal solid waste (MSW)
Capable of being broken down by living organisms
hazardous waste
Capable of being broken down by living organisms
leachate
Capable of being broken down by living organisms
open dumps
Capable of being broken down by living organisms
nondegradable
Capable of being broken down by living organisms
recycle
Capable of being broken down by living organisms
sanitary landfills
Capable of being broken down by living organisms
reduce
Capable of being broken down by living organisms
biodegradable
Capable of being broken down by living organisms
incinerators
Capable of being broken down by living organisms
composting
Capable of being broken down by living organisms
reuse
Capable of being broken down by living organisms
waste
Capable of being broken down by living organisms
refuse
Capable of being broken down by living organisms
e-waste
Capable of being broken down by living organisms
eco-industrial parks
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Deck 7: Managing Solid Waste- a Plastic Surf: Are the Oceans Teeming With Trash- Ecology
1
Matter cannot be created nor destroyed; it only changes form. This is the law of _________.

A) conservation of energy
B) waste management
C) conservation of matter
D) no returns
E) sustainability
conservation of matter
2
Hazardous and nonhazardous wastes in developing countries often end up in open dumps. Which of the following is FALSE regarding open dumps?

A) Open dumps attract pests such as flies and rats.
B) Leachate from open dumps can contaminate groundwater.
C) Sanitary landfills and open dumps are essentially the same thing.
D) Open dumps are one of the cheapest ways to get rid of human trash.
E) All of the above are true.
Sanitary landfills and open dumps are essentially the same thing.
3
Sanitary landfills are commonly used in the United States to manage solid waste. Since decomposition in sanitary landfills relies upon anaerobic bacteria (those that live in oxygen-poor environments), a large amount of the greenhouse gas ______ is produced.

A) methane
B) carbon dioxide
C) oxygen
D) nitrogen
E) sulfur
methane
4
Waste is _____________.

A) anything that humans do not deem valuable to survival
B) a human term used to describe things we throw away
C) any discarded item that can be naturally degraded in the environment
D) common in natural ecosystems
E) all of the above
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5
What are the characteristics of something that is nondegradable?

A) It does not degrade in normal atmospheric conditions.
B) It is mostly synthetic molecules.
C) It is chemically stable.
D) It cannot be broken down by naturally occurring enzymes.
E) All of the above choices are characteristics.
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6
Incineration of waste reduces its volume by 80-90%, which is good. What are problems associated with this practice?

A) the creation of air pollution
B) the creation of water pollution
C) the production of toxic solid waste
D) the cost of incinerators
E) All of the choices listed above are problems associated with incineration.
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7
One of the cheapest and most common methods of handling solid wastes in developing countries is _________.

A) sanitary landfills
B) incinerators
C) recycling
D) open dumps
E) composting
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8
Americans produce _______ amount of solid waste produced by most less-developed countries.

A) half the
B) the same
C) twice the
D) 10 times the
E) 100 times the
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9
  This picture shows people scavenging Cambodia's municipal garbage dump. What does their presence there imply about what has been thrown away?
This picture shows people scavenging Cambodia's municipal garbage dump. What does their presence there imply about what has been thrown away?
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10
Why can't we permanently get rid of the waste we generate?

A) It is illegal to dump waste in the oceans.
B) Most states prohibit the burning of waste.
C) It would violate the law of conservation of matter.
D) Disposal costs are prohibitive.
E) None of the choices above fit the description.
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11
Incinerators reduce the volume of solid waste by about ______________.

A) 10-20%
B) 30-40%
C) 50-60%
D) 70-80%
E) 80-90%
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12
What is the difference between degradable and biodegradable waste?
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13
Even though a banana peel is biodegradable and is typically broken down at rapid rates, if you bury the peel deep within a landfill, it takes much longer to degrade. Why is this?
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14
Currently, 54% of our waste is put into landfills. According to the EPA, which of the following shows available waste management techniques in order of most preferred to least preferred?

A) recycling/compost, incineration with energy capture, source reduction/reuse, landfilling
B) source reduction/reuse, recycling/composting, incineration with energy capture, landfilling
C) landfilling, recycling/composting, incineration with energy capture, source reduction/reuse
D) source reduction/reuse, incineration with energy capture, recycling/composting, incineration without energy capture
E) recycling/composting, source reduction/reuse, landfilling
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15
A manufacturer of potato chips claims that its packaging can be broken down by living organisms. This packaging is considered _____________.

A) industrial waste
B) nondegradable
C) biodegradable
D) All of the choices listed above fit the description.
E) None of the choices listed above fit the description.
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16
In the United States, 54% of all garbage is categorized as ___________ waste.

A) recycled paper
B) mining
C) municipal paper
D) agricultural and industrial
E) municipal metal
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17
Why is there no such thing as waste in natural, non-human ecosystems?

A) There is not enough consumption to produce waste.
B) The discarded matter of one organism becomes the resources for another.
C) All organisms reuse their own discarded matter.
D) There is one niche in every ecosystem that consumes all waste from the other members of the ecosystem.
E) Waste does exist in natural ecosystems; we just can't see it.
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18
In 2012 alone, each American produced about _____ of solid waste per day.

A) half a pound
B) 2.5 pounds
C) 3.2 pounds
D) 4.3 pounds
E) 10 pounds
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19
The majority of municipal solid waste produced in the United States ends up being __________.

A) recycled
B) composted
C) incinerated
D) landfilled
E) reused
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20
Everyday garbage or trash (solid waste) produced by individuals or small businesses is known as ____________.

A) municipal solid waste
B) industrial solid waste
C) hazardous waste
D) biodegradable
E) sanitary
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21
What is hazardous waste, and why is it considered to be problematic? Discuss two ways the average person can reduce their contribution to the potential problems caused by hazardous waste.
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22
When e-waste is improperly recycled, toxic metals can be released; this can include _________.

A) lead
B) mercury
C) chromium
D) all of the above
E) none of the above
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23
Infographic 7.1
Infographic 7.1   Refer to Infographic 7.1. The pie chart shows components of U.S. municipal solid waste. For each component, describe what can be done to avoid disposal at a sanitary landfill.
Refer to Infographic 7.1. The pie chart shows components of U.S. municipal solid waste. For each component, describe what can be done to avoid disposal at a sanitary landfill.
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24
Infographic 7.3.
Infographic 7.3.   Refer to Infographic 7.3. Describe the pros and cons of a waste-to-energy incinerator.
Refer to Infographic 7.3. Describe the pros and cons of a waste-to-energy incinerator.
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25
What is e-waste? Explain why recycling e-waste is a better idea than simply burying it in a hazardous waste landfill. What are the concerns with such recycling efforts?
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26
Infographic 7.2.
Infographic 7.2.   Refer to Infographic 7.2. From the diagram of a sanitary landfill, describe potential environmental issues associated with landfills and what steps are taken to protect the environment.
Refer to Infographic 7.2. From the diagram of a sanitary landfill, describe potential environmental issues associated with landfills and what steps are taken to protect the environment.
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27
<strong>  Refer to Infographic 7.4. Compare the foraging areas for the two populations of Laysan albatross chicks relative to the locations of the garbage patches. This comparison suggests that _________ birds likely eat more plastic because ___________.</strong> A) the Oahu; they have a smaller foraging area B) the Kure; a large portion of the Western Garbage Patch is in their foraging area C) the Kure; they have a larger foraging area D) the Oahu; their actual nesting site is closer to the Eastern Garbage Patch E) neither the Kure nor the Oahu; they can both avoid foraging in the area of the garbage patches
Refer to Infographic 7.4. Compare the foraging areas for the two populations of Laysan albatross chicks relative to the locations of the garbage patches. This comparison suggests that _________ birds likely eat more plastic because ___________.

A) the Oahu; they have a smaller foraging area
B) the Kure; a large portion of the Western Garbage Patch is in their foraging area
C) the Kure; they have a larger foraging area
D) the Oahu; their actual nesting site is closer to the Eastern Garbage Patch
E) neither the Kure nor the Oahu; they can both avoid foraging in the area of the garbage patches
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28
What is the MOST appropriate way to handle hazardous waste?

A) Incinerate it, as burning eliminates all toxic waste.
B) Landfill it, as leachate contains the hazardous waste and prevents it from contaminating ground water.
C) Dump it in the ocean, as the volume of water dilutes the waste, essentially making it nonhazardous.
D) Send it to developing countries in Africa, as they have developed methods of extracting the valuable components of such waste without causing harm to the workers.
E) None of the above is an appropriate way to handle hazardous waste.
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29
Waste that is not disposed of correctly may end up in the oceans. How can we reduce the amount of waste that ends up in the oceans?
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30
Which of the following waste and waste management techniques are best matched up so as to cause the least harm to ecosystems?

A) aluminum cans-incinerating
B) pesticides-dumping in waterways
C) paper waste-open dumps
D) yard waste-composting
E) e-waste-landfilling
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31
Which of the following is NOT a component of a newer sanitary landfill?

A) a leachate collection system
B) an incinerator
C) a plastic liner
D) compacted clay and waste
E) daily earth cover
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32
It has been shown that a bottle deposit, a center for returning and recycling bottles and cans, significantly reduces the amount of plastic or glass bottles and aluminum cans that end up in a landfill. Not all states have a bottle deposit. What would be the benefits of having a bottle deposit in all states?
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33
Tiny bits of plastic gather in specific areas of the world's oceans where strong currents circle around areas with very weak, or even no, currents. These regions are called __________.

A) Bermuda triangles
B) gyres
C) pods
D) waterfills
E) neuston layers
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34
__________ is harmful to humans; it is toxic, flammable, corrosive, explosive, and/or radioactive.

A) Biodegradable waste
B) Sanitary landfill waste
C) Municipal waste
D) Hazardous waste
E) Industrial waste
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35
Ecological concerns regarding plastics in oceans include which of the following?

A) Sea mammals can get tangled in discarded plastic items, such as fishing nets and six-pack rings.
B) Seabirds eat plastic, mistaking it for food, and may end up choking on the plastic.
C) Plastic absorbs fat-soluble pollutants such as PCBs and DDT; these are toxins known to bioaccumulate in the tissues of marine organisms and biomagnify up food chains.
D) Floating bits of plastic can serve as attachment points for fish eggs, barnacles, and many types of larval and juvenile organisms, and thus they could potentially transport harmful, invasive species to new locales.
E) All of the above are concerns regarding plastics in oceans.
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36
Aquatic ecosystems are considered particularly vulnerable to plastic waste. Describe four ways that plastic waste can affect aquatic species and ecosystems.
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37
Match the waste management method to its potential harm to ecosystems.

A) landfills-ground water contamination from leachate
B) incineration-production of methane, a greenhouse gas
C) ocean dumping-toxic ash as waste breaks down under sunlight
D) composting-thermal (heat) pollution in local waterways
E) recycling-release of hazardous waste due to combustion of recyclable material
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38
What are the potential environmental consequences of disposing of waste via landfilling and incineration? What systems exist in each disposal method to try and prevent these potential problems?
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39
Which of the following is NOT considered hazardous waste?

A) pesticides
B) automotive oil
C) plastic bottles
D) e-waste
E) compact fluorescent light bulbs
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40
Hazardous waste is __________.

A) any material that humans deem to be unwanted
B) everyday garbage or trash produced by individuals or small businesses
C) waste that is capable of being broken down by living organisms
D) waste that is incapable of being broken down under normal conditions
E) waste that is toxic, flammable, corrosive, explosive, or radioactive
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41
A city is considering constructing a new industrial park to increase revenue and exports. They also want to make the park sustainable, so they should employ techniques used in __________.

A) industrial ecology
B) ecological downsizes
C) riparian restoration
D) landfill production
E) all of the above
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42
What everyday changes can you make to reduce the amount of waste you produce?
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43
Infographic 7.7.
Infographic 7.7.   Refer to Infographic 7.7. Use the infographic to describe an eco-industrial park and the advantages of using such innovations.
Refer to Infographic 7.7. Use the infographic to describe an eco-industrial park and the advantages of using such innovations.
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44
Which of the following materials should NOT be added to a compost pile?

A) pet waste
B) livestock manure
C) paper
D) dead leaves
E) All of the above could be added to a compost pile.
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45
Choosing to buy goods with minimal packaging is an example of ____.

A) refusing
B) reducing
C) reusing
D) recycling
E) de-manufacturing
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46
Consumers can decrease the amount of landfilled solid waste by ___________.

A) refusing to purchase products that contribute to solid waste generation
B) purchasing goods with minimal packaging
C) finding ways to reuse materials instead of purchasing new ones
D) actively recycling materials
E) All of the choices listed above will decrease the amount of landfilled solid waste.
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47
Infographic 7.8.
Infographic 7.8.   Refer to Infographic 7.8. What are the three required steps of recycling? Which step drives the entire process and is therefore most important?
Refer to Infographic 7.8. What are the three required steps of recycling? Which step drives the entire process and is therefore most important?
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48
Disassembling equipment, machinery, and appliances into components which can be salvaged or reused is an example of ___________.

A) refusing
B) reducing
C) negative feedback
D) limited growth
E) de-manufacturing
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49
Declining to take a plastic bag for a few items purchased at a store is an example of ________.

A) refusing
B) reducing
C) reusing
D) recycling
E) de-manufacturing
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50
Hazardous waste not only affects humans but also other living organisms in a variety of ecosystems when disposed of improperly. Explain how hazardous waste can affect different organisms and why it is important to reduce human use of these products.
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51
Composting kitchen and yard waste is an example of ____________.

A) refusing
B) reducing
C) reusing
D) recycling
E) de-manufacturing
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52
Many states in the United States have "take back laws" which require manufacturers to take back some of their products (such as computers) after the consumer has finished with it. How does this encourage companies to rethink their product design?
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53
Infographic 7.8.
Infographic 7.8.   Refer to Infographic 7.8. What options do consumers have for disposing of their waste, and which options are the most environmentally friendly? Refer to the infographic to support your answer.
Refer to Infographic 7.8. What options do consumers have for disposing of their waste, and which options are the most environmentally friendly? Refer to the infographic to support your answer.
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54
_______ is the process of allowing waste to biologically decompose in the presence of oxygen and water.

A) Bioaccumulation
B) Composting
C) Recycling
D) Eutrophication
E) Hypoxia
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55
A soup company wants to reduce the waste associated with its soup packaging. Which option among the ones listed below would help it to accomplish this goal?

A) Make the soup out of organically grown vegetables.
B) Encourage consumers to burn the soup cans as a source of heat.
C) Package the soup in reusable glass containers.
D) Encourage the location of landfills in communities near the factory so that the surplus soup ingredients and packaging materials can be landfilled locally.
E) Package the soup in smaller cans.
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56
At the grocery store, you are faced with a dilemma. Which container of milk is the most eco-friendly (plastic, paperboard, or glass)? Discuss impacts and trade-offs for each type.
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57
Which of the following is NOT a way to personally reduce your solid waste production?

A) filling a canteen instead of using plastic water bottles
B) buying goods with minimal packaging
C) composting kitchen and yard wastes
D) buying organic foods from developing countries
E) reusing plastic shopping bags for household chores
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58
Often, humans use hazardous materials without even knowing that the products they are using are harmful. What are some products that qualify as household hazardous waste? What efforts do you think should be made to make people more aware of the products they are using and how they should be properly disposed of?
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59
The four R's to help an individual limit waste production are _______________.

A) reclaim, rename, retake, and recycle
B) recycle, recycle, recycle, and recycle
C) ratify, rectify, remedy, and reframe
D) refuse, reduce, reuse, and recycle
E) revamp, retrofit, reduce, and regulation
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60
_________ require(s) manufacturers to take back some of their products after consumers are finished with them.

A) Cradle-to-cradle laws
B) Take back laws
C) De-manufacturing
D) Reuse laws
E) Reduction laws
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61
Match between columns
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
municipal solid waste (MSW)
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
hazardous waste
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
leachate
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
open dumps
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
nondegradable
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
recycle
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
sanitary landfills
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
reduce
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
biodegradable
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
incinerators
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
composting
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
reuse
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
waste
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
refuse
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
e-waste
Disposal sites that seal in trash at the top and bottom to prevent its release into the atmosphere; the sites are lined on the bottom, and trash is dumped in and covered with soil daily
eco-industrial parks
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
municipal solid waste (MSW)
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
hazardous waste
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
leachate
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
open dumps
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
nondegradable
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
recycle
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
sanitary landfills
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
reduce
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
biodegradable
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
incinerators
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
composting
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
reuse
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
waste
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
refuse
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
e-waste
The first of the waste-reduction four R’s: choose not to use or buy a product if you can do without it
eco-industrial parks
Places where trash, both hazardous and nonhazardous, is simply piled up
municipal solid waste (MSW)
Places where trash, both hazardous and nonhazardous, is simply piled up
hazardous waste
Places where trash, both hazardous and nonhazardous, is simply piled up
leachate
Places where trash, both hazardous and nonhazardous, is simply piled up
open dumps
Places where trash, both hazardous and nonhazardous, is simply piled up
nondegradable
Places where trash, both hazardous and nonhazardous, is simply piled up
recycle
Places where trash, both hazardous and nonhazardous, is simply piled up
sanitary landfills
Places where trash, both hazardous and nonhazardous, is simply piled up
reduce
Places where trash, both hazardous and nonhazardous, is simply piled up
biodegradable
Places where trash, both hazardous and nonhazardous, is simply piled up
incinerators
Places where trash, both hazardous and nonhazardous, is simply piled up
composting
Places where trash, both hazardous and nonhazardous, is simply piled up
reuse
Places where trash, both hazardous and nonhazardous, is simply piled up
waste
Places where trash, both hazardous and nonhazardous, is simply piled up
refuse
Places where trash, both hazardous and nonhazardous, is simply piled up
e-waste
Places where trash, both hazardous and nonhazardous, is simply piled up
eco-industrial parks
Waste that is toxic, flammable, corrosive, explosive, or radioactive
municipal solid waste (MSW)
Waste that is toxic, flammable, corrosive, explosive, or radioactive
hazardous waste
Waste that is toxic, flammable, corrosive, explosive, or radioactive
leachate
Waste that is toxic, flammable, corrosive, explosive, or radioactive
open dumps
Waste that is toxic, flammable, corrosive, explosive, or radioactive
nondegradable
Waste that is toxic, flammable, corrosive, explosive, or radioactive
recycle
Waste that is toxic, flammable, corrosive, explosive, or radioactive
sanitary landfills
Waste that is toxic, flammable, corrosive, explosive, or radioactive
reduce
Waste that is toxic, flammable, corrosive, explosive, or radioactive
biodegradable
Waste that is toxic, flammable, corrosive, explosive, or radioactive
incinerators
Waste that is toxic, flammable, corrosive, explosive, or radioactive
composting
Waste that is toxic, flammable, corrosive, explosive, or radioactive
reuse
Waste that is toxic, flammable, corrosive, explosive, or radioactive
waste
Waste that is toxic, flammable, corrosive, explosive, or radioactive
refuse
Waste that is toxic, flammable, corrosive, explosive, or radioactive
e-waste
Waste that is toxic, flammable, corrosive, explosive, or radioactive
eco-industrial parks
Reprocessing items to make new products
municipal solid waste (MSW)
Reprocessing items to make new products
hazardous waste
Reprocessing items to make new products
leachate
Reprocessing items to make new products
open dumps
Reprocessing items to make new products
nondegradable
Reprocessing items to make new products
recycle
Reprocessing items to make new products
sanitary landfills
Reprocessing items to make new products
reduce
Reprocessing items to make new products
biodegradable
Reprocessing items to make new products
incinerators
Reprocessing items to make new products
composting
Reprocessing items to make new products
reuse
Reprocessing items to make new products
waste
Reprocessing items to make new products
refuse
Reprocessing items to make new products
e-waste
Reprocessing items to make new products
eco-industrial parks
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
municipal solid waste (MSW)
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
hazardous waste
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
leachate
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
open dumps
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
nondegradable
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
recycle
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
sanitary landfills
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
reduce
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
biodegradable
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
incinerators
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
composting
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
reuse
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
waste
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
refuse
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
e-waste
The third of the waste-reduction four R’s: use a product more than once for its original purpose or for another purpose
eco-industrial parks
Everyday garbage or trash (solid waste) produced by individuals or small businesses
municipal solid waste (MSW)
Everyday garbage or trash (solid waste) produced by individuals or small businesses
hazardous waste
Everyday garbage or trash (solid waste) produced by individuals or small businesses
leachate
Everyday garbage or trash (solid waste) produced by individuals or small businesses
open dumps
Everyday garbage or trash (solid waste) produced by individuals or small businesses
nondegradable
Everyday garbage or trash (solid waste) produced by individuals or small businesses
recycle
Everyday garbage or trash (solid waste) produced by individuals or small businesses
sanitary landfills
Everyday garbage or trash (solid waste) produced by individuals or small businesses
reduce
Everyday garbage or trash (solid waste) produced by individuals or small businesses
biodegradable
Everyday garbage or trash (solid waste) produced by individuals or small businesses
incinerators
Everyday garbage or trash (solid waste) produced by individuals or small businesses
composting
Everyday garbage or trash (solid waste) produced by individuals or small businesses
reuse
Everyday garbage or trash (solid waste) produced by individuals or small businesses
waste
Everyday garbage or trash (solid waste) produced by individuals or small businesses
refuse
Everyday garbage or trash (solid waste) produced by individuals or small businesses
e-waste
Everyday garbage or trash (solid waste) produced by individuals or small businesses
eco-industrial parks
Incapable of being broken down under normal conditions
municipal solid waste (MSW)
Incapable of being broken down under normal conditions
hazardous waste
Incapable of being broken down under normal conditions
leachate
Incapable of being broken down under normal conditions
open dumps
Incapable of being broken down under normal conditions
nondegradable
Incapable of being broken down under normal conditions
recycle
Incapable of being broken down under normal conditions
sanitary landfills
Incapable of being broken down under normal conditions
reduce
Incapable of being broken down under normal conditions
biodegradable
Incapable of being broken down under normal conditions
incinerators
Incapable of being broken down under normal conditions
composting
Incapable of being broken down under normal conditions
reuse
Incapable of being broken down under normal conditions
waste
Incapable of being broken down under normal conditions
refuse
Incapable of being broken down under normal conditions
e-waste
Incapable of being broken down under normal conditions
eco-industrial parks
Any material that humans deem to be unwanted
municipal solid waste (MSW)
Any material that humans deem to be unwanted
hazardous waste
Any material that humans deem to be unwanted
leachate
Any material that humans deem to be unwanted
open dumps
Any material that humans deem to be unwanted
nondegradable
Any material that humans deem to be unwanted
recycle
Any material that humans deem to be unwanted
sanitary landfills
Any material that humans deem to be unwanted
reduce
Any material that humans deem to be unwanted
biodegradable
Any material that humans deem to be unwanted
incinerators
Any material that humans deem to be unwanted
composting
Any material that humans deem to be unwanted
reuse
Any material that humans deem to be unwanted
waste
Any material that humans deem to be unwanted
refuse
Any material that humans deem to be unwanted
e-waste
Any material that humans deem to be unwanted
eco-industrial parks
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
municipal solid waste (MSW)
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
hazardous waste
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
leachate
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
open dumps
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
nondegradable
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
recycle
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
sanitary landfills
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
reduce
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
biodegradable
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
incinerators
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
composting
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
reuse
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
waste
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
refuse
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
e-waste
Allowing waste to biologically decompose in the presence of oxygen and water, producing a soil-like mulch
eco-industrial parks
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
municipal solid waste (MSW)
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
hazardous waste
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
leachate
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
open dumps
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
nondegradable
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
recycle
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
sanitary landfills
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
reduce
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
biodegradable
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
incinerators
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
composting
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
reuse
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
waste
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
refuse
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
e-waste
Unwanted computers and other electronic devices, such as televisions and cell phones, that are discarded
eco-industrial parks
Facilities that burn trash at high temperatures
municipal solid waste (MSW)
Facilities that burn trash at high temperatures
hazardous waste
Facilities that burn trash at high temperatures
leachate
Facilities that burn trash at high temperatures
open dumps
Facilities that burn trash at high temperatures
nondegradable
Facilities that burn trash at high temperatures
recycle
Facilities that burn trash at high temperatures
sanitary landfills
Facilities that burn trash at high temperatures
reduce
Facilities that burn trash at high temperatures
biodegradable
Facilities that burn trash at high temperatures
incinerators
Facilities that burn trash at high temperatures
composting
Facilities that burn trash at high temperatures
reuse
Facilities that burn trash at high temperatures
waste
Facilities that burn trash at high temperatures
refuse
Facilities that burn trash at high temperatures
e-waste
Facilities that burn trash at high temperatures
eco-industrial parks
Water that carries solutes (often contaminated) that can percolate through soil
municipal solid waste (MSW)
Water that carries solutes (often contaminated) that can percolate through soil
hazardous waste
Water that carries solutes (often contaminated) that can percolate through soil
leachate
Water that carries solutes (often contaminated) that can percolate through soil
open dumps
Water that carries solutes (often contaminated) that can percolate through soil
nondegradable
Water that carries solutes (often contaminated) that can percolate through soil
recycle
Water that carries solutes (often contaminated) that can percolate through soil
sanitary landfills
Water that carries solutes (often contaminated) that can percolate through soil
reduce
Water that carries solutes (often contaminated) that can percolate through soil
biodegradable
Water that carries solutes (often contaminated) that can percolate through soil
incinerators
Water that carries solutes (often contaminated) that can percolate through soil
composting
Water that carries solutes (often contaminated) that can percolate through soil
reuse
Water that carries solutes (often contaminated) that can percolate through soil
waste
Water that carries solutes (often contaminated) that can percolate through soil
refuse
Water that carries solutes (often contaminated) that can percolate through soil
e-waste
Water that carries solutes (often contaminated) that can percolate through soil
eco-industrial parks
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
municipal solid waste (MSW)
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
hazardous waste
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
leachate
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
open dumps
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
nondegradable
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
recycle
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
sanitary landfills
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
reduce
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
biodegradable
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
incinerators
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
composting
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
reuse
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
waste
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
refuse
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
e-waste
The second of the waste-reduction four R’s: make choices that allow you to use less of a resource by, for instance, purchasing durable goods that will last or can be repaired
eco-industrial parks
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
municipal solid waste (MSW)
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
hazardous waste
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
leachate
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
open dumps
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
nondegradable
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
recycle
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
sanitary landfills
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
reduce
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
biodegradable
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
incinerators
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
composting
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
reuse
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
waste
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
refuse
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
e-waste
Industrial parks in which industries are physically positioned near each other for “waste-to-feed” exchanges; the waste of one becomes the raw material for another
eco-industrial parks
Capable of being broken down by living organisms
municipal solid waste (MSW)
Capable of being broken down by living organisms
hazardous waste
Capable of being broken down by living organisms
leachate
Capable of being broken down by living organisms
open dumps
Capable of being broken down by living organisms
nondegradable
Capable of being broken down by living organisms
recycle
Capable of being broken down by living organisms
sanitary landfills
Capable of being broken down by living organisms
reduce
Capable of being broken down by living organisms
biodegradable
Capable of being broken down by living organisms
incinerators
Capable of being broken down by living organisms
composting
Capable of being broken down by living organisms
reuse
Capable of being broken down by living organisms
waste
Capable of being broken down by living organisms
refuse
Capable of being broken down by living organisms
e-waste
Capable of being broken down by living organisms
eco-industrial parks
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