ecology Flashcards

1
Q

is the scientific study of the
interactions between living organisms and their environment. It explores how organisms, populations, and communities adapt, interact,
and thrive within their ecosystems.

A

Ecology

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2
Q

Ecology is the scientific study of the
interactions between living organisms and their environment. It explores how organisms, populations, and communities adapt, interact,
and thrive within their ecosystems.
It is an interdisciplinary field that includes

A

biology, geography, and earth sciences.

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3
Q

Two major subdivisions of modern ecology are:

A

Autecology (Population Ecology)
Synecology (Community/Ecosystem Ecology)

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4
Q

focuses on
the study of individual species in relation to their
environment.

A

Autecology (Population Ecology)

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5
Q

studies groups of different species and their
interactions within a shared environment.

A

Synecology (Community/Ecosystem Ecology)

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6
Q

is a community of living organisms
(plants, animals, microbes) interacting with each
other and their non-living environment (air, water,
soil)

A

ecosystem

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7
Q

is the basic unit of the field of the
scientific study of nature

A

ecosystem

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8
Q

It is made up of two inseparable components:

A

abiotic and biotic components.

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9
Q

the non-living, physical, and chemical
elements of an ecosystem. They create the environment in which biotic components exist
and interact.

A

Abiotic

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10
Q

the living organisms within an
ecosystem. They interact with each other and with abiotic components to maintain the flow of energy and nutrients through the
ecosystem.

A

Biotic

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11
Q

FOUR BROAD CATEGORIES OF
ENVIRONMENT

A

TERRESTRIAL ENVIRONMENT
FRESHWATER ENVIRONMENT
OCEANIC MARINE ENVIRONMENT
SYMBIOTIC ENVIRONMENT

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12
Q

It is based on land,
contains biomes, such as
Forests, grasslands, and
savannas deserts, etc.

A

TERRESTRIAL
ENVIRONMENT

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13
Q

an
environment where water remains
mostly still or moves very slowly.
Examples include lakes and ponds.

A

Standing-water habitat

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14
Q

an
environment where water is constantly
flowing, such as in rivers and streams.

A

Running-water habitat

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15
Q

It has saltwater and can be
generally divided into two
parts: the shallow waters
near the coast, called the
neritic zone, and the deeper
waters farther out in the
ocean, known as the oceanic
region.

A

OCEANIC MARINE ENVIRONMENT

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16
Q

It describes a situation where two or more different types of organisms live together and help each other out

A

SYMBIOTIC
ENVIRONMENT

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17
Q

types of SYMBIOTIC
ENVIRONMENT

A

Mutualism
* Parasitism
* Commensalism

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18
Q

focuses on
applying engineering principles and
technologies to address ecological
challenges and enhance environmental
quality.

A

Environmental Engineering

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19
Q

is the study of ecosystems, focusing
on the interactions between organisms and their environment

A

Ecology

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20
Q

serve as practical units within
which ecological principles can be observed, tested, and understood.

A

Ecosystems

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21
Q

Together, ecology and ecosystems provide a

A

comprehensive framework

22
Q

Ecology informs s

A

sustainable engineering
practices

23
Q

Engineering solutions support

A

ecological goals.

24
Q

relies on a
network of species to perform a given function
and developing natural system

A

ecological engineering design

25
focuses on the utilization of ecological principles and natural systems.
Ecological engineering
26
Ecology engineering uses _______ and living ecosystems with technology to solve environmental problems
ecological complexity
27
relies on new chemical, mechanical, or material technologies in problem solving and traditional methods
environmental engineering design
28
The approach of this field is based on _____ and technologies to address environmental dilemmas
engineering principles
29
Emphasizes on _______ related to certain environmental challenges such as public health and waste management
engineering solutions
30
different topics that has significant roles in environmental science and management:
conservation biology sustainable agriculture climate change adaptation urban ecology environmental policy human health
31
is the scientific study of preserving and protecting biodiversity, including species, their habitats, and ecosystems. It aims to prevent the extinction of species, maintain genetic diversity, and ensure the survival of ecosystems.
Conservation biology
32
It is applied in establishing and managing protected areas, conserving endangered species, restoring habitats, and formulating conservation strategies.
Conservation biology
33
involves farming practices that meet current food needs without compromising the ability of future generations to meet their needs. It emphasizes environmental health, economic profitability, and social and economic equity.
Sustainable agriculture
34
It is applied in practices like organic farming, agroforestry, crop rotation, reduced pesticide use, and soil conservation to maintain or improve productivity while reducing environmental impact.
Sustainable agriculture
35
It is applied in practices like organic farming, agroforestry, crop rotation, reduced pesticide use, and soil conservation to maintain or improve productivity while reducing environmental impact.
Sustainable agriculture
36
refers to adjusting human and natural systems to minimize the negative effects of climate change, such as extreme weather events, sea-level rise, and changing weather patterns
Climate change adaptation
37
Adaptation strategies include building resilient infrastructure, protecting and restoring natural ecosystems, modifying agricultural practices, and developing early warning systems for extreme weather.
Climate change adaptation
38
is the study of the relationships between living organisms and their urban environments, focusing on how urbanization affects natural processes and how to design sustainable cities.
Urban ecology
39
t is applied in creating green infrastructure, promoting biodiversity in urban areas, designing sustainable urban landscapes, and managing resources such as water and energy efficiently.
Urban ecology
40
It is applied in creating green infrastructure, promoting biodiversity in urban areas, designing sustainable urban landscapes, and managing resources such as water and energy efficiently.
Urban ecology i
41
refers to regulations, laws, and practices aimed at managing human impacts on the environment to protect natural resources, public health, and ecosystems.
Environmental policy
42
: It is applied in developing and enforcing laws related to air and water quality, waste management, land use, and conservation of natural resources.
Environmental policy
43
This field examines how environmental factors such as pollution, climate change, and habitat destruction affect human health, including both direct and indirect effects
human health
44
It is applied in public health initiatives to reduce exposure to pollutants, improve air and water quality, monitor and control vector-borne diseases, and prepare for health impacts related to climate change
human health
45
Studying the ecology of disease vectors like mosquitoes aids in malaria control
human health
46
The Clean Air Act and Endangered Species Act in the United States are based on ecological insights.
environmental policy
47
Urban parks, green roofs, and green infrastructure improve city livability ang environmental sustainability
urban ecology
48
Coastal ecosystem restoration, including mangrove replanting, helps buffer against sea-level rise and storm surges
Climate change adaptation
49
Farmers adopting sustainable practices reduce soil erosion and promote healthier ecosystems on their lands.
sustainable agriculture
50
The giant panda, an iconic endangered species, is conserved through habitat preservation, restoration, and protection measures.
conservation biology