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Chapter 6 6.3 Biodiversity
Chapter 6 6.3 Biodiversity

... dissolving in oceans, making them more acidic, which threatens biodiversity in marine ecosystems. ...
Fact sheet - Natural Resources South Australia
Fact sheet - Natural Resources South Australia

... between riparian areas and are likely to become more pronounced with climate change ...
Highlighted
Highlighted

Conserving Populations (week 11)
Conserving Populations (week 11)

...  True introductions, reintroductions, augmentation  Limited dispersal powers & fragmented habitats  High population increase rate  Not good for mammals and birds  High genetic diversity  Best at historical core range  Invertebrates ...
Chapter 22 - Humans and the Environment
Chapter 22 - Humans and the Environment

... protect species, their habitats, and the ecosystem from excessive rates of extinction and the loss of biotic interactions. B. Restoration Biology – scientists use their in depth knowledge of nutrient cycles, energy flow, and ecosystem species to help a badly damaged ecosystem recover ...
How Introduced Species Affect Ecosystems
How Introduced Species Affect Ecosystems

... • Many introduced species help or at least do not harm the ecosystem they come to. • However, some take over the habitat of the native species. These are called invasive species. • Invasive species often have high reproduction rates, are aggressive competitors, and lack natural predators. ...
Gapped Wildlife conservation lesson2
Gapped Wildlife conservation lesson2

... Impact of environmental change • Climatic regions will …………….. the …………... To survive species will have to ……….. into new …………. habitat. • For example, Northern temperate tree species will have to disperse 250 km northwards in order to sites with hospitable climates. …………..., ……….., …….. and ……………. ...
Ecosystems and Communities
Ecosystems and Communities

... – Includes abiotic and biotic factors ...
Ch57_Lecture Conserv Bio
Ch57_Lecture Conserv Bio

... America 20,000 ya • probably caused the extinction of large mammals • similar extinction in Australia 40,000 ya ...
ecology 2
ecology 2

... Niche – The physical and biological conditions in which an organism lives and the way in which the organism uses those conditions. No two species can share the same niche in the same habitat. Many types of warblers live in the same tree, but they do not occupy the same niche. How can this be? ...
3.2 Interactions and Changes Occur in Ecosystems
3.2 Interactions and Changes Occur in Ecosystems

... • Read paragraph and think of other examples of predator-prey relationships. • Look at the photo of the flooded alfalfa field on this same page (by the Check and Reflect.) Think about a situation where weather has affected ecosystems. What are some of your thoughts? ...
Geographical shifts - IUCN Academy of Environmental Law
Geographical shifts - IUCN Academy of Environmental Law

... these concerns like liability under agreements, safety concerns, conservation of resources over borders.  Economic factors play an important role in ...
Edge effects
Edge effects

... Dispersal of Small Mammals ...
Weed Invasion in the South Okanagan
Weed Invasion in the South Okanagan

... 162 Oriole Rd., Kamloops, BC, V2C 4N7, Canada [email protected] ...
Feb. 25th - Biodiversity I
Feb. 25th - Biodiversity I

... Small islands lose species faster and have fewer total species than big islands Islands remote so harbor many endemic species Introduction of new species can have rapid and devastating consequences ...
How Introduced Species Affect Ecosystems
How Introduced Species Affect Ecosystems

... Affect Ecosystems ...
Species and Communities
Species and Communities

... The number of species on an island reflects a balance between rates of immigration (colonization) and extinction. Extinction rates increase and immigration rate decrease as the number of species present on an island increases. The intersection of the two curves for any particular island size defines ...
Keystone species
Keystone species

... acid rain oil spills. ...
Ecosystem Conservation of the Coastal Douglas-fir Zone
Ecosystem Conservation of the Coastal Douglas-fir Zone

...  Re-align for highly altered ecosystems: consider planting more drought tolerant species such as pine, increase harvesting rotation periods, adjust resource use and legislation; change expectations for urban expansion  Establish Refugia: identify and manage localized micro climates to provide exis ...
Population Ecology
Population Ecology

... • Makes ecosystems more productive (they produce more total biomass) • Stabilizes ecosystems by creating more niches (better resistance to disease and climate change) ...
Invasive species transform ecosystems by using excessive
Invasive species transform ecosystems by using excessive

... They can damage a wide array of environmental services that are important to recreation, including, but not limited to, water quality and quantity, plant and animal diversity, and species abundance. Invasive species may displace local native species, therefore, apart from their economic implications ...
If Forget Everything Else, Remember These
If Forget Everything Else, Remember These

... uncertainty, there are a number of components of global environmental change of which we are certain—certain that they are going on, and certain that they are humancaused.” • “…addressing global change will require active collaboration with a wide range of scientists outside our field.., but..it is ...
Biodiversity - Ms. Petrauskas` Class
Biodiversity - Ms. Petrauskas` Class

... Other terms…. • Extirpated: a species that no longer exists in an area (paddlefish from all of Canada) • Endangered: a species facing imminent extirpation or extinction (barn owl in some areas) • Threatened: likely to become endangered if factors reducing survival do not change (humpback whale) • S ...
Ch57 quiz-student copy
Ch57 quiz-student copy

... c. A species in captivity can no longer evolve along with the other species in its ecological community. d. The preservation of endangered species cannot be accomplished simply by captive propagation. The habitat required to support wild populations must also be present for successful species preser ...
Ontogeny Recapitulates Phylogeny
Ontogeny Recapitulates Phylogeny

... HISTORY OF PHILOSOPHY BEFORE THE 1700S, BOTH SCIENCE AND PHILOSOPHY WERE INFLUENCED BY RELIGIOUS BELIEFS. DURING THE 1500S, PHILOSOPHERS BEGAN TO THINK ON THEIR OWN AND BEGAN TO LOOK CRITICALLY AT THE NATURAL WORLD. IT WASN’T UNTIL THE 1800S THAT SCIENCE BEGAN TO TAKE OFF AND MAKE IMPORTANT BREAK-TH ...
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Assisted colonization

Assisted colonization, also known as assisted migration or managed relocation, is the act of deliberately helping plant and animal species colonize new habitats when driven out of their historical habitats due to rapid environmental change, especially climate change. All species have some natural capacity to disperse into new habitats and adapt to change, but ongoing climate change is so rapid that many species are unable to keep pace naturally. In order to prevent extinctions, some scientists and practitioners are considering assisting the dispersal of species that have poor natural dispersal ability. This idea has sparked intense debate over the potential benefits of assisted colonization, which include avoiding many species extinctions, and the risks, which include accidentally introducing new invasive species. Although the debate remains primarily conceptual with few real-world applications, scientists and land managers have already begun to consider several specific assisted colonization projects.
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