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Andow et al 1990
Andow et al 1990

... • Question: How is spatial pattern expected to affect invasive spread? • Premise: Habitat loss and fragmentation leads to spread of invasives • Definition: Landscape ecology: not regional level but the study of spatial pattern of resources, habitat, etc. on ...
Slide 1
Slide 1

... Why Study Interacting LIDs We know that ecosystems are always recovering from the last disturbance, but how might recovery be affected after a flurry of intense disturbances? This is an important question, given the increasing frequency of LIDs due to both climate change and human land use. ...
When Large, Infrequent Disturbances Interact
When Large, Infrequent Disturbances Interact

... Why Study Interacting LIDs We know that ecosystems are always recovering from the last disturbance, but how might recovery be affected after a flurry of intense disturbances? This is an important question, given the increasing frequency of LIDs due to both climate change and human land use. ...
The Smart Organism:  Reinforcing NC Biology Curriculum for Ecology and Human Impacts
The Smart Organism: Reinforcing NC Biology Curriculum for Ecology and Human Impacts

... A niche consists of all the physical and biological conditions in which a species lives and the way the species obtains what it needs to survive and reproduce. An organism’s niche is the role it plays in the environment, and it includes any relationships it may have with others within its species or ...
Section 1 Introduction to Ecology Chapter 18
Section 1 Introduction to Ecology Chapter 18

... http://www.cc.gatech.edu/cpl/projects/graphcuttextures/data/rotationperspective/people-out-persp.gif ...
Unit 1 Notes - First Class Login
Unit 1 Notes - First Class Login

... The owls would decrease because there would be no mice to eat The grasshoppers would increase because there would be no predators. The grass would decrease because all the grasshoppers would eat all the grass. ...
2013 печ. 521М Ecology
2013 печ. 521М Ecology

... cells, to tissues, to organs, to organisms, to species and up to the level of the biosphere. Together these hierarchical scales of life form a panarchy. Ecosystems are primarily researched at three key levels of organization—organisms, populations, and communities. Ecologists study ecosystems by sam ...
bf_fichierjoint_MZS.SAGITER_knowledge
bf_fichierjoint_MZS.SAGITER_knowledge

... Indigenous / traditional knowledge (ILK) (adapted from Berkes 2012): – a cumulative body of knowledge and practices anchored within specific worldviews, – handed down by generations through cultural processes, – adapted and re-appropriated by each generation/individual, – about the relationship of l ...
Callaway and Maron 2006 - College of Humanities and Sciences
Callaway and Maron 2006 - College of Humanities and Sciences

... that M. faya significantly enriched nitrogen-limited volcanic soils with fixed nitrogen, thereby increasing the availability of soil nitrogen to other species in this system. More recently, Asner and Vitousek [69] demonstrated that areas heavily invaded and encriched by M. faya can significantly alt ...
Introductory Research Essay - Epsilon Open Archive
Introductory Research Essay - Epsilon Open Archive

... Mimic natural conditions (disturbance regimes and substrate availability) Improve connectivity for species dispersal (create migration corridors) Enlarge habitats Minimize edge effects by creating buffer zones Enable species re-introductions Eradicate exotic species ...
PDF A PRJECT PROPOSAL
PDF A PRJECT PROPOSAL

... of the Bern Convention. By its geographical situation the area of concern represent an important component of the Lower Danube Green Corridor connecting as a puzzle piece the wetlands of Bulgaria, Romania, Moldova and Ukraine. In order to protect the area from regular flooding and extend the agricul ...
The relevance of resilience
The relevance of resilience

... In the absence of biodiversity there would be no ecosystems and no functioning. There is evidence that complex forest ecosystems are more productive than less diverse ones (under the same conditions), and more productive ecosystems are more resilient than less productive ones. Forests comprised of f ...
ROLE OF KEYSTONE SPECIES IN AQUATIC ECOSYSTEM
ROLE OF KEYSTONE SPECIES IN AQUATIC ECOSYSTEM

... Estes 1988). Thus, o tte r re m o va l has com m u nity-le vel influences, by releasing from predation a primary c o n s u m e r th a t eats a plant th a t harbors o th e r organisms. As used by Paine and o th e r ecologists, the re are two hallmarks o f keystone species. First, their presence is c ...
Biotic Factors The Biotic Factors
Biotic Factors The Biotic Factors

When does trophic cascades affect biomass productivity?
When does trophic cascades affect biomass productivity?

... to explain only a very small fraction of the variance in the temporal and spatial distribution of plant biomass in land communities” Example of a food chain in a Swedish ...
Achieving Biodiversity Conservation in Victoria
Achieving Biodiversity Conservation in Victoria

... standards for biodiversity • Up-front information, certainty and substitutability supports efficient resource allocation decisions • Better community acceptance when clear about importance and are proportionate • Reduces community costs (direct and opportunity) ...
Geographic Information Systems in Biogeography and
Geographic Information Systems in Biogeography and

... Classical biogeography as a praxis is conducted by systematists; these are biologists concerned with the classification of taxonomic characteristics and historical evolution of organisms. Here the techniques employed are directed to observing and quantifying phylogenetic and paleaontological attribu ...
ICS Final Exam Study Guide
ICS Final Exam Study Guide

... Consumers- also known as heterotrophs, consumers rely on or eat other organisms for their energy and food supply. Herbivores- organisms that obtain energy by eating mostly plants. Carnivores- organisms that obtain energy by eating mostly animals. Omnivores- organisms that obtain energy by eating bot ...
Preserved Fish and Stable Isotopes Help Reconstruct Historical
Preserved Fish and Stable Isotopes Help Reconstruct Historical

... Prior to their decline in the mid 20th century, the deepwater ciscoes were an ecologically important forage fish. By supporting the top predator, lake trout, the deepwater ciscoes linked this top predator to the bottom of the food chain. Due to pressure from overfishing and introduction of the invas ...
Goals of Program - The Scripps Center for Marine
Goals of Program - The Scripps Center for Marine

... Previous Tegner Grantees • Drs. Catherine R. Samson and Graham J. Edgar University of Tasmania in Hobart to study changes in marine habitats in SE Tasmania since European settlement by taking cores of in marine sediments; • Angela M. Arnold of Johns Hopkins University in Baltimore MD, to study the ...
Principles for Sustainable Biomass
Principles for Sustainable Biomass

... incentives must result in lower life-cycle, cumulative and net GHG and ocean acidifying emissions, within 20 years and also over the longer term, than the energy sources they replace or compete with. Protect Conservation Land: Incentivized biomass must not come from protected areas or agricultural c ...
Document
Document

... 9. What is the difference between a food chain and a food web? 10. The energetic hypothesis and the dynamic stability hypothesis both attempt to answer what question? How are these hypotheses different from each other? 11. Differentiate between a dominant species and a keystone species. Give an exam ...
Ecology - Fall River Public Schools
Ecology - Fall River Public Schools

... disturbance that destroys a community without destroying the soil Tends to restore the ecosystem to its original condition Can be caused by natural events (forest fire) or human disturbances (clear-cutting a forest) ...
Reintroduction: challenges and lessons for basic ecology
Reintroduction: challenges and lessons for basic ecology

... concerning their behavioural, population and community ecology. Third, behavioural ecologists may use reintroductions to study newly founded populations in which the origin of each individual is known. They can be aged, sexed and individually identified by genetic methods of fingerprinting, which al ...
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Restoration ecology



Restoration ecology emerged as a separate field in ecology in the 1980s. It is the scientific study supporting the practice of ecological restoration, which is the practice of renewing and restoring degraded, damaged, or destroyed ecosystems and habitats in the environment by active human intervention and action. The term ""restoration ecology"" is therefore commonly used for the academic study of the process, whereas the term ""ecological restoration"" is commonly used for the actual project or process by restoration practitioners.
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