Too often, wilderness conservation ignores a temporal perspective greater than the past 50 years, yet a long-term perspective (centuries to millennia) reveals the dynamic nature of many ecosystems. Analysis of fossil pollen, charcoal and stable isotopes, combined with historical analyses and archaeology can reveal how ongoing interactions between climatic change, human activities and other disturbances have shaped today's landscapes over thousands of years. This interdisciplinary approach can inform wilderness conservation and also contribute to interpreting current trends and predicting how ecosystems might respond to future climate change. In this paper, we review literature that reveals how increasing collaboration among palaeoecologists...
Fossil records are replete with examples of long-term biotic responses to past climate change. One p...
Palaeoecology involves analysis of fossil and sub-fossil evidence preserved within sediments to unde...
Ecosystems change in response to factors such as climate variability, invasions, and wildfires. Most...
Ecosystems change in response to factors such as climate variability, invasions, and wildfires. Most...
Humans are altering our environment. Climate change resulting from the burning of fossil fuels is do...
Global change in its various expressions has impacted the structure and function of ecosystems world...
Paleoecological records are replete with examples of biotic responses to past climate change and hum...
This chapter explores the continuing relevance of preserving wilderness by preventing active human i...
Palaeoecology, as an ecological discipline, is able to provide relevant inputs for conservation scie...
Ecology is the study of the interaction between organisms and their environment. To fulfill the food...
Humans have altered the majority of Earth’s terrestrial surface, yet some places still remain relati...
Humans now play a major role in altering Earth and its biota. Finding ways to ameliorate human impac...
In a recent explosion of publications, seminars, and even pieces for the popular press, archaeologis...
Projected climate and land-use changes challenge ecosystem management and conservation strategies to...
Fossil records are replete with examples of long-term biotic responses to past climate change. One p...
Fossil records are replete with examples of long-term biotic responses to past climate change. One p...
Palaeoecology involves analysis of fossil and sub-fossil evidence preserved within sediments to unde...
Ecosystems change in response to factors such as climate variability, invasions, and wildfires. Most...
Ecosystems change in response to factors such as climate variability, invasions, and wildfires. Most...
Humans are altering our environment. Climate change resulting from the burning of fossil fuels is do...
Global change in its various expressions has impacted the structure and function of ecosystems world...
Paleoecological records are replete with examples of biotic responses to past climate change and hum...
This chapter explores the continuing relevance of preserving wilderness by preventing active human i...
Palaeoecology, as an ecological discipline, is able to provide relevant inputs for conservation scie...
Ecology is the study of the interaction between organisms and their environment. To fulfill the food...
Humans have altered the majority of Earth’s terrestrial surface, yet some places still remain relati...
Humans now play a major role in altering Earth and its biota. Finding ways to ameliorate human impac...
In a recent explosion of publications, seminars, and even pieces for the popular press, archaeologis...
Projected climate and land-use changes challenge ecosystem management and conservation strategies to...
Fossil records are replete with examples of long-term biotic responses to past climate change. One p...
Fossil records are replete with examples of long-term biotic responses to past climate change. One p...
Palaeoecology involves analysis of fossil and sub-fossil evidence preserved within sediments to unde...
Ecosystems change in response to factors such as climate variability, invasions, and wildfires. Most...