Essay conclusion for climate change

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Essay conclusion for climate change

Climate change A multitude of biologically significant environmental changes are projected to occur as a consequence of anthropogenic climate change Solomon et al. How will life and biodiversity on Earth respond to the current and projected climate change? Scientists and policy makers recognise that this is one of the most important questions in science at the moment, since predicting ecosystem level responses to change are a fundamental requirement for the future management of biodiversity, agriculture and fisheries Milenium Ecosystem Assessment,UN convention on Biological Diversity, CBD.

Predicted increase in ocean temperatures is one of the most important impacts of climate change, as temperature influences physiological and ecological processes across biological scales, from genes to ecosystems. Our current knowledge of the observed and expected biological changes, the ecophysiological and genetic mechanisms that drive them on land far exceeds that from ocean systems.

The inaccessibility of aquatic habitats, the large cost involved and the challenging nature of marine research contributes to the gap in Essay conclusion for climate change knowledge. To date, predictions of responses to change in animals have been primarily at the species level and based around 2 approaches.

The first uses current species range climate envelops and then predicts future ranges by assessing where similar conditions are likely to be from climate models. Although widely used across studies Kruuk et al. Species ranges lack the knowledge of adaptation rates and genetic and functional tolerance difference within and between populations.

Similarly, the conclusions that can be drawn from using physiological approaches are limited, because they predominantly evaluate small numbers of species and because experimental rates of change are usually much faster than natural change.

There is therefore a key requirement to develop an approach that will improve our understanding of assemblage or community level processes and responses. One of the parameters that need to be considered when developing approaches to understanding how communities or assemblages will respond to environmental change, is the identification of the most vulnerable stages of the population.

The loss of such stages could have a great impact in the overall biodiversity. In this context, early life history stages have been identified as the most vulnerable stages to change Pedersen et al.

The small body size, reasonably high mass-specific metabolic rates and lower energy reserves, decreases the capability of early life stages to select and migrate towards a suitable habitat, further increasing their vulnerability to climate change Rijnsdorp et al.

Essay conclusion for climate change

Such characteristics will also increase their mortality during periods of adverse environmental condition e. Studies of temperature tolerances of developmental stages in the laboratory are relatively rare, but those that have been conducted do not often show marked differences from temperature limits of adults.

C, but not above. Different species will vary in their responses to warming and this will affect their competitive abilities and fitness, potentially through variations in aerobic capacity and functional capability P?? Small changes in balance in early life history and colonisation stages in marine species are likely to give very large changes in community structure and ecosystem balance.

These factors, coupled with the very high ecologically-driven mortality in early life history stages, mean that investigations of warming effects on recruitment and early community development in marine benthic groups are an essential step towards understanding ecosystem level responses to change.

The Antarctic sessile marine benthos Sublittoral sessile epifaunal assemblages are often characterised by similar group of organisms, potentially allowing comparisons of the effects of environmental variation on basic biological and ecological processes to be made between regions.

The Antarctic benthos has been studied from the earliest expeditions and there has been much interest in the rates of biological and ecological processes in relation to other latitudes See reviews by Clarke, However, with notable exceptions Dayton et al.

There is therefore no empirical data that explains the mechanisms and ecological processes involved. The latter is primarily a consequence of sampling difficulties associated with the slow rates of biological processes in the region and loss of equipment through ice impacts during prolonged deployment.

Existing studies of benthic assemblages in Antarctica suggest three distinctive characteristics.Climate Change INTRODUCTION.

Climate change is basically a change in weather that has a global effect that can last for decades, centuries or in some cases even longer.

The ACCUPLACER includes the WritePlacer exam, which is the ACCUPLACER essay test. On this portion of the test you are evaluated on organization, focus, development and support, sentence structure, and mechanical conventions.

Mike Hulme is Professor of Climate and Culture in theDepartment of Geography at King’s College London. His Why We Disagree about Climate Change won TheEconomist’s ‘Book of the Year Award’.He hascontributed to public debates in the UK and US, writing for TheGuardian and the Wall Street kaja-net.com to he was the Founding Director of the Tyndall Centre for .

From the Rio Earth Summit to the Copenhagen Climate Conference there was a concerted international effort to stop climate change.

Yet greenhouse gas emissions increased, atmospheric concentrations grew, and global warming became an observable fact of life.

Essay conclusion for climate change

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This started with a tweet. I’m embarrassed how often that happens. Frustrated by a sense of global mispriorities, I blurted out some snarky and mildly regrettable tweets on the lack of attention to climate change in the tech industry (Twitter being a sublime medium for the snarky and regrettable).

Climate change is the problem of our time, it’s everyone’s problem, and most of our problem.

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