Global Warming, El Nino, and other Climate Phenomena

Global Warming, El Nino, and other Climate Phenomena The weather we experience is a manifestation of the climate we live in. Our climate is affected by global warming, which has led to many observed changes, including warmer sea temperatures, warmer air temperatures, and changes in the hydrological cycle. In addition, our weather is also affected by natural climate phenomena that operate over hundreds or thousands of miles. These events are often cyclic, as they reoccur at time intervals of various lengths. Global warming can affect the intensity and return intervals of these events. The Intergovernmental Panel on Climate Change (IPCC) issued its 5th Assessment Report in 2014, with a chapter devoted to the effects of climate change on these large scale climate phenomena. Here are some important findings: Monsoons are seasonal wind reversal patterns accompanied by significant rainfall. They are responsible, for example, for the summer thunderstorm periods in Arizona and New Mexico, and the torrential downpours in India’s rainy season. Overall, monsoon patterns will increase in area and intensity with continued climate change. They will start earlier in the year and end later than what had been the average.In North America, where monsoons are limited to the U.S. Southwest region, no change in precipitation due to global warming has been clearly observed. A decrease in the length of the season has been observed, though, and monsoons are expected to be delayed during the year. So there appears to be no relief in sight for the observed (and predicted) increase in frequency of extreme summer temperatures in the U.S. Southwest, contributing to drought.The amount of precipitation from monsoon rains is forecasted to be higher in the more pessimistic scenarios considered by the IPCC. In a scenario of continued reliance on fossil fuel and the absence of carbon capture and storage, total precipitation from monsoons, globally, is estimated to increase by 16% by the end of the 21st century. The El Nià ±o Southern Oscillation (ENSO) is a large area of unusually warm water that develops in the Pacific Ocean off South America, affecting weather over a large portion of the globe. Our ability to model future climates while taking into account El Nià ±o has improved, and it appears that variability in precipitation will increase. In other words, some El Nià ±o events will produce more rainfall and snowfall than expected in some areas of the globe, while others will produce less precipitation than expected.The frequency of tropical cyclones (tropical storms, hurricanes, and typhoons) is likely to stay the same or decrease, globally. The intensity of these storms, both in wind speed and precipitation, is likely to increase. There are no clear changes predicted for the track and intensity of North American extra-tropical storms (Hurricane Sandy became one of those cyclonic storms outside of the tropics).  Ã‚   Predictive models have improved significantly in the last few years, and they are currently being refined to resolve remaining uncertainties. For example, scientists have little confidence when trying to predict changes in monsoons in North America. Pinpointing the effects of the El Nià ±o cycles or the intensity of tropical cyclones in specific areas has also been difficult. Finally, the phenomena described above are largely know by the public, but there are many other cycles: examples include the Pacific Decadal Oscillation, the Madden-Julian Oscillation, and the North Atlantic Oscillation. The interactions between these phenomena, regional climates, and global warming make the business of scaling down global change predictions to specific locations bewilderingly complex. Source IPCC, Fifth Assessment Report. 2013. Climate Phenomena and their Relevance for Future Regional Climate Change.

Global Warming, El Nino, and other Climate Phenomena

Global Warming, El Nino, and other Climate Phenomena The weather we experience is a manifestation of the climate we live in. Our climate is affected by global warming, which has led to many observed changes, including warmer sea temperatures, warmer air temperatures, and changes in the hydrological cycle. In addition, our weather is also affected by natural climate phenomena that operate over hundreds or thousands of miles. These events are often cyclic, as they reoccur at time intervals of various lengths. Global warming can affect the intensity and return intervals of these events. The Intergovernmental Panel on Climate Change (IPCC) issued its 5th Assessment Report in 2014, with a chapter devoted to the effects of climate change on these large scale climate phenomena. Here are some important findings: Monsoons are seasonal wind reversal patterns accompanied by significant rainfall. They are responsible, for example, for the summer thunderstorm periods in Arizona and New Mexico, and the torrential downpours in India’s rainy season. Overall, monsoon patterns will increase in area and intensity with continued climate change. They will start earlier in the year and end later than what had been the average.In North America, where monsoons are limited to the U.S. Southwest region, no change in precipitation due to global warming has been clearly observed. A decrease in the length of the season has been observed, though, and monsoons are expected to be delayed during the year. So there appears to be no relief in sight for the observed (and predicted) increase in frequency of extreme summer temperatures in the U.S. Southwest, contributing to drought.The amount of precipitation from monsoon rains is forecasted to be higher in the more pessimistic scenarios considered by the IPCC. In a scenario of continued reliance on fossil fuel and the absence of carbon capture and storage, total precipitation from monsoons, globally, is estimated to increase by 16% by the end of the 21st century. The El Nià ±o Southern Oscillation (ENSO) is a large area of unusually warm water that develops in the Pacific Ocean off South America, affecting weather over a large portion of the globe. Our ability to model future climates while taking into account El Nià ±o has improved, and it appears that variability in precipitation will increase. In other words, some El Nià ±o events will produce more rainfall and snowfall than expected in some areas of the globe, while others will produce less precipitation than expected.The frequency of tropical cyclones (tropical storms, hurricanes, and typhoons) is likely to stay the same or decrease, globally. The intensity of these storms, both in wind speed and precipitation, is likely to increase. There are no clear changes predicted for the track and intensity of North American extra-tropical storms (Hurricane Sandy became one of those cyclonic storms outside of the tropics).  Ã‚   Predictive models have improved significantly in the last few years, and they are currently being refined to resolve remaining uncertainties. For example, scientists have little confidence when trying to predict changes in monsoons in North America. Pinpointing the effects of the El Nià ±o cycles or the intensity of tropical cyclones in specific areas has also been difficult. Finally, the phenomena described above are largely know by the public, but there are many other cycles: examples include the Pacific Decadal Oscillation, the Madden-Julian Oscillation, and the North Atlantic Oscillation. The interactions between these phenomena, regional climates, and global warming make the business of scaling down global change predictions to specific locations bewilderingly complex. Source IPCC, Fifth Assessment Report. 2013. Climate Phenomena and their Relevance for Future Regional Climate Change.

Global Warming, El Nino, and other Climate Phenomena

Global Warming, El Nino, and other Climate Phenomena The weather we experience is a manifestation of the climate we live in. Our climate is affected by global warming, which has led to many observed changes, including warmer sea temperatures, warmer air temperatures, and changes in the hydrological cycle. In addition, our weather is also affected by natural climate phenomena that operate over hundreds or thousands of miles. These events are often cyclic, as they reoccur at time intervals of various lengths. Global warming can affect the intensity and return intervals of these events. The Intergovernmental Panel on Climate Change (IPCC) issued its 5th Assessment Report in 2014, with a chapter devoted to the effects of climate change on these large scale climate phenomena. Here are some important findings: Monsoons are seasonal wind reversal patterns accompanied by significant rainfall. They are responsible, for example, for the summer thunderstorm periods in Arizona and New Mexico, and the torrential downpours in India’s rainy season. Overall, monsoon patterns will increase in area and intensity with continued climate change. They will start earlier in the year and end later than what had been the average.In North America, where monsoons are limited to the U.S. Southwest region, no change in precipitation due to global warming has been clearly observed. A decrease in the length of the season has been observed, though, and monsoons are expected to be delayed during the year. So there appears to be no relief in sight for the observed (and predicted) increase in frequency of extreme summer temperatures in the U.S. Southwest, contributing to drought.The amount of precipitation from monsoon rains is forecasted to be higher in the more pessimistic scenarios considered by the IPCC. In a scenario of continued reliance on fossil fuel and the absence of carbon capture and storage, total precipitation from monsoons, globally, is estimated to increase by 16% by the end of the 21st century. The El Nià ±o Southern Oscillation (ENSO) is a large area of unusually warm water that develops in the Pacific Ocean off South America, affecting weather over a large portion of the globe. Our ability to model future climates while taking into account El Nià ±o has improved, and it appears that variability in precipitation will increase. In other words, some El Nià ±o events will produce more rainfall and snowfall than expected in some areas of the globe, while others will produce less precipitation than expected.The frequency of tropical cyclones (tropical storms, hurricanes, and typhoons) is likely to stay the same or decrease, globally. The intensity of these storms, both in wind speed and precipitation, is likely to increase. There are no clear changes predicted for the track and intensity of North American extra-tropical storms (Hurricane Sandy became one of those cyclonic storms outside of the tropics).  Ã‚   Predictive models have improved significantly in the last few years, and they are currently being refined to resolve remaining uncertainties. For example, scientists have little confidence when trying to predict changes in monsoons in North America. Pinpointing the effects of the El Nià ±o cycles or the intensity of tropical cyclones in specific areas has also been difficult. Finally, the phenomena described above are largely know by the public, but there are many other cycles: examples include the Pacific Decadal Oscillation, the Madden-Julian Oscillation, and the North Atlantic Oscillation. The interactions between these phenomena, regional climates, and global warming make the business of scaling down global change predictions to specific locations bewilderingly complex. Source IPCC, Fifth Assessment Report. 2013. Climate Phenomena and their Relevance for Future Regional Climate Change.

Talk about the holocaust memorial building in Germany Essay

Talk about the holocaust memorial building in Germany - Essay Example Every time I think about the video I wonder if it was worth my time. Is this what people like to watch in the western lands? I did not feel much of anything from watching this video except boredom. There was nothing very interesting about the video itself. If they wanted to build a monument about the Holocaust, why did they not build something like a tower instead? They could have built a home for the Jewish people as well instead of moving them to Jerusalem. So many people are angry because of the Jewish people who were brought here after World War II. I think it is weird to have built such a structure. I think the memorial is pleasing to the eyes but it is dull at the same time. They look like large coffins from far away. Maybe the memorial is supposed to emphasize the many different ages and types of people with each and every block. Sadly, the architectural design does not appeal to me. While it may represent many different things to various people, it does not strike me as something significant except for the fact that it was historically

Remington Consulting Group Essay Example | Topics and Well Written Essays - 3000 words

Remington Consulting Group - Essay Example This report includes analysis of Remington Consulting in the context of human capital management and low labor turn over. It contains relevant theories and analysis of those in the context of the organization. In addition to that, the report also includes the major issues that are arising out of low labor turnover and recommended selection process. Recommendations have been developed for consideration by the Board of Directors and Director of Human Resources based on deficiencies identified, and strategies to overcome limitations. Recommendations include the development of a program for human capital management; accepting higher turnover; embracing innovation in the organization; adopting strategic human resource selection criteria and processes and adopting modern HRM practices. This includes restructuring the organizational boundaries for a move towards dynamic responsibilities, and extensive use of innovation. This study is a case study of Remington Consulting Group. This study was assigned to a unit assignment. The study has been laid out in several sections. Sections include the executive summary; terms of reference; procedure; findings; conclusions and recommendations; references and appendices. The study has been conducted in several phases. The first phase was an overview of the case. This was followed by the review of relevant literature in the form of textbooks, academic publications, case studies, reports. Material from publications was synthesized to analyze the Remington case scenario. This method was considered ideal for the study as it allowed review of a wide range of literature to evaluate the study, and identify good practices. Conclusions were drawn based on the analysis, and recommendations were developed. Findings from the review of literature have been analyzed.