Earth Science and Climate Change Overview in Context of Human and Natural Causes

OMICS group journals have made significant and long-lasting scientific materials for assessing the potential consequences of earth and climatic changes research work. Efforts using higher resolution, improved physical, chemical, and biological process related research publications, and more precise uncertainty estimates continue to explore potential ecological, social, and economic implications of climatic change. In addition, OMICS group publications in a variety of Earth modeling activities, including geophysical and molecular dynamics representations of the Earth’s composition; studying processes involved in using geophysical reservoirs to extract and store carbon dioxide so as to eliminate greenhouse gas from the atmosphere; and detailed examination of clay-mineral interfaces are very valuable. These wide ranging publications have a common emphasis on supporting science mission by providing basic research to underpin the nationâ��s strategy for understanding and mitigating the terrestrial impacts of energy technologies.

OMICS group publications show that earth science and climate change is one of the most pressing issues of our time, and many facets of a warming world � from impacts on farming and food, to the causes of climate change, the potential of sustainable energy to replace fossil fuels, to the slow response of governments worldwide. Now a new climate change minor, gives the opportunity to explore climate change from varied disciplinary perspectives, while getting a firm grounding in the basic physical, ecological and social science as well as its interactions with history, philosophy and the arts [1-5].

Previous OMICS publications mentioned that the global average temperature increased by more than 1.3°F over the last century. The average temperature in the Arctic rose by almost twice as much [6-10]. The buildup of greenhouse gases in our atmosphere and the warming of the planet are responsible for other changes, such as:

•Changing precipitation patterns

•Increases in ocean temperatures, sea level, and acidity

•Melting of glaciers and sea ice

Earth’s climate related publication of OMICS highlighting that changing is affect our weather, oceans, snow, ice, ecosystems, and society. Natural disaster and human activities are main cause of these changes. While previous OMICS studies/research publications have assessed the potential magnitude of the impact of climate change on ecosystem services, the assessment of impact likelihood has been up until recently, less common. Where possible, studies have been included that give estimates of either the likelihood of the large-scale event occurring, or the ecological impact, through use of probabilistic projections or expert judgments. Where appropriate, the year of impact and scenario were cited.

A Number of key uncertainties remain in understanding the impact of large-scale climate-earth changes on ecosystem services and there are a number of other knowledge gaps, which call for further research for OMICS. Such Uncertainties mean it is not possible to state with high confidence the likelihood of the impact of some large-scale changes in the climate system on ecosystem services. For The possible future OMICS publications will related to changes in the large-scale climate earth system, there could be impacts on provisioning, regulating, cultural and supporting ecosystem services [11-17].
 

References

1. Boori MS, Vozenilek V (2014) NASA EOS Aqua Satellite AMSR-E data for snow variation.JGeolGeosci3: 1-6.
2. Boori MS, Vozenilek V (2014) Socio-hydrological vulnerability: A new science through remote sensing and GIS. Adv Environ SciDev Chem 2: 281-285
3. Boori MS, Vozenilek V(2014) Remote Sensing and land use / land cover trajectories. JGeophys Rem Sens 3: 1-7.
4. Boori MS, Vozenilek V, Burian J (2014) Land-cover disturbances due to tourism in Czech Republic. AdvIntell SysComput 303: 63-72.
5. Boori MS, Vozenilek V(2014) Land use/cover, vulnerability index and exposer intensity J Env 1: 1-7.
6. Boori MS, Vozenilek V (2014) Remote sensing and GIS for Socio-hydrological vulnerability. J GeolGeosci3: 1-4.
7. Boori MS, Ferraro RR (2013) Microwave polarization and gradient ratio (MPGR) for global land surface phenology. J GeolGeosci. 2: 1-10.
8. Boori MS, Ferraro RR (2012) Northern Hemisphere snow variation with season and elevation using GIS and AMSR-E data. J Earth Sci Clim Change S12-001: 1-6.
9. Boori MS, Amaro VE, Targino T (2012) Coastal risk assessment and adaptation of the impact of sea-level rise, climate change and hazards: A RS and GIS based approach in Apodi-Mossoro estuary, Northeast Brazil. Int J GeomaticsGeosci2: 815-832.
10. Boori MS, Amaro VE (2011) Natural and eco-environmental vulnerability assessment through multi-temporal satellite data sets in Apodi valley region, Northeast Brazil. J Geogr Region Plan4: 216-230.
11. Boori MS, Amaro VE (2011) A remote sensing and GIS based approach for climate change and adaptation due to sea-level rise and hazards in Apodi-Mossoro estuary, Northeast Brazil. Int J PlantAnim Environ Sci 1: 14-25.
12. Boori MS, Amaro VE (2011) A remote sensing approach for vulnerability and environmental change in Apodi valley region, Northeast Brazil. World Academy of Science, Engineering and Technology (WASET), International Science Index 50, Int J Environ Earth Sci Engg 5: 1-11.
13. Boori MS, Amaro VE, Vital H (2010) Coastal ecological sensitivity and risk assessment: A case study of sea level change in Apodi River (Atlantic Ocean), Northeast Brazil. Int J Environ Earth Sci 1: 127-136.
14. Boori MS(2010) Coastal vulnerability, adaptation and risk assessment due to environmental change in Apodi-Mossoro estuary, Northeast Brazil. Int J GeomaticsGeosci1: 620-638.
15. Boori MS, Amaro VE, Vital H (2010) Coastal ecological sensitivity and risk assessment: A case study of sea level change in Apodi River (Atlantic Ocean), Northeast Brazil. World Academy of Science, Engineering and Technology (WASET), International Science Index 47, IntJ Environ Earth SciEngg 4: 44-53.
16. Boori MS, Amaro VE (2010) Detecting and understanding drivers of natural and eco-environmental vulnerability due to hydro geophysical parameters, ecosystem and land use change through multispectral satellite data sets in Apodi estuarine, Northeast Brazil. Int J Environ Sci 1: 543-557.
17. Boori MS, Amaro VE (2010) Land use change detection for environmental management: using multi-temporal, satellite data in Apodi Valley of northeastern Brazil. Ap GIS Int J 6: 1-15.