NOAA- Geophysical Fluid Dynamics Laboratory USA
Em. Professor Paleogeophysics & Geodynamics Institute, Stockholm University Sweden Sweden
International Scientific-Research Institute of Cosmic Anthropoecology Novosibirsk Russia
Ahn Ji Whan
Korea Institute of Geosciences and Mineral Resources, Korea South Korea
Recommended Global Environmental Sciences Conferences
Earth Science Congress 2017
Geological Sciences and Natural Hazards
Geosciences or earth science is a broad term encompassing any studies pertaining to the earth or the neighboring planets in our solar system. It includes four major branches of study including geology, oceanography, meteorology and astronomy. Two important subfields of geology are seismology and vulcanology. These sciences can help predict the perils and mitigate the effects of natural hazards like volcanic eruptions, landslides, earthquakes and tsunamis. Geochemistry is the study of physical aspects of the Earth including the composition, structure, processes, and other. Geophysics includes the study of Earth's shape, its magnetic and gravitational fields, its structure and composition and plate tectonics. Modern geophysics research also includes the water cycle, fluid dynamics of the oceans and the atmosphere; magnetism and electricity in the magnetosphere and ionosphere as well as solar-terrestrial relations. The cryosphere includes those parts of the Earth system that are subject to sub-zero temperatures permanently or at least for some part of the year. Its largest components, thus far, are the ice sheets in Antarctica and Greenland. The cryosphere plays a vital role in modulating the Earth's climate system. The cryosphere reflects a good percentage of the radiation received, thus helping to regulate the planet's temperature. Besides, the spatial distribution of the cryospheric elements is associated with longitudinal temperature differences, which cause winds and ocean currents. Geology in its simplest terms means the study of the earth. It encompasses the study of the composition of the earth, the structures and features found on Earth as well as the processes that act upon them. It also encompasses the study of the history of life that has ever lived on or is living on the planet now. The study of changes in the planet and the life it harbors; over the course of time is an important part of geology. Structural geology studies the three dimensional distribution of large rocks, their surfaces, and their composition in an effort to learn about their past geological environments, tectonic history, and events that may have changed or deformed them. The age of the structural features can be determined by dating. Mineralogy is a sub-discipline of geology specializing in the physical, chemical and crystallographic properties of minerals. Petrology, on the other hand, encompasses the origin, distribution, structure and composition of rocks. Corresponding to the three types of rocks, petrology has three branches, namely igneous petrology, sedimentary petrology and metamorphic petrology. Petroleum geology encompasses the study of occurrence, movement, congregation and exploration of hydrocarbon fuels, especially crude oil and petroleum. Petroleum geology involves the extensive studiy of sedimentology and stratigraphy. Every year, natural disasters cause great damage and loss of life around the world. The damage caused by natural disasters in the recent past has become a great concern. While we do not have the power to prevent these disasters, we are seeking to better understand these disasters. Researchers are slowly unravelling the mysteries behind these disasters are being equipped with better tools for understanding and studying natural disasters. Earthquakes though cannot be predicted, but the geophysical processes that create them are being studied. Satellites can track and provide much needed warning of arriving hurricanes and cyclones. Studies on how the increasing temperatures act as fuel for these violent storms are being credited with positive results. Hazardous volcanoes are being constantly monitored real-time to improve the accuracy of the forecast. Tsunami forecast also needs to be quick and accurate. Earthquake and sea level data is studied quickly and measured real time to provide an early warning system. Floods are one of the most frequently occurring natural disasters. Flash floods are even more dangerous as they occur very soon after heavy rainfall or storms. With new satellite and remote sensing technologies, flood warning systems have been improved considerably. On the other hand, reduce or deficient precipitation causes drought. Drought is a slow on-set disaster and affects all elements that depend on water including humankind, livestock and agriculture.
3rd World Congress on GIS and Remote Sensing, September 04-05, 2017 Philadelphia, Pennsylvania, USA; 2nd International Conference on Geophysics, May 22-24, 2017 Abu Dhabi, UAE; 2nd World Conference on Climate Change, June 5-7, 2017 Milan, Italy; 2nd International Conference on Geosciences, May 22-24, 2017 Brisbane, Australia; 3rd International Conference and Expo on Oil and Gas, July 13-14, 2017 Berlin, Germany; 4th International Conference on Geological and Civil Engineering, January 8-10, 2017, Penang, Malaysia; XVIth International Conference Geoinformatics, 15 - 17 May 2017, Kyiv, Ukraine; 7th International Conference on Medical Geology, August 28- September 1, 2017, Moscow, Russia; 19th International Conference on Geosciences and Geological Engineering, January 19 - 20, 2017, London, United Kingdom; 13th Conference and Exhibition Engineering Geophysics , April 24-28, 2017, Kislovodsk, Russia
Geological Society of London | American Geophysical Union | Geological Society of America | History of Earth Sciences Society | Geological Society of London | International Union of Geodesy and Geophysics
Land and Soil Sciences
Soil physics defines and measures the physical properties, behavior and processes of soil. Soil physics deals with properties such as structure, density, texture, and aggregate stability along with water-content and water retention character of soils. Physical processes involve transport of heat, solutes, gases and water are characterized. Soil genesis or pedogenesis may involve translocation, organic changes, podzolisation/cheluviation, gleying or desilication/laterisaton depending on prevailing physical conditions. Parent rock, climate, biotic activity, and topography are major factors in soil genesis. Soil mineralogy is the study of the soil mineral phase, which accounts for up to 90% of the volume of soils. Unfortunately, this fantastically complex environment has been degraded by different ill practices and has taken shape of serious global environmental problem. Technologies in soil remediation or soil washing are being developed to remove anthropogenic contaminants from soils in an effort to benefit commercial agriculture and wild flora and fauna. Soil is the basis for agriculture and farming. And with the global population estimated to reach around ten billion by 2050, new agricultural practices will be needed. In addition, climate change has quite specifically, adversely affected the agricultural nations with unusual monsoon patterns and droughts. To maintain and increase food production in such poor conditions, efforts will be needed to prevent soil degradation that may result from increased pressure on the resource. Sustainable agriculture and soil management measures will have to be practiced to produce food in a manner which causes minimal deterioration of soil quality.
2nd International Conference on Geosciences, May 22-24, 2017 Brisbane, Australia; World Conference on Climate Change, June 5-7, 2017 Milan, Italy; 15th International Conference on Soil Micromorphology, November 27 – December 5 2016 Mexico City, Mecico; 9th international Conference on Sustainable Development and Planning 2017, June 27 – 29, 2017, Bristol, UK; 1st Asian Conference on Water and Land Management for Food and Livelihood Security WLMFLS – 2017 January 20 – 22, 2017, Raipur – 492012 Chhattisgarh, India; 1st World Conference on Soil and Water Conservation under Global Change (CONSOWA), June 12 – 16, 2017, Lleida, Spain; 5th International Soil Classification Congress, 1-7 December 2016 – Bloemfontein, South Africa; 2nd Global Soil Security Conference, Paris, December 5-6, 2016; International Conference-Exhibition on Soils, Sediments and Water, March 14-16, 2017, Lyon France.
Hydrology encompasses the study of the availability, distribution, movement and quality of water on Earth and its relationship with the environment within every phase of the water cycle. This cycle consists of a delicate balance of processes of water precipitation, evaporation, freezing, melting and condensation. These processes are highly dependent on temperature, and with climate change and atmospheric warming happening on a global level, the impacts are felt in the hydrologic balance and hydrological systems everywhere.
There are three key variables that determine the health and balance of hydrological systems: (a) soil moisture, which is a primary control on vegetation and ecosystems; (b) groundwater recharge, which feeds groundwater reserves; and (c) runoff, which feeds rivers and causes floods. Areas of research in hydrological sciences focus on these variables while studying, the quality of the water, the movement of water between its various states or within a given state, or a quantification of the amounts in the different states in a given region.
Warmer temperatures increase the rate of evaporation of water into the atmosphere, resulting in less snow formation, as well as changes in mean rainfall, rainfall intensity, and rainfall seasonality. With the relationship between rainfall and runoff being non-linear, the response of runoff generated by rainfall is magnified. This leads tovarious climate change effects such as increased flooding and drought. The frequency of heavy precipitation events will very likely increase in most regions, with consequences for the risk of rain-generated floods. At the same time, the proportion of land surface in extreme drought at any one time is also projected to increase.
In a warmer environment, more precipitation will materialize as rain rather than snow, which means there will be an increased occurrence of water shortages. Because rain flows faster than melting snow, higher levels of soil moisture and groundwater recharge are less likely to occur. When rain falls, reservoirs fill quickly to capacity, which can also result in excess water runoff that can’t be stored. Higher water temperatures and changes in extremes, including floods and droughts, are also projected to affectwater quality.Intense rainfall, for example, leads to an increase in suspended solids in lakes and reservoirs, as well as an enhanced transport of pathogens and other dissolved pollutants.
These changes in water quantity and quality due to climate change are expected to affect food availability, stability, access and utilization. These adverse effects of climate change on hydrological systems in turn aggravate the impacts of other stresses, such as population growth, changing economic activity, land-use change and urbanization. With a predicted global growth in water demand over the coming decades, it is essential to develop and implement long term lasting solutions for the conservation of water resources. This includes adaptation procedures and risk management practices that incorporate the projected hydrological changes, improve water-use efficiency and water access for all of adequate quality and quantity.
2nd International Conference on Geosciences, May 22-24, 2017 Brisbane, Australia; 1st Global Geotechnical and Water Resource Engineering Summit, September 18-19, 2017 Macau, Hong Kong; 9th International Conference on Air and Water. Components of the Environments”, March 17-19, 2017, Cluj-Napoca, Romania; 3rd International Interdisciplinary Conference on LAND USE and WATER QUALITY: Effect of Agriculture on the Environment, May 29-June 1, 2017, The Hague, Netherlands.
Marine Geosciences and Oceanography
Oceanography is a richly interdisciplinary science encompassing the study of the deep sea and shallow coastal oceans. Oceanography comprises the study of biology, chemistry, geology and physics in the form they apply to the ocean. Physical oceanography deals with studying and understanding the changing patterns of ocean circulation, in addition to the distribution of its properties like salinity, temperature and the concentration of dissolved chemical elements and gases. Chemical oceanography is the study of the oceans’ chemistry, the pathways that chemical species follow on their journey through the oceans. The chemistry of the ocean is closely tied to the exchange of material with the atmosphere, cryosphere, continents, and the mantle, ocean circulation, climate, the plants and animals that live in the ocean. Biological oceanography seeks to understand the population dynamics of marine organisms and their interaction with their environment. Unfortunately, in spite of all the studies and endeavors, the oceans are bearing the brunt of anthropogenic greenhouse gas emissions thus leading to what is called ocean acidification. The acidity of oceans has been decreased by twenty-five percent and is estimated to decrease at an accelerated rate. Coral and other shell forming organisms are being gravely affected by this. Greenhouse gas emissions have not only increased the acidity of the ocean but also their temperature. The average annual temperature of the earth has risen by 1°F over the last century. This warming has taken place both on land as well as in the water, from the surface to a depth of around 700 meters. Warmer oceans pose diverse threats including coral bleaching, higher sea levels, stronger storms including other consequences.
4th International Conference on Geology April 10-11, 2017, UAE; World Conference on Climate Change June 5-7, 2017 Milan, Italy; World conference on Ecology and Ecosystems September 11-13, 2017, USA; 6th International Conference on Earth Science and Climate September 18-19, 2017, Hong Kong; The 6th World Sustainability Forum 27-28 January 2017, South Africa; 19th International Conference on Biodiversity 23-24 February 2017, France; 19th International Conference on Ocean Biodiversity and Conservation 25-26 September 2017, United Kingdom; International Conference on Emerging Trends In Environmental Engineering and Pollution Control 13-15 March 2017, China; 3rd International Interdisciplinary Conference on LAND USE and WATER QUALITY: Effect of Agriculture on the Environment 29 May 2017 - 01 Jun 2017, Netherlands.
Atmospheric Sciences and Meteorology
Atmospheric physics draws on the processes by which the atmosphere affects Earth's energy balance. Atmospheric physics has links to climatology and meteorology and employs mathematical and physical models to study and understand the atmosphere, weather systems, atmospheric dynamics and energetics, electrical phenomena, and characteristics of the upper and middle atmospheric layers. Atmospheric chemistry studies the chemical composition of the atmosphere. It is a multidisciplinary field and encompasses meteorology, environmental chemistry, geology, oceanography, volcanology and computer modeling, among other disciplines. Meteorology is an extremely interdisciplinary science, dealing with the study of the atmosphere including climate modeling, air quality, atmospheric physics, atmospheric effects on our weather, and other atmospheric phenomena. The relationship between the Earth’s climate, the atmosphere and the oceans is also studied. Climatology is a sub-discipline of atmospheric sciences concentrating on how changes in the atmosphere define and alter the climate of a region. The ozone layer present in the stratosphere plays a essential role in absorbing UV radiations of the sun. However, this layer is being gravely affected by the continual anthropogenic emissions of harmful compounds including chlorofluorocarbons (CFCs). The ozone hole is not exactly a hole, but in fact, a thinning of the stratospheric ozone layer. The first appearance of a hole in the earth's ozone layer was discovered in 1976 over Antarctica. The ozone layer had diminished as the long lived CFC molecules catalyzed ozone destruction in the stratosphere. Models now predict that the ozone hole in Antarctica should recover around 2040.
World Conference on Climate Change June 5-7, 2017 Milan, Italy; 3rd World Congress on Climate Change and Global Warming, October 16-17, 2017 Dubai, UAE; Atmospheric Ice Nucleation Conference, January 16-17, Leeds, UK; 64th Pacific Conference on Spectroscopy and Dynamics, January 19-22, Asilomar, CA, USA; 9th Symposium on Aerosol-Cloud-Climate Interactions (Within 97th AMS Annual Meeting) , January 22-26, Seattle, WA, USA; 4th Santa Fe Conference on Global & Regional Climate Change , February 5-9, Santa Fe, NM, USA; International Radiation Symposium , April 17-22, Auckland, New Zealand; European Geosciences Union - General Assembly 2017 , April 23-28, Vienna, Austria
The exploration of the universe is a very multidisciplinary area of research, involving many sciences, and because of the fast information exchange, it directly permits scientists to interact among themselves and with the broad public. Planetary space science has rapidly evolved in the past several years thanks to the introduction of powerful computers and computational simulation methods, larger and larger telescopes- earth-bound and space-borne. Space missions currently exploring remotely the Universe and in situ several objects in our solar system ,with the help of a wealth of improved analytical instruments such as spectrometers, cameras, radars, and other space-flight instrumentation has opened the path to phenomenal new discoveries. This human effort has now reached another peak in space exploration with a multitude of missions, targeting to enhance our understanding of the geological, atmospheric and internal processes at play on different planets and their satellites. From a fuller understanding of the climatology within the Sun’s planetary family, and eventually that of the planets in other stellar systems, we may better understand our own, and develop predictive models for the future Earth. With this as our objective, several objects stand out: in the inner Solar System, Mars and Venus, and in the outer solar system Saturn’s large and Earth-like satellite Titan. Also, the study of comets and asteroids is instructive in our quest for understanding the Earth. These objects are considered as possible habitats (favorable for the emergence and sustenance of life with liquid water on the surface or in the interior) and have a high astrobiological potential, which is of high importance to the search for the emergence and evolution of life. Comparison with conditions on other planetary objects in the studies of atmospheric, surface and internal processes can bring us valuable insights on our own planet, the Earth, as revealed recently by the Rosetta mission. As a consequence, several space missions, from Europe, the US, China and Japan have been directed towards the objective of thoroughly studying these worlds: for Venus we have had Venus Express and Magellan; for Mars we have had Mars Express, and several robotic rovers on the surface like XXX. Further out in the Solar System, at 10 AU, a world half the size of the Earth, with a significant nitrogen atmosphere and an intense organic chemistry, probably harboring an undersurface ocean and subject to seasonal effects, Titan, revolves around Saturn and has been studied by the Cassini-Huygens mission since 2004. In the future, ExoMars is aimed to study the atmospheric composition of Mars and land there allowing for deep drilling. With the powerful telescopes (Hubble and its successor JWST) we are now able to search for and characterize Earth-like exoplanets (planets similar to Earth but orbiting other suns of our galaxy); ESA’s CHEOPS and PLATO missions; and USA's KEPLER and TESS missions are examples. The previous list is not all exhaustive. In situ sample analysis and sample return are aimed for Mars and asteroids, connecting laboratory studies (for instance on Earth analogues or extremophiles) with planetary missions. Terrestrial planet climate studies provide insights on the climate changes currently affecting the Earth, which have generated wide concern about a decline in habitability as the population grows with increasingly harmful effects on the environment. Dramatic changes in climate and potential habitability, have also taken place on Mars, and probably on Venus and Titan as well (although the timescales there remain uncertain). Modeling of such foreign climates not only allows us to develop detailed scenarios and possible histories for those extreme variants of the terrestrial situation, it shows up deficiencies in our understanding that could make important differences to climate forecast for the near future of life on Earth. Model inter-comparisons that work quite well for present-day Earth, Venus, Mars and Titan raise the prospect of extrapolating the model descriptions of climate into the past, and into the future. The study of planetary environments can help us to better understand our own planet, and vice versa.
229th Meeting of the American Astronomical Society, Grapevine, Texas, 3–7 January 2017; 6th International Workshop on the Mars Atmosphere: Modelling and Observations, January 17-20, 2017, Granada Spain; Workshop on Chondrules and the Protoplanetary Disk, February 27–28, 2017 London, United Kingdom; Astrochemistry VII – Through the Cosmos from Galaxies to Planets. March 20 – 24 2017, Puerto Varas, Chile; The 5th International Planetary Dunes Workshop, May 16–19, 2017, Utah, USA
National Aeronautics and Space Administration (NASA), Indian Space Research Organisation (ISRO), European Space Agency (ESA), China National Space Administration (CNSA), Japan Aerospace Exploration Agency (JAXA), Russian Federal Space Agency (RFSA or Roscosmos)
GIS, Remote Sensing and Geospatial Sciences
The collection of information about an area or a particular object without coming in contact is the science of remote sensing. Satellites and aircrafts are most commonly employed for remote sensing. Remote Sensing is limited to methods which utilize electromagnetic radiation to detect and/ or measure the characteristics of the target. Remote Sensing has grown from aerial photography in its earliest stages to utilizing electronic-optical sensors which produce multispectral images that are analyzed by computer software. Remote sensing finds use in atmospheric monitoring, oceans and coastal monitoring, hydrological and geological sciences, forestry and agriculture. Geographic Information System is designed to stock, retrieve, manage, analyze and interpret all kinds of spatial and geographic data. GIS has leaped from physically overlaying maps on top of one another to look up any map on a computer and change and overlay these maps to create complex data sets and new information. Another advancement in GIS technology is its relationship with GPS system. GIS provides real-time, on ground data that GPS utilizes to apprise its users of their location and surroundings. Three dimensional displays and the ability to overlay one 3-D map on top of another is now very common- the next step will be the introduction of four dimensional maps, which would add the dimension of time as well.
3rd World Congress on GIS and Remote Sensing, September 04-05, 2017 Philadelphia, Pennsylvania, USA; 2nd International Conference on Geophysics, May 22-24, 2017 Abu Dhabi, UAE; 2nd World Conference on Climate Change, June 5-7, 2017 Milan, Italy; 2nd International Conference on Geosciences, May 22-24, 2017 Brisbane, Australia; 3rd International Conference and Expo on Oil and Gas, July 13-14 , 2017 Berlin, Germany; 4th International Conference on Geological and Civil Engineering, January 8-10, 2017, Penang, Malaysia; XVIth International Conference Geoinformatics, 15 - 17 May 2017, Kyiv, Ukraine; 13th Conference and Exhibition Engineering Geophysics, April 24-28, 2017, Kislovodsk, Russia; 7th International Conference on Medical Geology, August 28- September 1, 2017, Moscow, Russia; 19th International Conference on Geosciences and Geological Engineering, January 19 - 20, 2017, London, United Kingdom
Pollution and Environmental Issues
Pollution has become a major environmental issue due to mere negligence and carelessness of man. With consequences detrimental to mankind and the environment, every form of pollution needs to minimized or curbed from the domestic to the international level. Every natural resource on this planet has been contaminated and the need to reverse this contamination is urgent. Air pollution has been consistently worsening and poses serious perils on health as well as on the environment. With new green and environmentally friendly technologies emerging, it is possible to reduce the amount of pollutants entering the atmosphere. Soil contamination needs special concern, since there is an ever increasing need to increase soil productivity. An increased use of organic fertilizers needs to be implemented to preserve soil quality. It needs not be spelt out that water is one of the most important resources for life to flourish. Yet, fresh and marine water bodies are being polluted tremendously without abatement. Wastewater treatment is catching momentum and persistent measures need to be carried out in wastewater treatment before being released in any freshwater body. Deforestation is causing the earth to increasingly lose its forest cover every year. Major causes for deforestation include agriculture, logging, fuel wood harvesting and forest fires. Reforestation efforts are promising and point towards alleviating the problem, if not completely eradicating it.
World conference on Ecology and Ecosystems September 11-13, 2017, USA; International Conference on Biorefineries and Biobased Industries for Clean Energy September 18-20, 2017, Spain; 6th International Conference on Earth Science and Climate Change September 18-19, 2017, Hong Kong; Global Solar Energy Summit July 10-12, 2017, Spain; 3rd Annual Congress on Climate Change and Global Warming April 10-11, 2017, UAE; The 6th World Sustainability Forum 27-28 January 2017, South Africa; 19th International Conference on Biodiversity 23-24 February 2017, France; 19th International Conference on Ocean Biodiversity and Conservation 25-26 September 2017, United Kingdom; International Conference on Emerging Trends In Environmental Engineering and Pollution Control 13-15 March 2017, China; 3rd International Interdisciplinary Conference on LAND USE and WATER QUALITY: Effect of Agriculture on the Environment 29 May 2017 - 01 Jun 2017, Netherlands.
The Science of Climate Change, and the Anthropogenic Role
Climate change is going to be the most crucial scientific issue to be addressed in the twenty-first century. There is global concurrence that the climate of the earth has been rising for the past century and will rise even more quickly if stringent and timely actions are not taken. Much of it is due to anthropogenic emissions of greenhouse gases and other harmful compounds. For the first time in centuries, the concentration of atmospheric carbon dioxide has reached above 400 ppm. This is the major cause of global warming and climate change. There is compelling evidence for rapid climate change. Global temperature rise, shrinking ice sheets, declining Arctic sea ice, glacial retreat, sea level rise, warming oceans, ocean acidification, extreme events, and decreased snow cover are all compelling evidences telling us unequivocally that the climate of the Earth is warming. Majority of this warming takes place in the ocean. The temperature of the oceans is at an all time high for the past fifty years and even if the emissions are brought to zero, the oceans will keep getting warmer as they absorb slowly the extra warmth of the atmosphere. Marine ecosystems are under a serious threat under this changing environment. The increase in the frequency of extreme events is an undeniable evidence of climate change. Increase in the frequency of tropical storms, erratic monsoon patterns and droughts, all point towards a lack of equilibrium in the climate. The single largest threat to the climate of the planet in the time to come will be the build-up of anthropogenic greenhouse gases in the atmosphere. The issue is being addressed by reducing the carbon footprint through decreased consumption and better technology. But unabated human population growth is overwhelming these efforts, leading to the conclusion that not only do we need smaller footprints, but also fewer feet. Forests are vital for the resource that they are and those which they provide. Most importantly, forests play a key role in the carbon cycle of the planet, recycling the carbon dioxide. Deforestation not only releases the carbon dioxide stored, but also puts an end to the carbon absorption, thus contributing majorly to climate change. Unrestrained burning of fossil fuels releases the key greenhouse gas, carbon dioxide. The second major greenhouse gas is methane, released from agricultural activities, biomass combustion and inefficient waste management. Nitrous oxide, fluorinated gases and chlorofluorocarbons are all released by anthropogenic activities and are much more potent greenhouse agents. Besides the emissions of greenhouse gases from energy, agricultural, industrial and other activities, humans also affect climate through changes in land use and land cover. Deforestation and extensive animal and crop farming are the aforesaid changes in land use that contribute to climate change.
6th International Conference on Earth Science and Climate Change, September 18-19, 2017 Macau, Hong Kong; 3rd World Congress on Climate Change and Global Warming, October 16-17, 2017 Dubai, UAE; 6th International Conference on Biodiversity and Conservation, April 27-28, 2017 Dubai, UAE; Marrakech Climate Change Conference - November 2016; 2nd Conference on Agriculture and Climate Change, March 26 – 28, 2017, Sitges, Spain; 3rd European Climate Change Adaptation Conference, June 5-9, 2017 Glasgow, UK; 6th International Conference on Climate Change and Humanity January 8-10, 2017 Penang, Malaysia. 19th International Conference on Environment and Climate Change, May 4-5, 2017, Rome Italy
United Nations Industrial Development Organization | Intergovernmental Panel on Climate Change | US Climate Variability and Predictability Program | The World Bank | CICERO | Climate Action | The Climate Group | International Development Association
El Nino and La Nina, and Climate Variability & Predictability
El Niño – Southern Oscillation (ENSO) is one of the most important modes of variability of year-to-year climate in the Earth System. A distinct feature of ENSO is large positive and negative swings in the sea surface temperatures (SSTs) in the equatorial tropical Pacific that are referred to as El Niño (warmer SSTs) and La Niña (colder SSTs). SST variations have distinct fingerprints on various climate features over remote regions over the globe – droughts and floods over Indonesia; frequency of hurricanes in the Atlantic Ocean basin; variations in surface temperature over the United States during northern summer etc. Because of larger thermal inertia of oceans, slower variations in ENSO SSTs can be predicted during next few seasons, and connections between variations in SSTs and global climate, therefore, impart useful predictability to the near-term evolution of climate. Indeed, seasonal predictions based on the ENSO are now made operationally and are provided to the user community. Such long-range forecasts are an important aspect of developing climate services and managing risks and advantages associated with climate variability. Another important aspect of ENSO is understanding its variations on slower time scales and what physical reasons may be responsible for it. Similar to ENSO that is one specific mode of climate variability in the Earth System; other modes of climate variability also exist. These modes span a multitude of time scales varying from weather, monthly, seasonal and decadal. Examples include Blocking, North Atlantic Oscillation (NAO), Pacific North-American (PNA) Oscillation, Madden-Julian Oscillation (MJO), Pacific Decadal Oscillation (PDO) and Atlantic Multi-Decadal Oscillation (AMO) etc. These modes of climate variability also have regional fingerprints in surface temperature and precipitation variability, and therefore, can have significant influence on different aspects of societal activities. Understanding causes of their onset, persistence and decay, together with interactions among different modes of variability, are important for understanding and quantifying their predictability. It is also argued that regional aspects of anthropogenic climate change will also be manifested via its influence on models of climate variability.
6th International Conference on Earth Science and Climate Change, September 18-19, 2017 Macau, Hong Kong; 2nd World Conference on Climate Change, June 5-7, 2017 Milan, Italy; 3rd World Congress on Climate Change and Global Warming, October 16-17, 2017 Dubai, UAE; Marrakech Climate Change Conference - November 2016; 19th International Conference on Environment and Climate Change, May 4-5, 2017, Rome Italy;
The Paris Agreement, and Climate Adaptation and Mitigation
The main focus of the Paris Agreement is to strengthen the global response to the threats of climate change by trying to keep the global temperature rise this century below 2 degrees Celsius above pre-industrial levels. The agreement also aims at strengthening the ability of countries to deal with the adverse effects of climate change. Financial flows from developed countries, new technology frameworks and an enhanced capacity building framework will be established to meet the above goals in order to ensure supporting action from the developing and the most vulnerable countries, in harmony with their own national objectives. All Parties are required to put forward their best efforts in checking their emissions and regularly reporting their implementation efforts. Some of the essential elements of the Paris Agreement are:
- long-term goal of keeping the temperature rise to below 2 degrees Celsius
- climate change mitigation
- to conserve and strengthen the sinks and reservoirs of greenhouse gases
- climate change adaptation
- to enhance the Warsaw International Mechanism on Loss and Damage
The Paris Agreement will come into action (and become fully effective) once 55 countries which produce at least 55% of the world's greenhouse gases ratify, accept, approve or accede to the agreement.
Climate finance involves the flows of funds by different entities to address climate change mitigation and adaptation through various projects and programs. Climate finance is imperative to addressing climate issues since large-scale investments are required to reduce emissions, especially in sectors that are large-scale emitters of greenhouse gases. Climate finance is also necessary for adaptation, for which major financial aid is required to allow countries to adapt to the effects of climate change. Climate finance has been a vital element of international climate change agreements from the beginning. It is aimed at the transition towards climate-resilience and low-carbon growth and development. The search for new institutional arrangements for climate finance has been an important aspect of the discussion. The outcome is the creation of the Green Climate Fund (GCF), a new organization, which will act as the main channel through which climate finance will be allocated. Finance has a crucial role to play in sustaining developing countries to reduce emissions and adapt and adjust to the effects of climate change. But questions still remain as to how effective multilateral funds have been at reducing emissions and building resilience to climate change? And how can the architecture of climate-finance made more effective?
Mitigation refers to the measures taken to reduce or prevent climate change, primarily by cutting down on green house gas emissions. Mitigation encompasses both, increasing the capacity of the carbon sinks and reducing the emissions of environmentally unfriendly substances. An increased dependence on low carbon and carbon neutral fuels has to be incorporated. Climate engineering measures focus on the removal the most abundant greenhouse gas– carbon dioxide. These strategies are especially important in the developing countries. Stringent actions have to be taken to reduce the rate of greenhouse gases emissions, in addition to the removal of greenhouse gases. Though mitigation strategies are being developed and implemented, the adverse effects of climate change are visible. Erratic weather patterns, ocean warming and acidification, shrunken glaciers and accelerated sea level rise are to name a few. There is a very slim chance that the damage could be reversed and so the need to adapt to these changes arises. Strategies- to minimize the damage they are causing- are needed at every level of administration, from local to the international level. The strategies that need to be implemented also depend on the area and the kind of effect the area is suffering. International associations need to coordinate and ensure that adaptation considerations are addressed in a proper manner.
6th International Conference on Earth Science and Climate Change, September 18-19, 2017 Macau, Hong Kong; 2nd World Conference on Climate Change, June 5-7, 2017 Milan, Italy; 3rd World Congress on Climate Change and Global Warming, October 16-17, 2017 Dubai, UAE; Marrakech Climate Change Conference - November 2016; 19th International Conference on Environment and Climate Change, May 4-5, 2017, Rome Italy; 9th Annual IEEE Green Technologies Conference, March 29-31, 2017 Denver USA; 6th International Conference on Smart Cities and Green ICT System, April 23-24, 2017, Porto, Portugal
Renewable Energy and Sustainable Development: Challenges and Future Prospects
The world relies heavily on fossil fuels to meet the energy demands. Since these resources are finite, these will dwindle and eventually run out. A shift to renewable energy sources has to be made since these resources can be replenished quite easily and, in fact, will never run out. A big plus of using renewable energy is that these are clean energy sources and are not environmentally damaging. In contrast, fossil-fuels are detrimental to the environment releasing massive amounts of greenhouse gases, and contributing to global warming and climate change. Solar energy is the most abundant and cleanest renewable energy source. On its own, solar energy can meet the requirements of the world. Wind energy is another renewable energy resource which is virtually inexhaustible and depends on the kinetic energy of the wind. These resources have almost zero impact on the environment but do suffer from some disadvantages, the major one being the initial cost of instalment. Apart from this, solar power generation on a commercial scale requires quite a lot of space and wind sites are often found in remote locations. Some of these shortcomings prove detrimental to the convenience of renewable energy utilization. In spite of these drawbacks, every year, a greater fraction of our energy and electricity demands are being met by renewable energy.
"Development that meets the needs of the present without compromising the ability of future generations to meet their own needs."*
Development in such a manner which confers harmony among our social, economic and environmental needs is sustainable development. A harmony has been so difficult to achieve since most of these needs are conflicting with one or another requirement. The concept is quite complex and an array of strategies are required to lead to a sustainable future. With climate change in perspective, it is absolutely imperative to change our individual and collective behaviours to implement a sustainable society paying increasingly greater heed to preserving our natural environment and its biodiversity, saving renewable and non renewable natural resources and restoring degraded areas like forests that are the Earth’s green lungs. In addition, cleaner fossil-fuel technologies are required besides a decreasing reliance on fossil-fuels; there needs to be a more enthusiastic approach on renewable energy generation and energy efficiency. With the human population ever swelling, sustainable agricultural practices need to be promoted, which not only help to combat climate change and loss of biodiversity, but also progressively improve the ecosystems and soil quality. Sustainable industrialization should be promoted with energy efficient infrastructure environmentally friendly practices. Global climate change should be promoted in national and international policies and strategies.
Global Summit and Expo on Biomass December 05-06, 2016 Dubai, 2nd International Congress and Expo on Biofuels & Bioenergy August 29-31, 2016 Sao Paulo, Brazil; World conference on Ecology and Ecosystems September 11-13, 2017, USA; World Congress and Exhibition on Wind Energy July 28-30, 2016 Berlin, Germany;18th International Conference on Renewable Energy Sources, February 22 - 23, 2016, Paris; ICCE 2015: 14th International Conference on Clean Energy Sept 27- 1 Oct 2015, Canada; 14th World Wind Energy Conference & Exhibition on 26-28 October, 2015, Jerusalem, Israel; International Conference on Ocean Energy, 23-25 February 2016, Edinburgh, Scotland; 2nd International Conference on Environment and Renewable Energy, 24-25 February 2016, Ho Chi Minh, Vietnam; International Biomass Conference & Expo. 2016. Charlotte, NC, USA; 3rd International Interdisciplinary Conference on LAND USE and WATER QUALITY: Effect of Agriculture on the Environment 29 May 2017 - 01 Jun 2017, Netherlands; 5th Annual Sustainable Development Conference July 13-15 2017, Bangkok, Thailand
About the Conference:
Welcome to the 6th International Conference on Earth Science & Climate Change, September 18-19, 2017 at Macau. Earth Science-2017 has been themed “Insights into innovations in Earth system sciences and Climate Change challenges” which extensively covers all aspects on scientific and technical advances in the field of geosciences and geomatics ranging from the integration of instruments, methodologies and technologies to their use in earth sciences, environmental engineering and other natural sciences.
The Organizing Committee is gearing up for an exciting and informative conference program including plenary lectures, symposia, workshops on a variety of topics, poster presentations and various programs for participants from all over the world. We invite you to join us at the ICESCC 2017, where you will be sure to have a meaningful experience with scholars from around the world.
For more details please visit- http://earthscience.conferenceseries.com/
Earth Sciences or “Geosciences”, known as Sciences of the planet Earth, are disciplines which could help to better predict or reduce the damages that would occur in such circumstances. 6th International Conference on Earth Science & Climate Change will bring people from different disciplines as diverse as Volcanology, climatology, atmospheric sciences, seismology and oceanography. Geoscientists aim to better understand the interactions between the Earth's geology, atmosphere, oceans, biosphere and the human responses towards them.
Importance & Scope:
As world is facing a shortage of Geoscientist, geologists and environmentalist, ICESCC 2017 during September 18-19, 2017 is going to be held in Macau with an aim to grow awareness and interests in the field of Earth Science.
Earth science is a general term referring to any studies that relate to the earth or neighboring planets in our solar system. The four major fields in earth science include geology, the study of the earth's structure; meteorology, the study of the weather and atmosphere; oceanography, the study of the oceans; and astronomy, the study of the universe. This science covers processes that affect the Earth like volcanic eruptions. With such knowledge, geologists can tell not only what happened in the past but also where one can find natural resources, be it water, minerals, coals, petroleum or natural gas.
With the Collaboration of SINIF and ISRICA, we are organizing this 6th International Conference on Earth Science & Climate Change to encourage youths to pursue their interest in Earth Science and its different fields to develop a career as geoscientist and geologists.
ICESCC-2017 conference will provide a forum for exchange of ideas and authoritative views by leading scientists as well as business leaders and investors in this exciting field. ICESCC-2017 provides a global intellectual platform for top notch academics and industry professionals to actively interact and share their groundbreaking research achievements. ICESCC-2017 is dedicated to promoting research and development and offers an inter-disciplinary intellectual platform for leading scientists, researchers, academics and industry professionals to actively consult, network and collaborate with their counterparts across the globe.
- Soil Sciences
- Atmospheric Sciences and Meteorology
- Marine Geosciences and Oceanography
- Hydrological sciences
- GIS and Remote Sensing
- Pollution and Other Environmental Issues
- Natural Hazards
- Climate Change
- Anthropogenic Role in Climate Change
- El Niño and La Niña
- Climate Finance
- The Paris Agreement
- Climate Change Mitigation and Adaptation
- Renewable Energy: Challenges and Future Prospects
- Sustainable Development
Why to attend!
Share your valuable research With members from around the world focused on learning about earth science and climate change; this is the best opportunity to reach the largest assemblage of participants from all over the world. Prominent scholars and researchers including Jaime Senabre, Presidente SINIF, Spain; WenJun Zhang, International Academy of Ecology and Environmental Sciences, China; Alexander Trofimov, ISRICA, Russia, Trin Intaraprasong, Ministry of Energy, Bangkok, Thailand and Liu Gaohuan, State Key Lab. of Resources and Environment Information System, China will be delivering valuable keynote speech at ICESCC-2016 are hallmarks of this conference.
A Unique Opportunity for Exhibitors and Sponsors at this International event:
Major Geosciences Associations around the Globe
- AASP - The Palynological Society
- American Association of Petroleum Geologists (AAPG)
- American Geophysical Union (AGU)
- American Institute of Professional Geologists (AIPG)
- American Quaternary Association (AMQUA)
- American Rock Mechanics Association (ARMA)
- Association for the Sciences of Limnology and Oceanography (ASLO)
- American Water Resources Association (AWRA)
- Asociación Geológica Argentina (AGA)
- Association for Women Geoscientists (AWG)
Major Geosciences Associations in Asia
- Asian Association on Remote Sensing (AARS)
- Asia Oceania Geosciences Society (AOGS)
- Center for Environmental and Geographic Information Services (CEGIS)
- Chinese Society for Geoinformatics
- Chinese Society of Photogrammetry and Remote Sensing
- Geo-Informatics and Space Technology Development Agency (GISTDA)
- Institute of Australian Geographers (IAG)
- Pacific Islands Applied Geoscience Commission (SOPAC)
- Southeast Asian Geography Association (SEAGA)
- Chinese Society for Geoinformatics
- Cambodian Research Development Institute (CDRI)
- Chinese Society of Photogrammetry and Remote Sensing
- Indian Council of Agricultural Research (ICAR)
Statistical Analysis of Associations
Funding for Earth and Climate Change:
The China Research Fund is a funding agency for research in China. It is one of the few major national agencies in China. It aims to build up high quality research community in China, providing financial support to researchers in every step of their career. The Chinese Academy of Sciences(CAS), together with the other research organizations have requested assistance from ADAPT Asia-Pacific to formulate a strategic plan that will identify, support, monitor and assess a national strategy for climate change research in China
United State of America proposed $1,328 million FY 2012 budget for its Global Climate Change Initiative (GCCI) aimed at helping developing countries address man-made global warming problems that we’ve allegedly caused represents a 557% increase since FY 2008 (then $202 million).
U.S. Agency for International Development (USAID) and United Nations Framework Convention on Climate Change (UNFCC) negotiations in Cancun, Mexico, which formulated a package of ‘nationally appropriate’ measures toward the goal of avoiding dangerous climate change. Commitment to near-term and long-term climate financing for the least developed countries amounting to near $30 billion for the period 2010-2012, and $100 billion annually by 2020.”
The European Research Council (ERC) that funds junior and senior world-class researchers based in Europe is keen on promoting fundamental research in all areas, including Earth Sciences. Around 150 projects are currently being funded by the ERC in this field, with a total budget of € 270 million. The EU (European Union) is committed to spend at least 35% of the overall 80 billion Euro budget of Horizon 2020 for Climate-related research and innovation actions.
ConferenceSeries Ltd feels proud to announce “6th International Conference on Earth Science and Climate Change” (Earth Science 2017) which is going to be held during September 18-19, 2017 at Macau.
We welcome and invite you to participate in this prestigious conference. ConferenceSeries Ltd Organizes 1000+ Global Events inclusive of 300+ Conferences, 500+ Workshops and 200+ Symposiums on various topics of Science & Technology across the globe with support from 1000 more scientific societies and Publishes 500+ Open Access journals which contains over 50000 eminent personalities, reputed scientists as editorial board members.
The scope of Earth Science 2017 is to promote the advancements in the fields of earth sciences and to discuss measures to tackle climate change, at an international level and also to disseminate the excellence in research to the global community. EEarth Science is the study of the Earth and its neighbours in space. It is an exciting science with many interesting and practical applications. Many different sciences are used to learn about the earth, however, the four basic areas of Earth science study are: geology, meteorology, oceanography and astronomy.
Why to Attend
Earth Science 2017 is a prestigious event which explores the technology to showcase novel technologies from lectures, panel discussions, debates by world renowned experts, who will discuss the latest advances and research in Earth system sciences and climate change
- Access to the latest climate change developments –up to 80+ peer reviewed paper presentations
- Network with 100+ earth scientists from around the world
- Commercial opportunities - a technical exhibition will be an integral part of conference programme
- Accompanying workshop and technical visit
- Soil Sciences
- Marine Geosciences and Oceanography
- Atmospheric Sciences and Meteorology
- Planetary and Space Sciences
- Hydrological sciences
- GIS and Remote Sensing
- Pollution and Environmental Issues
- Natural Hazards
- Climate Change
- Anthropogenic Role in Climate Change
- El Niño and La Niña
- Climate Finance
- The Paris Agreement
- Climate Change Mitigation and Adaptation
- Renewable Energy: Challenges and Future Prospects
- Sustainable Development
GASMET TECHNOLOGIES (ASIA) LTD.
Gasmet Technologies is a Finish high technology company, headquarter in Helsinki Finland, who develops and manufactures the Gasmet™ line of FTIR (Fouier Transform Infrared Spectroscopy) gas analyzers and monitoring systems. FTIR is the latest and advanced technology in the gas-sensing market, which ensures accurate and reproducible results. Gasmet Technologies has certified its Quality Management System according to ISO 9001. Our goal is providing clients with innovative and customer-driven solutions for the demanding GHG/ Nitrogen gas fluxes measurement and emission flue gas monitoring.
Gasmet Technologies (Asia) Ltd is regional office of Gasmet Group in Asia Pacific to coordinates the marketing, sales activities and technical service of Gasmet products in Asia – Pacific region. Products and contact details can be found in www.gasmet.com.
It is vital to establish an accurate inventory of GHG in the soil/ atmosphere/ ice/ water because of the threat of climate changes and extreme weather phenomena. So that governments can take immediate action for the mitigation and reduction. Gasmet models DX4040 and DX4015 are effectively employed to monitor the gases flux from different media.
Gasmet DX4040 and DX4015 (with heated sample cell) are truly portable, rugged FTIR analyzers for simultaneous and continuous measurement of both organic and inorganic compounds (NOx, N2O, CH4, CO2, CO, SO2, NH3, HCl, HF and VOCs etc.). In addition, up to 50 different gases can be monitoring in real-time and allow unknown gases identification in the field.
The Gasmet DX4040 and DX4015 analyzers have been used successfully in many soil Chamber flux applications especially in North America and Asia Pacific
Advantages in a nutshell:
- Simultaneous multicomponent analysis
- FTIR measures ALL significant GHGs
- Calcmet software gives the whole sample spectra
- Rapid sampling and continuous live readings
- Precise results in demanding field conditions
- Low weight, battery powered
- Ability to QUANTIFY knowns and IDENTIFY unknowns
- Cross-interferences automatically compensated
- Non-destructive analysis
- Only daily zero calibration needed
- Simultaneous analysis of up to 50 compounds
Past Conference Report
The 5th International Conference on Earth Science and Climate Change was organized during July 25-27, 2016 at the Hotel AVANI Atrium, Bangkok, Thailand. The conference was marked with the attendance of Editorial Board Members of supported OMICS Group Journals, Scientists, young and brilliant researchers, business delegates and talented student communities representing more than 20 countries, who made this conference fruitful and productive.
This conference was based on the theme “Stimulating and Analysing the changes of Earth & Climate” which included the following scientific tracks:
- Earth Evolution Sciences
- Global Warming
- Climate Change
- Space Science
- Soil Science
- Environmental Issues
- Atmospheric Chemistry
- Remote Sensing and GIS
- Earthquakes and other Natural Hazards
Earth Science 2016 was moderated by Dr. David Crookall (Université de Nice Sophia Antipolis, France) on the first day, Dr. Mahima Gulabani (University of Delhi, India) on the second day and by Dr. Alexander Trofimov (International Scientific Research Institute of Cosmic Anthropoecology, Russia) on the third day.
We are grateful to our Organizing Committee Members for their generous support and suggestions for the conference.
- Venkatachalam Ramaswamy – NOAA, Princeton University, United States of America
- Prashant K. Srivastava – (NASA GSFC/JPL) United States of America
- Adichat Surinkum – CCOP, Thailand
- Ganesh Bora, North Dakota State University, United States of America
- Alexander Trofimov – ISRICA, Russia
- Nils-Axel Mörner – Stockholm University, Sweden
The conference proceeded through various Scientific Sessions and plenary lectures, of which the following topics were highlighted as Keynote presentations:
- The grand challenges of emerging environmental issues: Ahn Ji Whan, Korea Institute of Geosciences and Mineral Resources, Korea
- Learning experience and geoethics for human and natural sustainability: David Crookall, Université de Nice Sophia Antipolis, France
- Earth’s climate change in the 20th and 21st Centuries: The phenomenon of global warming and its impacts: Venkatachalam Ramaswamy, Princeton University, USA
- Scientific declaration about the urgency of global geoecological systems for humanity survival at the epoch of cosmoplanetary and climate changes: Alexander Trofimov, International Scientific Research Institute of Cosmic Anthropoecology, Russia
Scientific sessions were chaired and co chaired by: Judith M Tisdall, La Trobe University, Australia David Crookall, Université de Nice Sophia Antipolis, France, Venkatachalam Ramaswamy, Princeton University, USA Paul A Comet, Comet Environmental Consulting, USA Arndt Schimmelmann, Indiana University, USA and Vasco M N C S Vieira, Universidade Técnica de Lisboa Técnico, Portugal.
Conference Series LLC has taken the grand privilege of felicitating Integrative Biology-2015 Organizing Committee, Editorial Board Members and Keynote Speakers who supported for the success of this event.
The esteemed guests, Keynote speakers, well-known researchers and delegates shared their innovative research and vast experience through their presentations at the podium of Earth Science 2016. We are glad to inform that all accepted abstracts for the conference have been published in the Journal of Earth Science and Climatic Change as a special issue.
We are also obliged to various delegate experts, company representatives and other eminent personalities who supported the conference by facilitating active discussion forums. We sincerely thank the Organizing Committee Members for their gracious presence, support, and assistance. With the unique and positive feedback from the conference, Conference Series LLC would like to announce the commencement of the "6th International Conference on Earth Science and Climate Change" which is being organized during September 18-19, 2017 at Macau, Hong Kong.
Past Reports Gallery