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17th International Conference on Environmental Toxicology and Ecological Risk Assessment, will be organized around the theme “Probing the Advancements and Technologies in Environmental Toxicology and Risk Assessment”

Environmental toxicology 2018 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Environmental toxicology 2018

Submit your abstract to any of the mentioned tracks.

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Environmental Toxicology is the study of the effectiveness of chemicals on human health and the environment. By relating the principles of biology and chemistry, toxicologists can study the toxic responses of man-made and natural chemicals. Using this knowledge, researchers can predict where chemicals will end up in the environment and in our bodies, determine what toxic impacts chemicals have and create exposure limits to keep us and our environment healthy.

  • Track 1-1Environmental toxicity and mechanism
  • Track 1-2Environmental toxicity testing
  • Track 1-3Environmental and analytical toxicology
  • Track 1-4Environmental contamination
  • Track 1-5Hazardous chemical substances
  • Track 1-6Environmental toxicants and stressors
  • Track 1-7Toxicity of petroleum
  • Track 1-8Heavy metal toxicology

Ecotoxicology is the study of contaminants in the environment and their effects on constituents of the environment. It is an interdisciplinary field that draws from knowledge and techniques in the fields of ecology and toxicology to study the effects of toxic chemical or biological agents on biological organisms at the population, community or ecosystem level. It is distinguished from toxicology because it focuses on the impacts of chemicals on ecological groupings of organisms rather than on individuals; i.e. on populations, communities and ecosystems. Contaminant chemical form, phase association and movement among components of the biosphere are central issues in ecotoxicology.

  • Track 2-1Ecology
  • Track 2-2Ecosystem ecology
  • Track 2-3Ecosystem science and toxicology
  • Track 2-4Ecotoxicity testing
  • Track 2-5Insect ecology and pest management
  • Track 2-6Marine ecotoxicology
  • Track 2-7Ecotoxicity effects on communities
  • Track 2-8Ecosystem health

Occupational toxicology is concerned with the harmful effects of agents that may be encountered by workers during the course of their employment. The harmful effects may be in the workers themselves, or in experimental animals, or other test systems used to define and/or understand the toxicity of the agent of interest. The term ‘occupational’ is used in preference to ‘industrial’ because the latter may have the connotation of chemical exposure in factories; this would not necessarily include work such as farming, with potential exposure to pesticides or office work, with issues such as photocopiers in enclosed spaces.

  • Track 3-1Occupational biohazard wastes
  • Track 3-2Ergonomics and Musculoskeletal disorders
  • Track 3-3Agricultural safety & health
  • Track 3-4Occupational health and safety
  • Track 3-5Toxicology of metals
  • Track 3-6Occupational and environmental medicine
  • Track 3-7Occupational therapy
  • Track 3-8Occupational allergies
  • Track 3-9Occupational disease and prevention
  • Track 3-10Marijuana growing - Occupational health and safety

Global warming is refers to a drastic change in climate due to increase in the temperature of the Earth's aerosphere. The increased quantities of CO2 and other greenhouse gases spread by the burning of fossil fuels, agriculture, land clearing and other human activities are believed to be the primary sources of the global warming. Global warming may cause rise in sea levels due to the melting of the polar ice caps, as well as a growth in happening and severity of storms and other severe weather events.

  • Track 4-1Effects of global warming
  • Track 4-2Ozone depletion
  • Track 4-3Greenhouse effect
  • Track 4-4Scientific understanding of global warming
  • Track 4-5Climate change and climate science
  • Track 4-6Paleoclimate Evidences
  • Track 4-7Ocean acidification
  • Track 4-8Deforestation

Food toxicology is based on the analysis and toxic effects of bioactive substances as they occur in foods. Food toxicology is an individual field that evaluates the effects of constituents of the complex chemical matrix of the diet on the activities of toxic agents that may be natural endogenous products or may be introduced from contaminating organisms or from food production, processing, and preparation. Food toxicology is gains vital attention as food supply chain is becoming more worldwide in origin and any contamination or toxic manifestation may cause severe adverse health effects.

  • Track 5-1Food chemisty and toxicology
  • Track 5-2Pesticide chemistry and toxicology
  • Track 5-3Genetically modified food
  • Track 5-4Food and Cosmetic toxicology
  • Track 5-5Food additives & contaminants
  • Track 5-6Food allergy
  • Track 5-7Food safety assessment
  • Track 5-8Food waste disposal
  • Track 5-9Dose-response relationships

Environmental science is a field that deals with the investigation of connection between human systems and natural systems. Natural systems include the earth itself and life. Human systems are basically the populations of the earth. Sciences utilized as a part of environmental science incorporate topography, zoology, material science, biology, oceanology and geography. Ecological science additionally subdivides into environmental studies and environmental engineering. It offers combined and interdisciplinary approach to the study of environmental problems.

  • Track 6-1Atmospheric science
  • Track 6-2Ecological sanitation
  • Track 6-3Global climate change
  • Track 6-4Biodiversity and sustainable development
  • Track 6-5Earth and atmospheric science
  • Track 6-6Environmental exposure and biomonitoring
  • Track 6-7Biotic environmental fate
  • Track 6-8Geosciences
  • Track 6-9Oceanology
  • Track 6-10Natural resource management
  • Track 6-11Environmental studies and Environmental engineering
  • Track 6-12Bioaccumulation, Biotransformation and Biodegradation

Pollution is a distinct example of environment devastation; it is chemical damage rather than the more apparent physical damage. Contaminants which are the components of pollution can be either external bodies/energies or naturally happening contaminants. It has a dangerous effect on the natural world and on the activities of living beings. Deforestation and harmful gaseous emissions also hints to environmental pollution.

  • Track 7-1Air pollution
  • Track 7-2Acid rain
  • Track 7-3Industrial Pollution
  • Track 7-4Agricultural pollution
  • Track 7-5Water pollution
  • Track 7-6Coal pollution
  • Track 7-7Radioactive pollution
  • Track 7-8Land pollution
  • Track 7-9Sound pollution
  • Track 7-10Marine pollution
  • Track 7-11Pollution analysis and control

Environmental chemistry refers to the chemical procedures that occur in terrestrial, air, water and living environments and the consequence of human activity on them. It is a multidisciplinary field with topics astrochemistry, environmental modelling, marine chemistry, geochemistry, atmospheric chemistry and pollution remediation. Environmental chemists observe the source and range of pollution and they initiate sustainability, conservation and protection.

  • Track 8-1Soil chemistry and Soil pollution
  • Track 8-2Atmospheric chemistry and air pollution
  • Track 8-3Chemical oxygen demand
  • Track 8-4Biological oxygen demand
  • Track 8-5Bio mineralogy
  • Track 8-6Xenobiotic metabolism
  • Track 8-7Aquatic chemistry and water pollution
  • Track 8-8Astrochemistry

Environmental monitoring is intended to assist us to learn the natural atmosphere and defend it from any undesirable outcomes of human activity. The process is a vital part of environmental effect assessments and consequences can directly define whether or not projects are given the all clear. Environmental monitoring assessments can include establishing baseline quality, uncovering environmental trends, categorizing any deviations, determining the success of projects and approving whether or not ecological goals have been met.

  • Track 9-1Environmental contaminants
  • Track 9-2Methods of monitoring
  • Track 9-3Chromatography
  • Track 9-4Immunoassay
  • Track 9-5Biomonitoring
  • Track 9-6Environmental indicators
  • Track 9-7Air pollution index
  • Track 9-8Environmental disaster

Environmental education may best be referred as a route focused at building awareness and understanding about environmental issues that leads to responsible individual and group actions. Effective environmental education concentrates on process that encourages critical thinking, problem solving and decision-making skills. Environmental education uses methods that involve students in detecting, assessing, categorizing, investigating and other data collecting techniques. These routes help students in debating, concluding, forecasting and understanding data about environmental issues.

  • Track 10-1Evaluating environmental issues
  • Track 10-2Environmental Protection Agency
  • Track 10-3Environmental problems
  • Track 10-4Environmental awareness
  • Track 10-5Environmental quality
  • Track 10-6Education for Sustainable development
  • Track 10-7Woman health
  • Track 10-8Children health

Risk Assessment refers to characterizing the nature and extent of health hazards to individuals and biological receptors from chemical pollutants and other stressors that may be present in the atmosphere. Risk assessor estimates the occurrence and extent of human and ecological exposures that may happen as a result of contact with the tainted medium. This assessment of exposure is then united with information on the intrinsic toxicity of the chemical to predict the possibility, nature and magnitude of the antagonistic health effects that may occur. 

  • Track 11-1Environmental risk assessment
  • Track 11-2Natural resource damage assessment
  • Track 11-3Industrial risk assessment
  • Track 11-4Risk analysis
  • Track 11-5Ecological risk and impact assessment
  • Track 11-6Environmental monitoring and assessment
  • Track 11-7Food safety and risk assessment
  • Track 11-8Chemical and biological risk assessment
  • Track 11-9General approaches to risk assessment
  • Track 11-10Hazard assessments

Health, Safety and Environment (HSE) is a hypernym for the laws, rules, guidance and routes intended to care workforces, the public and the environment from harm. In the workstation, the accountabilities for planning and applying suitable procedures is often allocated to a particular department, often called the "HSE" department which is responsible for environmental safety, occupational health and safety at workstation. HSE management has two general objectives: prevention of accidents that might effect from irregular operational circumstances and decrease of dangerous effects that result from normal operating conditions.

  • Track 12-1Mental health
  • Track 12-2Public health
  • Track 12-3Sustainable development goals
  • Track 12-4Traffic safety
  • Track 12-5Community health and safety
  • Track 12-6Environmental safety and management
  • Track 12-7Environmental health policies and management
  • Track 12-8Environmental health and Global concerns
  • Track 12-9Environmental health ethics and laws

Waste management is the precise name for the gathering, transportation, disposal or recycling and monitoring of waste. This term is given to the material, waste material that is produced through human being activity. This material is managed to avoid its harmful effect over human health and environment. Most of the time, waste is managed to get resources from it. The waste to be managed contains all forms of matter i.e. gaseous, liquid, solid and radioactive matter. The technique for the management of waste may differ for developed and developing nations. For urban and rural populations, industrial and residential zones it does differ as well. The management of waste in metropolitan and rural areas is general responsibility of the native government. While the waste that is produced by the industries is managed by the industry itself, in case it is non-hazardous.

  • Track 13-1Types of waste management
  • Track 13-2Principles of waste management
  • Track 13-3Types of wastes
  • Track 13-4Recycling and reuse
  • Track 13-5Resource efficiency
  • Track 13-6International waste movement
  • Track 13-7Pollution discharge controls

Aquatic toxicology is the investigation of the impacts of made chemicals and other anthropogenic and natural materials and undertakings on oceanic living beings at different levels of association, from subcellular through individual living beings to groups and ecosystems. This field of study incorporates freshwater, marine water and sediment environments. Oceanic toxicologists think about unfriendly impacts at various spatial, temporal, and organizational scales. Since aquatic systems contain a great many animal categories, each of these species can react to toxicants from numerous points of view, and collaborations between these species can be influenced.

  • Track 14-1Aquatic ecology
  • Track 14-2Aquatic chemistry and toxicology
  • Track 14-3Aquatic toxicity testing
  • Track 14-4Hazardous aquatic contaminants
  • Track 14-5Aquatic organism growth inhibitor
  • Track 14-6Water quality management
  • Track 14-7Sediment toxicology

Medical Toxicology refers to study of nature, impacts, and detection of poisons (toxins) and the treatment of poisoning. Vital areas of medical toxicology include acute drug poisoning; adverse drug events; drug abuse, addiction, and withdrawal; chemicals and hazardous materials; venomous bites and stings; and environmental and working environment exposures. Medical toxicologists evaluate and treat poisoning and substance abuse. 

  • Track 15-1Clinical toxicology
  • Track 15-2Pesticide poisoning
  • Track 15-3Carcinogenesis
  • Track 15-4Preventive medicine
  • Track 15-5Parkinson disease
  • Track 15-6Regulatory toxicology
  • Track 15-7Veterinary toxicology
  • Track 15-8Reproductive toxicology
  • Track 15-9Forensic toxicology
  • Track 15-10Drug toxicology

Human toxicology discusses about the mechanisms/modes of toxicity that deals with the safety assessment of new chemical, biotechnologically-derived products for human health assessment including statistical and mechanism-based approaches. It’s the toxicological science which mentions to the structure-function relationship, human and health sways of the chemicals such as PCBs etc. It comprises of varied ranges of disciplines such as Organ systems toxicity, lung toxicology.

  • Track 16-1Human genotoxicology
  • Track 16-2Epigenetics
  • Track 16-3Gene-Environment interactions
  • Track 16-4Environmental genomics and Proteomics

Toxicology studies are frequently required by regulatory agencies to state the adverse effects of a chemical product and to guarantee that it meets the standards for safety that the agency prescribes. Regulatory toxicologists impart guidance and recommendations to risk assessors, risk managers, and policy makers on matters associated to human health risks from chemical and pharmaceutical substances. Regulatory toxicology comprises the study of toxicity profile that is compared with other known toxicants. They then establish standards for allowable limits that are consistent with other agents and with similar effects. Regulatory toxicology works as the major centre for laws that limit exposures for people and environment.

  • Track 17-1Bioremediation
  • Track 17-2Foodborne illness
  • Track 17-3Molecular toxicology
  • Track 17-4Toxicity of pesticides
  • Track 17-5Acute and Chronic toxicity
  • Track 17-6Genetically modified food
  • Track 17-7Genetic toxicity
  • Track 17-8Local or systemic toxicity

Environmental technology is the combination of some of the fields environmental science, green chemistry, environmental monitoring and electronic devices to observe, model and protect the natural environment and assets and to control the negative effects of human involvement. The term is also used to define sustainable energy generation technologies such as bioreactors, wind turbines, photovoltaics, etc. Sustainable development is the basic of environmental technologies. The environmental technologies are used to define a class of electronic devices that can help sustainable management of assets.

  • Track 18-1Resource productivity
  • Track 18-2Solid waste management
  • Track 18-3Environmental remediation
  • Track 18-4Sustainable development
  • Track 18-5Ecosystem management