Ecology and Environmental Diversity

About the conference

We welcome all the enthusiastic researchers and scholars from all around the world to join us for “International Conference Ecology and Environmental Diversity” which will be held during October 10-11, 2022 | Bali, Indonesia.

The main theme of our webinar is “Scientific study of the distribution and abundance of living organisms in the physical environment” and to use these relationships to help address various complex and challenging environmental problems. Conference main focus is to bring together all leading academicians, scientists, and research scholars to share their experiences and seek knowledge on all aspects of Ecology and Environmental diversity. Environmental summit 2022 will bring together eminent geologist, archaeologist, climate experts, researchers and speakers are coming to share their research experiences and insight of Earth Environment and Ecology.

Why to attend

Environmental Summit 2022 is one of the world's prominent Ecology and Environmental science conferences to bring together all the participants to exchange about state of the Research and Technologies and to bring discoveries of Environmental Health issues. Attending International conference is being the Professional Development and to get the current state of research and the challenges to future discovery.

Webinars are for an individual who, without travelling, desires to retain their experimental education. They are interactive offerings that offer case-primarily based thorough presentations, online reviews, and stay conversations with significant opinion leaders that consist of beneficial recommendation in your normal technical practice.

Thus, our motive is, to generate platforms which will gather eminent scientists who will undoubtedly enrich our meeting during the Q&A sections.

• Best stage to flourish new association and coordinated efforts.
• Best area to accelerate your course into each domain in the World.
• 89% our meeting participants are the Key contact in their labs buying choices.
• Our exhibitor corners were visited 4-5 times by 80% of the participants during the gathering.
• Past exhibitor's input uncovers abundant of enquiries saw from the meeting participants.
• Organization advancement with both Academia and Business.

Target audience

Target audience

• Academicians including Professors.
• PhD Scholars
• City officials and representatives
• Departments of Environment
• Resilience officers
• Policy officers
• Political representatives
• Green entrepreneurs or small and medium enterprises
• Design professionals
• Non-governmental organizations
• Associations
• Driven citizens
• Community leaders
• Researchers and scholars
• Research Institutes and members
• Training Institutes
• Business Entrepreneurs

Sessions and Tracks

Track 1: Ecology

Ecology is defined as the study of interrelationships between living organisms which includes mankind, and their physical environment. Ecology is related to organisms at the individual, population, community, ecosystems, and biosphere level. Ecology also relates with the sciences of biogeography, evolutionary biology, genetics, ethology and natural history.

Ecology enhances our world and is important for human wellbeing and prosperity. It provides vast knowledge of the interdependence between people and nature that is crucial for food production, maintaining clean air and water, and sustaining biodiversity in a changing climate.

Track 2: Environmental diversity

Environmental diversity is defined as the availability of multiple environmental conditions that can co-exist in one space or a spatial sequence. Diversity and biological balance may impact the functioning and stability of ecological systems. Scientists generally agree that a particular ecosystem can potentially lose its flexibility as the number of species in any particular type of ecological system declines.

Environmental Diversity is also concerned with the protection of natural world which includes land, plants, animals, sea and air.

Track 3: Ecosystem

An ecosystem is simply defined as a geographic area where group of living organisms such as animals, plants and other organisms, as well as landscape and weather, work together to form a bubble of life. Ecosystem consists of both living or biotic parts, as well as abiotic factors, or nonliving parts. Plants, animals, and other organisms comes under biotic factors. Water, light, radiation, temperature, humidity, atmosphere, acidity, and soil comes under abiotic factors.

Track 4: Ecosystem ecology

Ecosystem ecology is the integrated study of interactions of living or biotic parts and non-living or abiotic components of ecosystems within an ecosystem framework. The main concept of Ecosystem Ecology is to look into how an ecosystem works and how it is related to their components such as chemicals, bedrock, soil, plants, and animals.

Ecosystem ecology looks into physical and biological structures and investigates how these ecosystem characteristics interact with each other. Eventually, this helps us understand how to maintain good quality water and reasonably viable commodity production. Ecosystem ecology mainly focuses on the functional processes which include primary productivity, decomposition, and trophic interactions.

Track 5: Biosphere

The biosphere is made up of the parts of Earth where human life exists. The hydrosphere is made up of Earth's water on the surface, in the ground, and in the air. As we know life exists mostly on the ground, in the air, and in the water, the biosphere overlaps all these spheres.

The Biosphere is made up of three parts

1. Lithosphere
2. Atmosphere
3. Hydrosphere

TRACK 6: Environmental Toxicology

Environmental Toxicology, This field is concerned with the natural science that's upset regarding the analysis of harmful substances that effect ecosystem, environmental diversity and population within the Earth. Harmful Insecticides, pesticides, pollutants, and fertilizers toxicants that effect biosphere in various ways by reducing its species and its productivity such changes in the pollution affect the ecosystem. There are various kinds of toxicants at any life cycle stage some are different more sensitive than others. Among its essential benefits, the analysis of toxic substances within the earth, Biodegradation releases the carbon dioxide and water in to the atmosphere. This process is limited in certain areas which are affected by environmental toxicants.

TRACK 7: Pollution and Climate Change

Pollution is the presence of a waste material and toxic gases within the atmosphere and is mainly because of the results of human actions. Pollution includes a prejudices impact on the atmosphere and environment. The pollution suffered by animals, fish and alternative aquatic life, plants and humans all once cannot be controlled. One in every of the best issues that the planet is facing today is because of environmental pollution, increasing with every passing year and imposing grave and irreparable harm to the planet and its habitats. In some cases, greenhouse gases contribute to pollution and air pollutants contribute to global climate change. Global climate change itself could have an immediate impact on air quality. Another most important problem we are facing now a days is Marine pollution which is probably harmful or once harmful, effects result from the entry into the ocean of harmful chemicals, waste particles, industrial wastes, agricultural and residential waste, noise, or the unfold of invasive organisms.

TRACK 8: Global Climate change and Ecosystems

Natural Ecosystems are one of our most valuable resources, important for sustaining life on the planet. Humans derive a varied benefits from ecosystem such as marketable products such as pharmaceuticals, recreational opportunities such as camping, ecosystems services such as erosion control and water purification. For most of the people, nature plays a very powerful prominent spiritual and aesthetic role in their lives, and many people place a high value on the existence of wilderness and nature for its own sake pollution. In addition to these, here comes a new threat that is global climate change which results in increasing greenhouse gas concentrations in the atmosphere.

Track 9: Biodiversity

The term Biodiversity describes the richness and varied species of life on earth. It is the most critical and complex feature of our planet. Without biodiversity, life would not sustain.

The term biodiversity was coined in 1985. It plays a very crucial in natural as well as artificial ecosystems. It deals with nature’s variety, the biosphere. It refers to variablities among plants, animals and microorganism species. Biodiversity also includes the number of different organisms and their relative frequencies present in an ecosystem. Biodiversity also studies the organization of organisms at different levels.

Types of Biodiversity 

Ecological Biodiversity

Genetic Biodiversity

Species Biodiversity

Track 10: Ecophysiology

Ecophysiology is the branch of science that studies how the environment that is both physical and biological components interacts with the physiology of an organism. It also includes the effects of climate and nutrients on physiological processes in both plants and animals, and has a particular focus on how physiological processes scale with organism size.

Track 11: Environmental Science

Environmental science is the branch of science to study the interrelationships between human activities and the environment. It also studies disciplinary academic field that integrates physical, biological and information sciences which also includes ecology, biology, physics, limnology, physical geography, geology, mineralogy, atmospheric science, chemistry, soil science, oceanology and zoology, and plant science to the study of the environment, and the solution of environmental problems. Environmental science came into view from the fields of natural history and medicine during the Enlightenment. Today in the present days it also provides a computable, consolidated, and interdisciplinary approach to the study of environmental systems.

Track 12: Organismal ecology

Organismal ecology mainly focuses on the physiological, morphological, and behavioral changes that let an organism survive in a specific habitat. Population ecology studies the number of individuals in an area, as well as how and why their population size changes with respect to time.

Behavioral ecology as well as evolutionary ecology also comes under the heading of organismal ecology. Indeed, up to some extent that almost all of what organisms do is ecological in some manners, what is studied under the heading of organismal biology has substantial overlap with what is studies instead under the more generally as organismal biology.

Track 13: Plants and Animal Biodiversity

Biodiversity means the variety of life, including how that life is categorised and associated with respect to ecological processes. The vast amount of life on this planet includes plants, animals, fungi, bacteria and micro-organisms. Life is categorized at a number of different levels: genes that shape the form and function of each individual organism.

Track 14: Biodiversity conversation

Biodiversity conservation, It is generally the practice of preserving and protecting the wealth and variety of species, habitats, ecosystems, and genetic diversity on the planet, It also plays a major role for our health, wealth, food, fuel, and services we depend on. Biodiversity conservation plays a vital role for economic growth and poverty reduction.

The three main objectives of Convention on Biological Diversity are:

• The conservation of biological diversity.
• The sustainable use of the components of biological diversity.
• The fair and equitable sharing of the benefits arising out of the utilization of genetic resources.

Track 15: Human Ecology

Human ecology is the term used to define the interactions between man and nature in different cultures. It is the discipline that enquires into the patterns and process of interaction of humans with their environments. Human ecology also says that Human values, wealth, life-styles, resource use, and waste, etc. should affect and be affected by the physical and biotic environments along urban-rural gradients. The ultimate concept of these interactions is a legitimate ecological research topic and one of increasing importance.

The philosophy and study of human ecology has a overlong history with advancements in ecology, psychology, anthropology, geography, sociology, zoology, epidemiology, public health, and home economics, among others.

Track 16: Global climate change

Global climate change is defined as a long-term shift in global or regional climate patterns. It also often refers specifically to the rise in global temperatures due to global warming from the mid-20th century to present days.

Climate change also refers to sea level rise caused by the expansion of warmer seas and melting glaciers and ice sheets. Climatic changes caused by global warming poses a serious threat to life on earth in the forms of extreme weather and widespread flooding. Scientists are still working to study the various causes of global warming and its impact on Earth.

Track 17: Environmental indicators

Environmental indicators are defined as study of environment that provides insight into the state of environment or human health. Since the environment is very complex and vast, these environmental indicators helps us to provide a more economical and practical way to track the state of the environment. The concentrations of ozone depleting substances (ODS) present in the atmosphere are tracked time to time and it is considered as a good indicator with respect to the environmental issue of stratospheric ozone depletion.

Environmental indicators should be referred as a section of sustainable development indicators which are usually meant to track and record the overall sustainability of a society with respect to its environmental, social and economic integrity and health.

Track 18: Natural resource management

Natural resource management is the study of management of natural resources  that present in our ecosystem such as land, soil, plants, animals, water, with a targeted focus on how management affects the quality way of life for both the generations.

Natural resource management deals with managing the way in which people and natural landscapes interact with each other. NRM also brings together natural heritage management, land use planning, bio-diversity conservation, water management, and the future stability of industries like tourism, fisheries and forestry, agriculture, mining. It also recognises that people and their livelihoods totally depend on the quality health and good productivity of our landscapes, and their actions as representators of the land play a most important role in maintaining this health and productivity.

Track 19: Genetic diversity

Genetic Diversity is defined as the term which refers to the range of different inherited traits within a species. There would be many individuals with a wide variety of different trait in a species with high genetic diversity. Genetic diversity plays a crucial for a population to adapt to changing environments.

The human population is comprised of large number of individuals with different physical traits reflecting their genetic diversity. Genetic diversity is also observed among species. For example, the population of dog consists of different breeds of dogs.

Track 20: Energy sources

The primary source of energy for organisms and the ecosystems of which they belong to is sun. Plants and algae, use energy that comes from sunlight to make food energy by combining carbon dioxide and water to form organic matter, these are called as producers.

Energy is generally transferred between organisms from producers to consumers in food webs. This energy is used to carry out complex tasks by organisms. In a food chain system, most of the chemical energy is converted to other forms such as heat at every stage, and does not remain within the ecosystem.

The major roles of energy within an ecosystem are producer, consumer, and decomposer. Photosynthesis is a process through which organisms make their own food by using the sun's energy to turn water and carbon dioxide into food. Producers are the basic source of all the food available in an ecosystem.

Track 21: Endangered species

An endangered species is a species that is much likely to become extinct in the coming future days, either worldwide or in a particular area or country. These Endangered species may be at risk due to various factors such as habitat loss, hunting illegally and invasive species. The global conservation status of many species, and various other agencies assess the status of species within particular areas are listed by the International Union for Conservation of Nature (IUCN) Red List. Many nations have imposed strict laws that protect conservation-reliant species which, for example, forbidding illegal hunting, restrict land development, or create protected areas. Some of extensive conservation efforts such as captive breeding and habitat restoration have their main motto as conserve some of the endangered species.

Top associations and universities

Harvard University |United States| Cambridge | Wageningen University and Research Center| Netherlands | Wageningen  | University of California—Berkeley |United States| Berkeley | Stanford University |United States| Stanford | Swiss Federal Institute of Technology Zurich |Switzerland| Zurich | University of Queensland Australia| Australia| Brisbane | University of Oxford| United Kingdom| Oxford | University of Minnesota--Twin Cities| United States| Minneapolis | Imperial College London| United Kingdom| London | Yale University | United States| New Haven

Market Analysis

The global environmental monitoring market size was valued at USD 14.3 billion in 2018 registering a CAGR of 9.5% from 2019 to 2025. The market is anticipated to witness significant growth over the forecast period owing to rapidly increasing consumer awareness regarding rising pollution levels and stringent government regulations regarding tracking and curbing pollution. Furthermore, declining prices of wireless connectivity components and sensors are expected to propel the widespread deployment of environmental monitoring systems globally.

Environmental monitoring is used for multiple industrial and government applications such as detecting and tracking changes in temperature, humidity, particulate matter, biological and chemical air pollutants, noise level, and water quality, among others. These systems use multiple types of sensors to check the above-mentioned attributes and inform and alert users in case pollution levels increase. The process also involves the collection and measurement of pollutants to assess the status of an environment. This helps users accurately understand the natural environment and facilitate the development of policies and measures to protect it from any negative outcomes of human activity.

U.S. environmental monitoring Market