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We established www.erosioncontrolactionforum.com in June 2024 because we believe the public deserves access to a lexicon of scalable, non-partisan, evidence-based logistical resources that address one of the most critical issues of our time!

The Global Climate Crisis.

Identify solutions that include strategies for addressing erosion control extensibility, oversights, and complex challenges such as protecting carbon-rich forests and wetlands, improving land and water management, and restoring natural ecosystems.

In this article, we will examine the causes of erosion at construction sites, the regulatory framework for erosion control, and the most effective techniques to minimize soil loss and sediment discharge.

Geotechnical engineering is a civil engineering branch that focuses on the behavior of earth materials and their use in construction and infrastructure projects.

It is highly interdisciplinary, encompassing various academic fields such as physics, chemistry, materials science, mathematics, biology, and engineering.

In summary, geotechnical engineering is an essential field that integrates principles from engineering, geology, and environmental science to tackle challenges associated with earth materials in construction and infrastructure development. Its increasing significance in sustainable practices and disaster management makes it an attractive career option for aspiring engineers.

These efforts are essential for enhancing the removal of carbon dioxide from the atmosphere and reducing greenhouse gas emissions while advancing climate solutions. As we face a threatened water supply, cooperation between industry and lawmakers is crucial.

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Anthropic pressure refers to the impact that human beings have on the environment through their activities, such as construction, agriculture, hunting, and forestry. This concept is related to the anthropic principle in cosmology, which suggests that the range of possible observations about the universe is limited by the fact that such observations can only occur in a universe capable of supporting observers.

In recent years, the combination of artificial intelligence (AI) and big data has significantly transformed wildlife conservation efforts. With our planet facing an alarming biodiversity crisis and an estimated one million species nearing extinction, the need for innovative solutions has become more urgent than ever. AI and big data technologies are equipping conservationists with advanced tools to monitor, protect, and preserve wildlife more efficiently and effectively than before.

Chevron is taking steps to help protect the environment where they operate. They do this by stewarding our water usage, integrating biodiversity into our decision making, reducing waste and managing air emissions from our operations.

The fields of Machine Learning (ML) and Artificial Intelligence (AI) might seem daunting, but we’re here to help you. You don’t need to become a tech expert overnight. However, to establish yourself as the Erosion Control Website Guide of the future, it’s important to understand the potential of AI, harness its power, and strategize how to integrate it into your financial plans today.

  • Eco-socialism (also known as green socialism, socialist ecology, ecological materialism, or revolutionary ecology) is an ideology merging aspects of socialism with that of green politics, ecology and alter-globalization or anti-globalization.
  • Significant Opportunity for Increased Solar, Geothermal, and Onshore Wind Power Development on Federal Lands to Enhance American Energy Production and Essential Water Supply Infrastructure.
  • These areas exist on various levels and are determined by the type, quality, and quantity of environmental resources.

Now is the time to transform wildlife conservation efforts. In recent years, the combination of artificial intelligence (AI) and big data has significantly improved these efforts. With our planet facing a critical biodiversity crisis, and an estimated one million species at risk of extinction, the need for innovative solutions is more urgent than ever. AI and big data technologies are providing conservationists with advanced tools to monitor, protect, and preserve wildlife more efficiently and effectively than ever before.

Artificial intelligence (AI) can be used in conservation to:

Artificial intelligence (A77I)
  • Pinpoint the position of animals, the date and time of the sighting, migratory patterns, population dynamics, and even the social environment of the animal.
  • Track and protect animals in their natural settings.
  • Alert conservationists of any potential threats to endangered animals.
  • Help wildlife conservationists create better strategies for the care and protection of animals.

While veganism typically ha a smaller carbon footprint compared to animal-based diets, it can still have negative impacts on the environment, including soil degradation, erosion, and a reliance on monoculture crops, as well as synthetic fertilizers and pesticides.

Industrial animal agriculture is well-known for depleting our planet's resources and significantly contributing to greenhouse gas emissions, accounting for approximately 12% to nearly 20% of climate pollution. On a personal level, reducing meat consumption and transitioning to a plant-based diet are some of the most effective actions individuals can take to combat climate change. Howver, when it comes to larger systemic solutions, lawmakers and development banks often prioritize interventions that rely on technology or human-made products. These methods—such as dairy digesters that convert manure into biogas or synthetic feed additives that reduce methane emissions from livestock—often face controversy among some environmentalists.

According to Science News, which covers climate science and international climate policy, cloud forests are home to 15% of the world's bird, mammal, amphibian, and tree fern species, making them the most biodiverse ecosystems. If these forests are disrupted, it could quickly lead to a decline in species populations.

The decline in biodiversity could have dire consequences for humans as well. Sybil Gotsch, a forest ecophysiologist, explained to Science News that cloud forests release stored water into streams during dry seasons. Without these forests, local farmers may experience a significant drop in crop yields. This would not only impact their livelihoods but could also harm local economies by driving up prices for increasingly scarce food.

A circular bioeconomy serves as a conceptual framework for harnessing renewable natural resources to transform and manage our systems in land, food, health, and industry. The objective is to achieve sustainable well-being in harmony with nature while deepening our understanding of sustainability and the principles of a circular economy (e.g., reuse, refurbishment, remanufacture, recycling, and composting).

The **bio-based economy** is a concept that prioritizes sustainable practices and the use of renewable biological resources. Its primary goal is to support long-term decarbonization efforts and achieve the Sustainable Development Goals (SDGs). Within this framework, the circular economy aims to eliminate waste and pollution while restoring nature.

Bioaccumulation is a term commonly used in discussions about environmental pollution and its effects on ecosystems and human health. It describes the process by which certain substances, particularly toxic chemicals, accumulate in living organisms over time, resulting in concentrations that can far exceed those found in the surrounding environment.

The presence of selenium (Se) in produced water limits the reuse of treated streams due to its bioaccumulation in the food chain, which can reduce the lifespan of aquatic and wildlife species.

Employing a linkage between a biophysical and an economic model, this study estimates the economic impact of soil erosion by water on the world economy. The global biophysical model estimates soil erosion rates, which are converted into land productivity losses and subsequently inserted into a global market simulation model. The headline result is that soil erosion by water is estimated to incur a global annual cost of eight billion US dollars to global GDP.

What is geoengineering—and why should you care?

But what is geoengineering exactly?

As the threats of climate change grow, we’re all likely to hear more and more about the possibilities, and dangers, of geoengineering.

Geoengineering traditionally involves two distinct approaches: removing carbon dioxide from the atmosphere to reduce heat retention, and reflecting more sunlight to minimize heat absorption.

In today’s fast-paced world, erosion control planning has become a crucial aspect of sustainable development and environmental management. A Geospatial Data Scientist in the surveying and mapping services industry, has a unique opportunity to leverage Business Intelligence and Data Analytics to mitigate erosion risks while improving the overall planning process. This article explores advanced strategies, methodologies, and innovative techniques that can help professionals transform raw spatial data into actionable insights for effective erosion control planning.

Here’s what it means.

The Blue Revolution refers to the significant expansion and intensification of global aquaculture production—domestication and farming of fish, shellfish, and aquatic plants—from the mid-20th century to the present, especially in developing countries.

The term polar vortex can be used to describe two distinct phenomena; the stratospheric polar vortex, and the tropospheric polar vortex.

Protecting natural resources is esssential for sustainability and can be achieved through various strategies, including conservation practices, sustainable living choices, and individual actions.

Companies are extracting excessive amounts of water from areas experiencing drought due to above-normal precipitation, which decreases the rate of aboveground biomass accumulation.

Concerns about desertification globally have centered on the slow recovery of extensive and expanding drylands after disturbances, a situation that may worsen due to climate change.

Chevron is taking steps to help protect the environment where they operate. They do this by stewarding our water usage, integrating biodiversity into our decision making, reducing waste and managing air emissions from our operations.

Investors acknowledge their fidiscery duty to manage systemic climate risks while pursuing economic opportunities that arise from the transition to a fair and sustainable future, unfettered by the impacts of the climate crisis.

In light of recent events, I have identified several strategies that will enhance your skills and help you support government critics in navigating challenges effectively, ensuring they emerge stronger.

This has resulted in pushback from local communities and conservationists, as it may worsen water shortages for households and lead to dissatisfaction within the community.

We are dedicated to providing you with a valuable and engaging experience as a member of the www.ECF.com Developer Community, supporting your learning, development, and growth.

While this number still pales in comparison to the holistic approach of climate watchers, www.erosioncontrolforum.com continues to promote its efforts.

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Political Ecology

The interactions between human organizations and the environment

Political ecology studies the complex interactions between economics, politics, technology, social traditions, and the biological environment.

. Developing Ecological Empathy Could Help People Reconnect With Nature and Protect the Planet
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Environmental Stewardship Onboarding:

Artificial intelligence (AI)

  • Fundamental drivers of global change and direct reflections of human activity and impacts.
  • As the global population shifts toward living in the tropics, sustainable land development faces significant challenges from enhanced sediment erosion and deposition, negatively impacting ecosystems.
  • Changing Land Use and Cover Change (LUCC).

Protect the Environment

As global climate change intensifies, it becomes imperative to grasp the mechanisms of soil carbon sequestration. This understanding is vital for bolstering the stability and effectiveness of carbon sinks within our terrestrial ecosystems. By unlocking the potential of soil to store carbon, we can take significant strides toward combating climate change.

As the global population shifts toward living in the tropics, sustainable land development faces significant challenges from enhanced sediment erosion and deposition, negatively impacting ecosystems.

As global climate change intensifies, it becomes imperative to grasp the mechanisms of soil carbon sequestration. This understanding is vital for bolstering the stability and effectiveness of carbon sinks within our terrestrial ecosystems. By unlocking the potential of soil to store carbon, we can take significant strides toward combating climate change.

The nexus of Geospatial technologies (ecopark, and ecological land use) including fractal theory, geographic information systems (GIS), and remote sensing (RS), plays a significant role in landscape ecology research. Biodiversity is essential for maintaining ecological balance and supporting intricate relationships among plant and animal species. Conservation GIS utilizes spatial data to tackle challenges related to biodiversity conservation, habitat restoration, climate change adaptation, and land management.

Changing land useLand use changes have profound effects on the biogeochemistry of carbon, infrared active gases, photochemically active gases, and aerosol production (via dust and biomass burning).

Land-use change is one of the focal processes in Earth system models because it has strong impacts on terrestrial biogeophysical and biogeochemical conditions.

Land use changes also affect hydrology and erosion and, by changing surface albedo and energy exchange, can have direct effects on climate and critical water supply infrastructure.

Modeling land-use impacts remains a challenge due to complexity and uncertainty. Land-use change (e.g., expansion of cropland at the cost of primary forest) associated with the human population and economic growth is a critical driver of global change (Houghton 1994; Foley et al. 2005).

Ecoregion

An ecoregion, also referred to as an ecological region, is defined by its ecological and geographical traits.

An ecoregion is a geographic area defined by specific environmental resources, including the type, quality, and quantity of those resources. Ecoregions are important for studying environmental processes and are crucial for understanding changes in land cover and the impacts of human activities. The U.S. Environmental Protection Agency (EPA) has developed classifications for ecoregions, including Level III and IV ecoregions, to help identify areas that share similar ecosystems.

  • Ecoregions encompass large areas of land or water, featuring distinct natural communities and species that are characteristic of specific geographic regions.
  • Ecoregions have been developed and are being used to study the place dependency of environmental processes, including anthropogenic transformations of the land surface.
  • The biodiversity of plants, animals, and ecosystems found within an ecoregion is typically different from that of other ecoregions.
  • Food security can be enhanced through biodiversity and the benefits of promiscuous pollination.

Water erosion continues to be the most serious cause of soil degradation globally. Water erosion is the process of detaching and transporting soil through factors such as rainfall, runoff, and melting snow. It affects approximately 38% of the Earth’s ice-free land due to agriculture [1].

Eutrophication is an ecological process in which a water body becomes enriched with essential nutrients, resulting in increased rates of photosynthesis and the growth of aquatic plants. This process can lead to significant algal blooms, reduced water clarity, oxygen depletion, and harmful effects on aquatic life and human health.

Bioacoustics

Bioacoustics is an interdisciplinary field that examines how living organisms produce, transmit, and perceive sounds in their environment. It combines principles from biology, ecology, physics, and acoustics to understand how animals and other organisms communicate through sound. Bioacoustics is not only used to study animal communication, but it also helps in understanding environmental changes, monitoring biodiversity, and investigating the impact of human activities on natural habitats.

Investment in organic farming, sustainable textiles and eco-tourism is helping mountain communities in Central Asia adapt to global warming, the UN’s Food and Agriculture Organization (FAO) said on Thursday, urging greater support for regions often overlooked in climate discussions.

Many people are unaware that healthy soil has the capacity to store more carbon than all the world’s forests combined. The Food and Agriculture Organization (FAO) reports that, with proper management, soils could sequester as much as 2.6 gigatons of carbon dioxide each year.

Regenerative farming is gaining popularity, and the benefits are evident. When you visit a regenerative farm, you’ll immediately notice the differences: The soil is darker and rich in organic matter, which supports thriving life below the surface. The crops appear healthier, and it's easier to spot beneficial insects and wildlife. Farmers across the country are adopting regenerative practices to enhance their land and maintain productivity. As climate conditions change and soil health declines, this transition becomes increasingly urgent and impactful.

Regenerative farming includes techniques that rebuild soil organic matter and restore biodiversity in degraded soils. According to the Noble Research Institute, this process aims to improve soil health as a foundation for stronger 0crops, healthier livestock, and more resilient farms. The approach focuses on outcomes instead of strict prescriptions, encouraging farmers to adapt their practices based on the specific needs of their land and ecosystems.

In addressing whether small-scale farming can feed the world, I examine how industrial farming and the Green Revolution have led to increased farming emissions and severely depleted soil health.

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Workers at urban construction sites and farmers

Climate Change Is Silently Eroding Workforce Health And Productivity.

Heat can affect health through various mechanisms, leading to exertional heat stress, especially for outdoor and manual workers:

Workers in urban construction sites and farmers are particularly vulnerable to heat-related illnesses, as they often operate in high-temperature environments.

Heat can affect health through various mechanisms, leading to exertional heat stress, especially for outdoor and manual workers.

Extreme heat exacerbates vulnerability, increasing the likelihood of heat-related illnesses and deaths in both urban and rural areas.

The increasing frequency of heat waves and other weather variability further compounds these risks.

These factors highlight the urgent need to address the health impacts of climate change on the workforce.

I define small-scale farming as regenerative practices that utilize traditional knowledge, promote crop diversity, and employ low-carbon tools.

I believe that small-scale farming can not only supply food for the global population but also do so in a way that mitigates and potentially reverses the negative effects of climate chaos and industrial agriculture.

As temperatures and humidity rise, so do too the dangers these conditions pose to the global workforce grow more severe. From construction workers operating heavy machinery in bustling urban settings to farmers cultivating the land in rural communities, countless professions are at risk.

This issue spans a broad spectrum of occupations and diverse geographic regions across the country, making it a pressing concern that demands our attention.

Safeguarding the Future:

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Utilizing Environmental Stewardship as Resilient Solutions to Address Flooding and Soil Erosion.

Erosion Control Forum.com (ECF) combines environmental observations with socioeconomic data to assess erosion and sedimentation risks for communities worldwide. To address this issue, effective strategies for predicting, preventing, and remediating soil degradation due to water erosion are crucial;

  • We do this by stewarding our water usage, integrating biodiversity into our decision making, reducing waste and managing air emissions from our operations.
  • "Islands have long been considered natural laboratories as they comprise a unique environment for living organisms and contribute strongly to global biodiversity, usually being biodiversity hotspots," says Ramiro Martín-Devasa, postdoctoral researcher at the Aquatic Community Ecology group at the University of Helsinki.
  • "It is known that highly biodiverse diatom communities are very efficient in producing oxygen" says Professor Janne Soininen from University of Helsinki.
As hurricanes and severe weather events become more frequent and intense, the stability of coastal and inland landscapes is increasingly threatened.

The Gulf Coast combats ongoing challenges related to soil erosion and land loss, particularly in the aftermath of major storms.
As hurricanes and severe weather events become more frequent and intense, the stability of coastal and inland landscapes is increasingly threatened. Addressing these issues is critical to protecting communities, infrastructure, and ecosystems throughout the region.

This accelerated erosion poses significant socioeconomic and environmental threats, including pollution in waterways, dam siltation, eutrophication, and contamination of coastal and marine ecosystems [2].

Soil erosion presents a serious threat to agriculture by compromising sustainability and productivity, while also exacerbating the climate crisis and challenges to food security. This problem is particularly pronounced in regions with the highest erosion risks, including watersheds in Indonesia, India, the Philippines, and other areas.

Let’s explore some key points regarding soil erosion:

Putting pen to paper.

ECf.com provides a portfolio of detailed and current overview of research and practices related to erosion control. This includes information of erosion control devices, the use of vegetation for slope stabilization, and methods to manage surface erosion caused by water, wind, and other factors.

Researchers are increasingly placing microphones in forests and other ecosystems to monitor birds, insects, frogs, and other wildlife. As technology advances and becomes less expensive, proponents argue that bioacoustics is set to become a significant remote-sensing tool for conservation.

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Claves para la Taxonomía de Suelos.

ErosionControlForum.com offers a snapshot / insights into various methods, devices, and suppliers to improve effective and sustainable soil remediation.

ABSTRACT

Social, political, economic, and environmental issues that affect us all: Action to mitigate natural disasters.

In recent years, the powerful combination of artificial intelligence (AI) and big data has become a game changer in wildlife conservation. With our planet facing an alarming biodiversity crisis and an estimated one million species on the brink of extinction, the need for innovative solutions has never been more urgent. AI and big data technologies are providing conservationists with advanced tools to monitor, protect, and preserve wildlife more efficiently and effectively than ever before.

Environmental stewardship (or planetary stewardship) refers to the responsible use and protection of the natural environment through active participation in conservation efforts and sustainable practices by individuals, small groups, nonprofit organizations, federal agencies, and other collective networks.

Environmental stewardship is a mindset that encourages conscious and ethical decision-making in all areas of our lives. It includes actions such as creating protected areas, replanting trees, limiting harvests, reducing pollution, and purchasing sustainable products.

Ecology was the great emergent science of the 20th century, and its central insight was that everything is connected.

Aldo Leopold (1887–1949) championed environmental stewardship in land ethics, exploring the ethical implications of "dealing with man's relation to land and to the animals and plants which grow upon it."[1]

Leopold’s land ethic idea has been discussed for decades by scholars in a wide variety of academic disciplines, from philosophy to conservation biology. For this post, we’re just going to focus on the basics, but readers that want to dig deeper are encouraged to check out this list of books that explore the land ethic in greater depth through a variety of scholarly perspectives. His ethics concerning nature and wildlife preservation had a profound impact on the environmental movement, particularly with his ecocentric or holistic approach to land. He emphasized the importance of biodiversity and ecology and was a pioneer in the field of wildlife management. Leopold is often referred to as the father of environmental ethics, and his concept of the "land ethic" is considered a landmark in American philosophical thought.

Introduction

This glossary includes terms frequently utilized in soil surveys, many of which are found in Soil Taxonomy. The definitions and commentary were developed using various reference materials, such as Soil Taxonomy, The Guy Smith Interviews, the National Soil Survey Handbook, the Soil Survey Manual, the Field Book for Describing and Sampling Soils, the Geomorphic Description System, the Soil Survey Laboratory Information Manual, reports from the Soil Taxonomy International Committee, and the Soil Science Society of America’s Glossary of Soil Science Terms. Additionally, insights and experiences from professionals involved in soil survey activities have been incorporated.

This glossary is designed for individuals with a serious interest in soil survey or soil classification. For casual readers, the first sentence or two of each entry should provide a clear understanding of the term. Meanwhile, soil science students and practitioners seeking more in-depth knowledge will find additional information for a comprehensive understanding.

Under Section 7 of the Endangered Species Act (ESA), the Corps is required to consult with the U.S. Fish and Wildlife Service (U.S. FWS) and/or the National Marine Fisheries Service (NMFS), also known as NOAA Fisheries, on any permit action that "may affect" endangered or threatened species or their critical habitat. The U.S. FWS and NMFS share the responsibility of implementing the ESA. The U.S. FWS is responsible for terrestrial and freshwater species, while the NMFS oversees most marine and anadromous species.

The world needs a circular bioeconomy for several reasons: To create jobs, enhance biodiversity, and promote prosperity.

The Role of Indigenous Knowledge in Modern Wildlife Conservation

"The U.N. says the world is spending trillions on climate action and only a fraction is going to Indigenous communities."

"Indigenous peoples are being excluded from a global pool of climate cash."

As modern conservation faces increasing environmental challenges, Indigenous knowledge is proving essential for restoring biodiversity, managing natural resources, and addressing climate change.

"The shift to green finance is necessary and urgent, and if done using a human rights-based approach it can be a 4source of opportunity for Indigenous Peoples to obtain funding to preserve their lands, knowledge and distinct ways of life, and to create economic opportunities that may help them to maintain and strengthen their indigenous identity," wrote Calí Tzay, who is Kaqchikel, among the Mayan peoples of Guatemala.

According to a new report from José Francisco Calí Tzay, the United Nations Special Rapporteur on the rights of Indigenous Peoples, green financing will be a key topic of discussion at the U.N.'s Human Rights Council this month. The 54th regular session of this United Nations body began last week in Geneva.

Indigenous knowledge encompasses the understanding, skills, philosophies, and techniques that Indigenous communities have developed over centuries of interacting with their natural environments. In the realm of wildlife conservation, this knowledge is increasingly being recognized as a valuable asset. At its core, Indigenous knowledge highlights a deep connection with the environment, offering new perspectives and solutions to contemporary conservation challenges.

Image by Surya Prakosa via Pixabay

"The overwhelming evidence of the Global Assessment Report on Biodiversity and Ecosystem Services (IPBES), from a wide range of different fields of knowledge, presents an ominous picture," said IPBES Chair, Sir Robert Watson. "The health of ecosystems on which we and all other species depend is deteorating more rapidly than ever. We are eroding the very foundations of our economies, livelihoods, food security, health and quality of life worldwide."

Water downstream, which can create heavy layers of sediment that prevent streams and rivers from flowing smoothly and can eventually lead to flooding.

Highlight the human-induced causes of natural disastersA passage from *The Wind in the Willows* by Kenneth Grahame beautifully captures the excitement of a mole running along the riverbank, marveling at the fascinating and curious behavior of the water.

We can experience a similar sense of wonder when wer rivers and streams; each one is unique and special. Let's explore what makes rivers and the study of river systems, known as fluvial geomorphology, so intriguing.

  • "We do not address natural erosion; instead, we focus specifically on erosion caused by human activities. While some erosion is necessary for maintaining a healthy river ecosystem, we are concerned when land use practices exacerbate this erosion. In these cases, we seek the appropriate permissions and funding to tackle the issue."

Natural Erosion Event at Riverbank Revealed | TikTok

Experience natural erosion as fast-flowing water reshapes riverbanks.

Natural erosion is a geological process where earthen materials are worn away and transported over time by natural forces 1 2 3 4. It can be caused by water, wind, ice, and other factors. Erosion is related to weathering, which slowly breaks apart or changes rock (5).

Weathering, erosion, and deposition are natural processes that take place on the Earth's surface. Weathering involves breaking down rocks and other materials into smaller pieces through physical or chemical processes. Erosion, in contrast, is the movement of these smaller fragments by forces such as wind and water. Finally, deposition refers to the settling of these materials in new locations. Together, these processes play a significant role in shaping the landscape over time.

Biopolymers are gaining recognition for their potential applications in soil stabilization and geotechnical engineering. These natural materials, which are derived from living organisms, provide eco-friendly alternatives to conventional soil stabilization methods. Recent research has focused on various biopolymers, including xanthan gum, chitosan, carboxymethyl cellulose, carrageenan, and casein, to improve the mechanical properties of soils, especially in challenging conditions such as expansive soils and clayey substrates.

Recent studies have highlighted the effectiveness of xanthan gum (XG) in stabilizing weak subgrade soils. Research shows that treating expansive soils with XG significantly enhances their unconfined compressive strength, elastic modulus, and California bearing ratio (CBR) values, particularly at an optimal concentration of 1.5%. Microstructural analysis has revealed that XG forms a hydrogel that binds soil particles together, improving overall strength and reducing swelling potential. This makes XG a promising environmentally friendly material for use in pavement applications.

"Rewilding effort shows results after habitat restoration project."

There has been a growing interest in rewilding as a method for nature conservation.

However, this enthusiasm has led to some confusion about the concept, which can hinder its effectiveness. To address this issue, The Society for Conservation Biology developed a unified definition of rewilding, along with ten guiding principles. This initiative was based on a survey of 59 rewilding experts, insights from key organizations involved in rewilding, and workshops that engaged over 100 participants worldwide.

Restoring Sustainable Biodiversity and Promoting Ecosystem Health.

Rewilding is an increasingly popular approach to environmental management, and it is poised to play a vital role in ensuring a sustainable future for both humanity and the natural world. In this discussion, we will explore what rewilding entails, the benefits and challenges associated with this concept, and provide key examples of successful rewilding efforts. Additionally, we will highlight two important developments that could shape the future of rewilding.

Some efforts to preserve or rewild natural habitats are shifting harmful land use to other parts of the world—and this could drive an even steeper decline in the planet's species, according to a team of conservation scientists and economists led by the University of Cambridge.

Efforts to preserve or rewild natural habitats are shifting harmful land use to other parts of the world, which could drive an even steeper decline in the planet's species. Rewilding aims to restore ecosystems and reverse biodiversity declines by allowing wildlife and natural processes to reclaim areas no longer under human management 1 2 3 4 5.

Rewilding works and it works fast :
Nature does reclaim with stunning speed and power.

The practice of natural resource management focuses on how societies manage their access to and supply of the natural resources essential for survival and development.

Under certain definitions, only natural resources that can regenerate themselves and whose use depends on their capacity to renew should be managed. For instance, petroleum (oil) is typically not considered a subject of natural resource management, while forests are. The management of renewable natural resources aims to balance the demands of exploitation with respect for their regenerative capabilities. On the other hand, the use, regulation, and protection of nonrenewable resources are generally governed by natural resources law, which consists of a complex set of national and local laws containing both statutory and common-law elements.

"The shift to green finance is necessary and urgent, and if done using a human rights-based approach it can be a source of opportunity for Indigenous Peoples to obtain funding to preserve their lands, knowledge and distinct ways of life, and to create economic opportunities that may help them to maintain and strengthen their indigenous identity," wrote Calí Tzay, who is Kaqchikel, among the Mayan peoples of Guatemala."

Indigenous peoplesTribal elder Warren Jones stands at the frontlines of climate change erosion, which is caused by melting permafrost and the loss of sea ice that once served as a protective barrier. This erosion poses a significant threat to the homes in the Yupik Eskimo village of Quinhagak, located on the Yukon Delta in Alaska (Mark Ralston/AFP via Getty Images).

Tribal elder Warren Jones stands on a site threatened by climate change erosion caused by melting permafrost and the disappearance of sea ice, which once formed a protective barrier. This situation is occurring in the Yupik Eskimo village of Quinhagak, located on the Yukon Delta in Alaska, as observed on April 13, 2019.

Recent unusually high temperatures have significantly affected life in this remote village, leading to land erosion, flooding, and difficulties accessing roads and hunting areas. Local leaders are contemplating relocating the entire village of approximately 700 residents to safer grounds.

Rick Thoman, a climate expert with the Alaska Center for Climate Assessment and Policy, noted, "From 1901 to 2016, average temperatures in the mainland United States increased by 1.8 degrees Fahrenheit (one degree Celsius), whereas in Alaska, they increased by 4.7 degrees."

According to a 2009 report by the Government Accountability Office, the majority of Alaska's more than 200 native villages are impacted by erosion and flooding, with 31 facing "imminent threats." (Photo by Mark RALSTON / AFP) (Photo credit: MARK RALSTON/AFP via Getty Images).

The Taxonomy of the Causes & Effects of Soil Erosion
How to Prevent It!

14 Plants That Help Control Erosion

17 Plants That Naturally Improve Soil Quality.

Soil erosion is a gradual process that wears away the surface of the soil, rocks, and pebbles, leading to the loss of organic matter and essential nutrients. This degradation reduces soil quality, lowers crop yields, and affects the depth at which plants can root. The primary causes of soil erosion include water, wind, and gravity. The effects of soil erosion can result in the loss of fertile land, increased flooding, and water pollution.

Erosion is a physical process in which soil, rock, and other surface materials are removed from one location and transported to another. It is one part of the complementary triplet of planation: disintegration, transport, and deposition. Soil erosion is classified and assessed based on specific criteria.

Soil erosion occurs due to water, wind, and deforestation. It involves the gradual wearing away of the soil surface, along with rocks and pebbles, which results in the loss of organic matter and essential nutrients from the soil. This erosion can decrease soil fertility, negatively impact crop yields, and potentially lead to flooding.

Plants play a huge role in shaping Earth’s climate. Through photosynthesis, they pull carbon dioxide (CO₂) out of the air. This massive exchange—called gross primary production (GPP)—is the largest carbon movement on the planet. GPP fuels the land carbon cycle and helps balance the atmosphere. But for years, scientists haven’t been able to pin down just how much carbon plants take in, or where and when they do it.

Soil Erosion and Sediment Transport: Drivers, Impacts, and Sustainable Management.

Soil erosion and sediment transport are essential processes that shape the Earth's surface, significantly impacting land degradation, water resources, ecosystem stability, and human well-being. In Asia and Oceania, rapid environmental changes—driven by climate variability, extreme weather events, deforestation, agricultural intensification, and the construction of large dams—are altering erosion rates and sediment fluxes on an unprecedented scale.

Is Geoengineering Playing God With the Planet?

Imagine waking up one morning to find the sky an odd, silvery white, and the sun filtered through a haze not made by clouds but by something humans put there. Would you feel awe, fear, or maybe a strange mix of both?

Geoengineering is a bold and controversial field of science focused on intentionally altering the Earth's climate. It evokes strong emotions and raises significant questions. Are scientists truly trying to save us from climate catastrophe, or are we overstepping our boundaries with our only home? Get ready, weather enthusiasts, because what you’re about to read might change how0 you view the sky.

Soil erosion is agriculture’s enemy: A major environmental threat to sustainability and productivity with knock-on effects on the climate crisis and food security.

As cities expand to support growing populations, there is a strong need to create logistical strategies to combat soil degradation, which refers to the decline in soil quality caused by improper management or use.

  • Soil is a natural resource that may look robust and endless, but is in fact the fragile product of thousands of years of formation. Topsoil, which lies closest to the surface of the land, contains essential nutrients for crops.
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  • The practice of natural resource management focuses on how societies manage their access to and supply of the natural resources essential for survival and development.
  • It is this layer of soil that is endangered by wind and water erosion. Soil erosion decreases soil fertility, which can negatively affect crop yields.
  • It also sends soil-laden water downstream, which can create heavy layers of sediment that prevent streams and rivers from flowing smoothly and can eventually lead to flooding.

Recent studies have highlighted the effectiveness of xanthan gum (XG) in stabilizing weak subgrade soils. Research shows that treating expansive soils with XG significantly enhances their unconfined compressive strength, elastic modulus, and California bearing ratio (CBR) values, particularly at an optimal concentration of 1.5%. Microstructural analysis has revealed that XG forms a hydrogel that binds soil particles together, improving overall strength and reducing swelling potential. This makes XG a promising environmentally friendly material for use in pavement applications.

Federal Government Planning Massive Land Grab for Green Energy

Environmental legislation is the collection of laws and regulations pertaining to air quality, water quality, the wilderness, endangered wildlife and other environmental factors. The act ensures that matters important to the environment are thoroughly considered in any decisions made by federal agencies.

In a controversial move, the federal government is planning the largest land acquisition since the 1800s, targeting nearly 100 million acres across the United States. This ambitious endeavor aims to establish a green energy infrastructure but raises significant concerns among farmers and landowners.

Central to the controversy is the use of eminent domain, a legal mechanism allowing the government to expropriate private land for public use, often sparking fierce opposition. Farmers and landowners in states like Kansas and Missouri are particularly concerned about losing their land.

While the government claims this action serves the public interest, it ultimately undermines the rights of private property owners:

  • LARGEST LAND GRAB SINCE 1800's | Nearly 100M Farm Acres in path of "necessary" Eminent Domain.

  • Eminent domain, a power vested in the government, is rooted in the Fifth Amendment’s Takings Clause. This clause states that private property shall not be taken for public use without just compensation. Historically, this power was seen as an inherent attribute of sovereignty.

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Charlie Rankin of Yanasa TV dives into the complexities and implications of this initiative, highlighting the challenges faced by those whose livelihoods are at stake.

Political ecology studies the complex interaction between economics, politics, technology, social tradition, and the biological environment.

Political ecology differs from apolitical ecological studies by politicizing environmental issues and phenomena. As an area of unique geological interest, a UNESCO GLOBAL GEOPARK is a place where you can discover extraordinary landscapes, places and people.

These terraced rice fields in Yunnan, China, are evidence of how the environment is shaped by and shapes the economy and society.

"I recently started following this amazing website with great user content. The site owner shows genuine care for readers. I'm excited and hope they continue to share fantastic content."

Bioprospecting (also known as biodiversity prospecting)

The main distinction between lithology and geology is lithology concentrates on the characteristics of specific rock units, whereas geology investigates the distribution and transformations of rocks in the Earth’s crust over long periods.

Bioprospecting is the search for and commercialisation of new products sourced from nature (1) (2) (3).

Bioprospecting

Biodiversity prospecting involves exploring the molecular, species, and genetic level diversity for the process of discovering and commercializing new products that are of economic importance (1).

Bioprospecting exploits natural solutions to biological problems by attempting to harness their potential for solving problems of interest and necessity to humans (2).

Biopiracy occurs when researchers and scientists exploit natural resources and traditional knowledge without permission, taking advantage of the indigenous cultures they draw from.

To provide some key statistics: over 70% of people are affected by rising inequalities, a third of the world's land is severely degraded, and we are losing forests at an alarming rate—equivalent to one football field every six seconds in 2019. Additionally, up to 1 million species are threatened with extinction. More than half of the world's GDP, amounting to $44 trillion, is at risk due to this loss of nature. Clearly, the current system is not working.

Effectively preventing and mitigating the impact of natural disasters is more crucial in the twenty-first century than ever before. The frequency and cost of natural disasters are rising globally, particularly in developing countries that experience the most severe effects of climate change. While climate change exacerbates the severity of contemporary disasters, it is not the primary cause of the extreme financial and human losses associated with them.

There is no future for business as usual. Our current economic system, which arguably has succeeded in creating unprecedented economic output, wealth and human welfare over the past 70 years, has led to exacerbated social inequalities and loss of nature at an extent that threatens the stability of our economies and societies – and could maybe even lead to a collapse of civilisation as we know it.

Attribute (s) / Potpourri

Seamlessly switch to the right screen at the right time to view essential Environmental Stewardship Practices: 12 Snippits / Appendices that include :::

  1. Mitigating Flooding and Erosion.

    2. "Though it may seem ironic, rainwater in the arid West is often diverted away from water-scarce lands and routed to storm drains at considerable cost. However, in Brad Lancaster's approach, he embraces rainwater and creatively integrates it into the landscape. He effectively utilizes it to grow and enrich various resources, while mitigating flooding and erosion, thus enhancing the urban environment. In this new edition of "Rainwater Harvesting for Drylands and Beyond," he invites us to engage in the transformative practice of harvesting rainwater, along with the benefits derived from sun, wind, carbon, and more."

    Ann Audrey, Environmental Consultant, on integrating rainwater harvesting, habitat restoration, and edible trees.

    "This wonderful book is filled with effective strategies to cyclically manage and enhance local water supplies while maximizing solar energy. It offers essential guidance and innovative ideas to meet our resource needs, elevate household and community potential, and safeguard the ecosystems on which we all rely."

    Sandra Postel, Founding Director, Global Water Policy Project; Freshwater Fellow of the National Geographic Society; Author of "Lost Oasis."

    "Brad Lancaster has released a revised third edition of his authoritative book, 'Rainwater Harvesting for Drylands and Beyond: Volume 1, Guiding Principles to Welcome Rain into Your Life and Landscape.' With decades of experience harvesting rain in Tucson, Arizona, Lancaster became motivated to enhance poor water management after meeting water farmer Zephaniah Phiri Maseko. Maseko’s wisdom, derived from long observation of the land and how rain flows and shapes it, forms the foundation of Lancaster's rainwater harvesting methods.

    Tucson has the potential to harness more rainfall than its residents currently consume. Yet, deforestation and the proliferation of impermeable urban surfaces have resulted in alarming water scarcity. This pressing issue is powerfully addressed in Lancaster's principles of water infiltration to meet the specific needs of Tucson. One innovative solution involves creating mulch-filled depressions in gardens to maximize rainwater absorption, paired with the strategic redirection of household greywater. Moreover, Lancaster extends these transformative practices into public spaces, channeling rainwater from streets to nourish fruit-bearing trees in community areas. By embracing these sustainable methods, Tucson could significantly improve its water management and enhance its urban environment.

    The five chapters of "Rainwater Harvesting" guide readers through the principles of rainwater infiltration, using Lancaster's own projects as case studies. Additionally, the book's appendices, now further enhanced in this new color edition, provide valuable resources. These appendices cover topics such as patterns of water and sediment flow, traditional Southwestern rainwater harvesting techniques, a list of plants and their water requirements, and insights on the water-energy-carbon nexus. They demonstrate how domestic rainwater harvesting can save energy and reduce CO2 emissions.

    In summary, any household or community dedicated to sustainable living by conserving and recycling water should read this book."

    International Rainwater Harvesting Alliance (IRHA).

    This book and the ideas it presents should be incorporated into 21the foundational education of civil engineers, architects, landscape architects, and planners everywhere."

    Despite Tucson receiving abundant rainfall, poor management practices have led to water scarcity, a challenge Lancaster addresses directly. He adapts Maseko's principles, using mulch-filled depressions to capture rainwater and redirecting greywater while also applying these strategies to public spaces.

    The book guides readers through essential rainwater harvesting principles, showcasing Lancaster’s projects and providing valuable appendices on water flow patterns, traditional techniques, and the water-energy-carbon nexus.

    Any household or community focused on sustainability and water conservation should engage with this book."

    1. Agricultural Solutions.

      2. The Agricultural Conservation Easement Program (ACEP) assists landowners, tribes, and partners in enrolling wetlands, grasslands, and farmlands into conservation easements.

    2. Environmental Compliance.

      3. ECF.com highlights the importance of soil conservation and sustainable infrastructure. ECF provides essential guidelines for addressing environmental pollution and for integrating sustainability into thorough infrastructure planning and execution.

      Wildlife corridors are important pathways that connect fragmented habitats, allowing animals to move safely across different landscapes. These corridors are essential for maintaining biodiversity, ensuring genetic diversity, and enabling species to adapt to changing environments. By facilitating safe movement, wildlife corridors help prevent the negative effects of habitat fragmentation, such as inbreeding and resource scarcity.

      The planned increase in coal production will likely enhance China’s status as the world’s largest source of greenhouse gas emissions. Currently, the country emits around 15 billion tonnes of carbon each year, accounting for nearly a quarter of the global total.

      This coal-burning country killing the case for net zero.

    3. Combat Desertification.

      4. Trees are being cleared at a rate that is nothing short of ecological vandalism, and the resultant effects of this are deforestation and desertification.

      China's Solar Great Wall aims to power millions of homes, combat desertification

    4. Ozone Pollution

      5. Ozone pollution, typically associated with warm weather and strong sunlight, has begun to manifest alarmingly in winter. This surprising phenomenon has surfaced in several regions, most notably Lanzhou, a petrochemical hub in northwestern China. High levels of ozone pollution during cold months challenge established understandings of air quality dynamics and pose new threats to public health and the environment.

    5. $41 Billion in Climate Funds Just Gone? The World Bank’s Alarming ‘Oversight’

      6. 10 ways you can help fight the climate crisis
      In a bold move to combat climate change and reduce greenhouse gas emireduce greenhouse gas emissionsssions, ten progressive U.S. states have announced plans to ban the sale of new gas-powered vehicles within the next five years. This initiative marks a significant shift in transportation policy, aiming to accelerate the transition to electric vehicles (EVs) and promote sustainable energy practices. The states leading this charge include California, New York, Massachusetts, Oregon, Washington, New Jersey, Connecticut, Colorado, Vermont, and Hawaii.

    6. Noise pollution

      7. Noise Pollution can cause health problems for people and wildlife, both on land and in the sea. From traffic noise to rock concerts, loud or inescapable sounds can cause hearing loss, stress, and high blood pressure. Noise from ships and human activities in the ocean is harmful to whales and dolphins that depend on echolocation to survive.

    7. Desert Mighty Mite

      8. Biocrust offers significant benefits to both people and nature by stabilizing soils. It acts like a "glue" that helps secure desert soil in place, preventing it from being blown away. In this way, biocrust serves as a natural safeguard against dust storms, which can pose risks to human health and wildlife.

      Although they may not be the most striking aspect of the desert, biocrusts—comprising intricate microscopic communities—play a vital and powerful role in arid environments;

    8. Just as coral reefs are essential to tropical marine ecosystems, biocrusts serve as crucial ecosystem engineers in Earth's drylands.
    9. Biocrust takes in carbon and nitrogen, playing a valuable role in the diversity and productiveness of desert soils that sustain plants, wildlife, and agriculture.
    10. Retaining moisture during the monsoon season (s) is crucial for the entire desert ecosystem.

      11. A small international team of soil and water ecosystem conservation specialists has found that Biocrusts clinging to parts of the Great Wall of China have been serving to protect the famous structure from erosion.

    11. Fracking Water Treatment Market

      12. Smiley faceThe Fracking Water Treatment Market was worth USD 5.7 Billion in 2022 and is estimated to be worth USD 7.4 Billion in 2032, increasing at a CAGR of 6.2% during the forecast period.

      • The growth in energy demand and the increasing environmental concerns associated with fracking are the primary drivers of revenue growth in the market.
      • The rapid expansion of hydraulic fracturing activities in the oil and gas industry has led to a rising demand for wastewater treatment and disposal.
      • Fracking operations utilize significant amounts of water and generate wastewater containing high concentrations of contaminants such as radioactive elements, salts, heavy metals, and organic compounds.
      • This has led to an increased need for advanced wastewater treatment technologies and solutions, driving the fracking water treatment market.