Researchers from theUniversity of Cambridge have created flexible, ultra-thin electronics that are inspired by photosynthesis, the mechanism through which plants turn sunlight into food. The inexpensive, autonomous devices could be used to provide a sustainable substitute for petrol without taking up space on land because they are light enough to float.

The lightweight leaves were put through outdoor experiments on the River Cam, close to well-known Cambridge landmarks including the Bridge of Sighs, the Wren Library, and Kings College Chapel, and they proved to be just as effective at converting sunlight into fuels as plant leaves.

This is the first instance of clean fuel being produced on the water, and if the artificial leaves were to be scaled up, they might be utilized on polluted waterways, at ports, or even at sea. This would help lessen the dependency of the worlds shipping sector on fossil fuels. The study was published in the journal Nature.

While the cost and availability of renewable energy sources like wind and solar have drastically decreased recently, decarbonization is still a far more difficult task for sectors like shipping. Even though almost 80% of the worlds trade is moved by cargo ships that are powered byfossil fuels, the industry has received surprisingly little attention in talks about the climate crisis.

The Cambridge research team of Professor Erwin Reisner has been working on finding sustainable alternatives to petrol that are based on the principles of photosynthesis for many years in an effort to solve this issue. They created an artificial leaf in 2019 that converts sunlight, carbon dioxide, and water into syngas, a crucial step in the manufacturing of numerous chemicals and medications.

An earlier prototype used two light absorbers along with the appropriate catalysts to produce fuel. The device was hefty due to the use of thick glass substrates and moisture-resistant coatings.

Artificial leaves could substantially lower the cost of sustainable fuel production, but since theyre both heavy and fragile, theyre difficult to produce at scale and transport.

Dr. Virgil Andrei, Study Co-Lead Author, Yusuf Hamied Department of Chemistry, University of Cambridge

We wanted to see how far we can trim down the materials these devices use, while not affecting their performance. If we can trim the materials down far enough that theyre light enough to float, then it opens up whole new ways that these artificial leaves could be used, adds Reisner, who led the research.

The researchers drew inspiration from the electronics sector, where the development of smartphones and flexible screens using miniaturization techniques has revolutionized the industry, for the innovative design of the artificial leaf.

The difficult part for the Cambridge researchers was figuring out how to install light absorbers on thin surfaces while keeping water intrusion at bay. The scientists used thin-film metal oxides and perovskites, which can be deposited onto flexible plastic and metal foils, to solve these difficulties.

Water-repellent carbon-based coatings that were only micrometers thick were applied to the devices' surfaces to protect them from moisture damage. They were able to create a device that not only functions in a similar way to a leaf but alsoresembles a leaf.

This study demonstrates that artificial leaves are compatible with modern fabrication techniques, representing an early step towards the automation and up-scaling of solar fuel production. These leaves combine the advantages of most solar fuel technologies, as they achieve the low weight of powder suspensions and the high performance of wired systems.

Dr. Virgil Andrei, Study Co-Lead Author, Yusuf Hamied Department of Chemistry, University of Cambridge

The new artificial leaves have demonstrated their ability to split water into hydrogen and oxygen as well as convert CO2 to syngas in tests. Even though there is still work to be donebefore such artificial leaves can be used in commercial settings, the researchers claim this breakthrough opens up entirely new study directions.

Solar farms have become popular for electricity production; we envision similar farms for fuel synthesis. These could supply coastal settlements, remote islands, cover industrial ponds, or avoid water evaporation from irrigation canals.

Dr. Virgil Andrei, Study Co-Lead Author, Yusuf Hamied Department of Chemistry, University of Cambridge

Reisner concludes, Many renewable energy technologies, including solar fuel technologies, can take up large amounts of space on land, so moving production to open water would mean that clean energy and land use arent competing with one another. In theory, you could roll up these devices and put them almost anywhere, in almost any country, which would also help with energy security.

The study was supported in part by the European Research Council, the Cambridge Trust, the Winton Programme for the Physics of Sustainability, the Royal Academy of Engineering, and the Engineering and Physical Sciences Research Council (EPSRC), part of UK Research and Innovation (UKRI).

Andrei, V., et al. (2022) Floating perovskite-BiVO4 devices for scalable solar fuel production. Nature. doi.org/10.1038/s41586-022-04978-6.

Source: https://www.cam.ac.uk

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Lowering the Cost of Sustainable Solar Fuel Production - AZoCleantech

We are Oklahomas largest koi pond and decorative water garden builder. After over 20 years, we understand the science of ponds and pass on our passion for excellence to our customers.

Come visit our showroom and see our craftsmanship in person. We have several display ponds onsite. All you have to do is pick your favorite design. We also staff full time year round pond service professionals for pond cleaning and pond repairs.

Did you know that we even build koi ponds in the winter? Ponds are our full time passion, not just something we do on the side. Youll rest easy knowing that you hired a landscape pond company with a retail storefront that will always be available to assist you and your pond needs.

Service after the sale is extremely important to us. Let us show you how waterfalls and water gardens can enhance your lifestyle. Koi Ponds and decorative water gardens accentuate your yard and provide a wow factor that is achieved by little else. Water features add a unique look to your yard but they also help you relax and unwind so you can enjoy the serenity of your yard.

Contact Garden Ponds Unlimited TODAY! 405-799-7663

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In other to grow fish, itis necessary to have a suitable fish pond for better fish production. A fish pond issimply an artificial structure/habitat that meets the necessary requirements for growing fish. As youread down, you will learn how fish pond design and construction is carried outfrom start to finish. Before we discussthe steps involved, lets look at the general features of a fish pond.

Although there are many kinds of fish ponds, the following are the main features and structures associated with them in general:

A typical earthen fish pond should be about 300m2. Although ponds can be much larger than this, having several small ponds rather than one large one will allow you harvest fish more often.

A shortcoming to this is that, many but small ponds are more expensive to construct as compared to a few but larger ponds. Small ponds also waste a lot of space in comparison. However, very large ponds take long to fill and drain and are also difficult to manage.

The physical attributes of a pond usually have a direct influence on achievable levels of production and returns. The main physical factors to consider are the land area, water supply and the soil water retention capacity.

Select land area with a gentle slope and layout ponds in a way that will take advantage of existing land contours. A farmer should determine an area large enough for the present plans and any future expansion. Also, ensure that such an area is not prone to flooding.

A good water source will be relatively free of silt, aquatic insects, potential predators, and toxic substances, and it will have high concentration of dissolved oxygen. The quantity and quality of water should be adequate to support production throughout the culture period.

The most common water sources can be spring water, seepage water, rainwater or run-off, tide water (marine ponds), water from bore holes (wells), or water pumped or diverted from a river, lake, or reservoir. Wells and springs are generally preferred for their consistently high quality water.

A simple test can be carried out to determine the suitability of the soil for pond construction:

1. Dampen a handful of soil with water. Use only enough water to dampen the sample (do not saturate it).

2. Squeeze the sample tightly in your hand.

3. Open your hand:

The quality of soil influences both productivity and water quality in a pond. Farmers should consider importing clay soil for compacting the pond bottom, sides and core trench to minimize seepage.

=> Consider the intended culture practices to be carried out: In designing the fish farm, it should be decided as to where and how many nursery, rearing and stocking ponds are to be constructed.

=> It is important to know the exact size, maximum depth, average depth, and water volume of the pond. This information becomes useful in calculating the amount of herbicide needed for weed control and the number of fish fingerlings needed for stocking.

=>The water source must be able to keep the pond full throughout the culture period.

=> Relatively shallow ponds are productive, but the shallow end should be at least 0.5 m deep to avoid invasion by weeds.

=> It is always desirable to place screens on pond inlets and outlets to keep out predators, insects, and unwanted fish, and to retain the cultured fish.

=> Every pond should be drainable.

=> Every pond should have an independent controlled inlet and outlet.

=> Excavation of a core trench should be done where soils are less suitable.

=> Perimeter and feeder roads are required to provide for movement of machines during construction and at harvest.

=> If you plan to drive on the dykes, build them at least 3 meters wide on top, and wider at the base.

=> Soil used to build dykes should always be compacted in layers.

In conclusion, a pond must be able to hold water and sustain favorable conditions for production. One should also be able to undertake the required pond management activities (such as harvesting and feeding) effectively, with relative ease and safety.

Consequently, poorly constructed ponds, give poorer production yields and returns. This is because additional management efforts and associated costs are required to achieve comparable yields. Paying attention to pond design and construction detail is, therefore, the first step to successful pond production.

Please do well to leave a comment if you need more help.

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How to Design and Construct a Fish Pond - Agro4africa

Stormwater is a major concern because if not properly handled, it can lead to flooding, erosion, and pollution of neighboring water bodies. Therefore, it is important to manage stormwater using the right tools and techniques.

Retention ponds are one of the most popular ways that help in managing stormwater. They are man-made, shallow bodies of water that are built to hold stormwater runoff in order to avoid flooding.

A well-designed retention pond will reduce the negative environmental effects of stormwater runoff. In addition, it will provide additional benefits such as water storage and wildlife habitat.

In this post, we will cover everything you need to know about retention ponds, from basic design principles to available structures and costs.

A retention pond is a man-made pond created by digging out or building an earthen dam to hold back stormwater runoff collected from a drainage area. It is designed to prevent flooding, prevent erosion, and improve water quality.

A retention pond collects stormwater during a storm and slowly releases it back into the natural environment. Therefore, it should be built on a slope that directs water into the pond to achieve this goal.

A retention ponds bottom is typically lined with an impermeable material that prevents water from seeping out. This allows the pond to retain and slowly release the water rather than letting it run off quickly.

A well-designed retention pond will offer a high level of stormwater treatment, which will improve the water quality before it is released back into the environment.

Because stormwater runoff can carry significant amounts of sediment and chemicals into these ponds during heavy storms.

Retention ponds are popular in residential areas because they can be constructed quickly and with little excavation. Theyre also very attractive to look at, and if well-designed, they can even become the propertys focal point.

Existing natural water bodies are not suitable as retention ponds. Because they will only add to the flooding problem in the surrounding area.

A retention pond works by storing stormwater and slowly releasing it back into the environment. It is often used as a way to treat polluted runoff from urban areas, which helps improve overall water quality downstream.

In order for a retention pond to function properly, its surroundings must have enough slope to direct stormwater into its basin. If the surrounding land is not properly sloped, stormwater may have difficulty entering the retention pond.

When water enters a retention pond, it flows over an outfall structure, which regulates how fast and in which direction it flows downstream. During heavy rains, there may be an excess of runoff entering these ponds, causing them to overflow and release water more quickly than usual.

To avoid this, a well-designed spillway should be installed to help manage the flow of stormwater runoff downstream. When the ponds water level reaches a certain level, it will spill over the designated path and flow downstream.

Retention ponds can be built in a variety of shapes and sizes depending on the landscape. However, they should always be built with the local environment in mind to avoid harming wildlife habitat or water quality.

Although retention ponds appear to be a single structure, they are actually a collection of smaller zones. Each zone serves a specific purpose and should be managed in accordance with the overall goals of the retention pond system.

All retention ponds should be built to handle the maximum amount of stormwater runoff from a given storm event.

The amount of water that a retention pond can store is determined by its storage capacity and infiltration rate. Therefore, it is important to build it with the appropriate size so that it will not overflow during heavy rainstorms.

Here is a list of different zones in a typical retention pond:

A sediment forebay is a settling basin at the start of a retention pond system. It works by slowing stormwater runoff and preventing sediment from entering the retention ponds main body.

Sediment forebays should be large enough to allow for adequate settling time before the water enters other parts of the pond. This aids in the removal of debris and sediments from water, thereby reducing pollution.

The main basin of the retention pond is the main body of water that captures stormwater runoff. This is where the majority of filtration processes occur which reduces pollutants in stormwater runoff.

Main basins can be designed to achieve a variety of water quality retention goals. However, they should always have enough space to store stormwater runoff and slowly release it downstream while maintaining nearby water levels.

Infiltration basins are located at the end of retention ponds before the water flows downstream. The purpose of this zone is to allow for additional filtration processes so that the water quality entering surrounding areas remains high.

It should have a large storage area that allows it to hold back stormwater runoff during heavy rainstorms while releasing at an acceptable rate until the next rainfall event occurs.

The outfall structure governs how water flows from the main basin into the retention pond systems downstream sections. It is designed to release stormwater runoff at a slow and controlled rate during rainstorms.

Outfall structures are made up of two parts: the control structure (weir) and the outlet pipe. Depending on the design requirements for each retention pond system, the outflow structure should include both of these elements.

The spillway is a controlled release path that is used to manage the flow of stormwater runoff downstream during major rainstorms.

If too much water enters the retention pond system, it can spill over along this designated path and continue to flow downstream until the excess volume of water exits the system.

Retention ponds are an important part of the local communitys stormwater management solution. They help to reduce the amount of pollution entering into waterways by slowing down and filtering water before it enters downstream parts of the system.

Understanding each zone type can help you to better design a retention pond that will maintain optimal levels in surrounding areas while protecting wildlife habitats and improving water quality throughout your community.

Retention ponds can benefit the environment and the surrounding community in a variety of ways. Some of these benefits are immediate and can be seen right away, while others are long-term and will help to improve the surrounding environment over time.

Here are some of the primary benefits of retention ponds.

Retention ponds help reduce flooding by slowing runoff. This is critical during heavy rain events when stormwater runoff increases dramatically, causing waterways to overflow and potentially damaging surrounding areas.

However, in order to function properly, retention ponds must be appropriately sized for the catchment area and critical storm depth.

Retention ponds should be designed to reduce runoff for events as large as the drainage areas 1 in a 30-year storm (possibly larger), with excess stormwater discharged within 24 to 72 hours of the event.

Stormwater runoff has the potential to contaminate nearby waterways. Because water picks up harmful pollutants as it runs through lawns, streets, and parking lots.

Retention ponds filter the water runoff that enters them on a continuous basis. This keeps pollutants and other contaminants out of downstream waterways, where they can degrade water quality over time.

These pollutants include oil, grease, and heavy metals such as lead and mercury. A retention pond can trap these contaminants in the water to some extent before they are released back into the environment.

Because contaminants accumulate in retention ponds, it is critical to monitor water quality by sampling the water at least once every three months. This will allow us to identify any problems that may arise with our pond.

Retention ponds help to conserve biodiversity by providing habitat for animals native to the area. Because the water in retention ponds provides a safe haven for fish, birds, insects, reptiles, and amphibians.

Frogs, turtles, salamanders, minnows, and crayfish are among the species that live in or near the pond, while others feed on insects found along its banks.

Retention ponds also help gradually recharge groundwater levels by recharging the groundwater aquifer with rainwater.

Erosion is a natural process in which the earths surface is worn away by water and wind. Erosion can be caused by fast-moving water or wind carrying sediment, sand, and debris.

Retention ponds are intended to slow the speed of surface runoff so that it does not cause as much disturbance on land surfaces, thereby preventing erosion in surrounding areas.

This reduces soil loss during high-intensity rainfall events while also trapping sediment, debris, and other particles in the process.

Retention ponds large surface area allows them to absorb sunlight, which can help reduce the peak temperature of the surrounding environment during the summer.

High temperatures can be harmful to animals and plants, which cannot survive in such extreme conditions for long. As a result, lowering the temperature helps to prevent overheating problems from developing over time.

Retention ponds provide both green space and open water. Depending on the quantity and distribution of vegetation, they can help to create cool islands in metropolitan areas (as a result of evapotranspiration, water supply, shading).

Retention ponds prevent pollution by trapping sediment, debris, and other particles that are being carried along in the water before they can reach nearby waterways. Although retention ponds cannot remove all pollutants from the water, they can reduce contaminants by trapping them.

Good design and adequate maintenance are likely to improve the ability to achieve high efficacy in pollutant removal.

A retention ponds capacity to remove pollutants from runoff will improve with time if it receives adequate maintenance and care. Because a pond is a living environment, it will eventually become more effective as plants and animals grow.

Retention ponds provide an excellent defense against landslides because they prevent the rapid flow of water over a large area.

When rainfall occurs rapidly, water can flow downhill to a nearby body of water which causes erosion. This reduces the stability of land surfaces and increases the risk of landslides occurring over time.

Retention ponds reduce this risk by slowing down surface runoff so it does not cause as much disturbance to slopes or hills surrounding them.

Plants and trees help to remove CO from the atmosphere through photosynthesis, which absorbs C02. Though ponds do not directly absorb or retain carbon dioxide, they can increase habitat for plants that are able to effectively capture this greenhouse gas.

Retention ponds provide a place where aquatic vegetation can grow while also providing an additional source of food for many organisms which increases biodiversity. This can help to increase the ability of vegetation in and around a pond to absorb carbon dioxide from the atmosphere while also reducing greenhouse gas emissions over time.

Ponds can help to store water for later use. They assist the landscapes ability to retain water in the event of a flood and, by slowing down runoff, make this water accessible for other uses (such as water to sustain aquatic and riparian ecology in and around the pond), though they are unlikely to be big enough to store water for significant human usage.

Natural vegetation and aquatic plants provide biomass production. Though retention ponds cannot produce a significant amount of biomass on their own, they can help to increase the total amount produced by an ecosystem over time as more organisms grow in and around them.

Produced biomass can attract wildlife and help with small-scale bioenergy production.

A wetland is an ecosystem that contains both terrestrial and aquatic plants. A retention pond can be designed to mimic some features of a natural wetland by including various types of wetlands vegetation as part of its design.

Wetlands vegetation helps to purify water by removing pollutants and trapping sediment, which improves the overall quality of runoff. They can also improve biodiversity in an area while providing a habitat for many organisms that cannot survive in open areas without major changes.

Climate change is an important issue facing many countries around the world. Freshwater ecosystems are at risk from many changes to the environment.

In particular, coastal wetlands that serve as natural buffers against flooding and storm surges could be lost due to rising sea levels or increased surface runoff in wetland areas leading to saltwater intrusion into freshwater systems.

Retention ponds contribute to adaptation to higher storm intensity storm occurrences projected as a result of climate change by helping to decrease urban runoff and flooding.

Furthermore, if additional vegetation, particularly woody vegetation, is introduced, it may boost carbon sequestration and help to moderate urban temperatures.

Ponds are great places to go fishing, boating, kayaking, or canoeing in order to spend time outside and enjoy the beauty of nature. They may also provide space for animals that require both land and water habitats.

They may even include pathways that allow people to walk or bike around them. This provides more opportunities for the community to engage with nature in a positive way.

Ponds can help to increase property value because they add an interesting outdoor feature that can be used for recreation and enjoyment. They also add natural beauty to the surrounding landscape which may help increase a sense of peace or well-being in people who live nearby.

Therefore, if you are thinking of selling your property, building a retention pond could help attract more buyers that may be interested in the unique outdoor feature.

Although retention ponds are useful for many reasons, they do have some disadvantages that you should consider before building one on your property or in the surrounding community.

Here are some things to think about:

Retention ponds need to be maintained regularly because the water tends to become stagnant over time.

The stagnation creates an environment that is more likely to support harmful bacteria and other pathogens rather than the desirable algae and vegetation that is present in healthy ponds.

This can be done by regularly removing any excess plant growth, adding additional aeration devices to improve circulation and oxygen levels, and removing any dead animals that may have accumulated around the pond.

Retention ponds can create a drowning hazard, especially for young children and pets.

Therefore, it is important to take precautions when building a retention pond in an area where there are likely to be children or animals.

A retention pond can provide a habitat for mosquitoes if it is not properly maintained. This happens when the water becomes stagnant and the mosquitoes find it as a suitable breeding ground.

In order to prevent this from becoming an issue, you should take measures such as adding additional aeration devices and removing any excess plant growth so that the water is not allowed to become stagnant over time.

If you plan on having a retention pond in your yard, it is important to take measures like working with a pest control service to prevent mosquitoes from breeding in the area.

Although a well-maintained retention pond can provide a habitat for fish and other aquatic life, stagnant water is not ideal for the health of the organisms.

This is especially a bigger concern for smaller ponds that are not capable of sustaining a certain type of water quality and nutrient balance that is necessary for the survival of these species.

In order to keep your pond healthy and prevent fish from dying, you should regularly add aeration devices that will improve circulation and oxygen levels in the water. You can also remove dead animals or plants on a regular basis if they begin to accumulate around the area.

Retention ponds are built to retain water, but they also need access to drain if they are to be effective. This is why its important for the pond to have a drainage system in place that will help prevent standing water or overflow.

A drainage system that is poorly designed and maintained can lead to the pond overflowing and causing flooding in nearby areas, which can be both messy and dangerous.

A retention pond can make a significant impact on the environment especially if it is in an undeveloped area.

Construction of retention ponds almost always requires the clearing of natural vegetation and/or generating pollution, losing healthy soil, and disturbing the natural ecosystem.

If you are building a retention pond in an area that was previously undeveloped, it is important to take these factors into consideration before starting construction on one.

A well-maintained retention pond is an attractive asset that contributes greatly to the environment. To keep your pond healthy and looking great, here are some tips on how to maintain it:

All ponds accumulate trash, whether its from natural causes or through human interference. In order to keep your pond clean, you should make sure to regularly inspect it for visible trash and remove it as soon as possible.

As mentioned earlier, retention ponds can be low-oxygen environments that are not conducive to the survival of fish and other aquatic life. To keep your pond healthy, you should install aeration devices in order to improve circulation and oxygen levels throughout the water column.

One of the most important factors in maintaining a healthy pond is its drainage system.

If its not properly designed and maintained, there can be standing water or overflow which will cause significant problems for surrounding areas. You should regularly inspect this area to make sure that everything is working as intended and fix any issues immediately.

If your drainage system is damaged or poorly maintained, then water can accumulate and become stagnant instead of draining properly.

This lets mosquitoes breed in the area which causes a public health concern for everyone living nearby. To make sure your drainage system is in good working order, have a professional inspect it regularly.

The water quality of your pond should be tested regularly to make sure it does not have high levels of nitrogen or phosphates, which are toxic to fish and other aquatic life.

However, there are some clear signs that should let you know if your pond is not doing well simply by looking at it.

If your pond is green, brown, or has a blue-green tint to the water then you should have it tested right away to make sure its safe for your aquatic life. If you can see algae, scum, or foam on the surface of your pond then it is most likely due to excess nutrients, and you should have it tested right away.

Although retention ponds provide a habitat for aquatic life, it may not be possible to achieve it immediately after the pond is created. To accelerate the process, you should plan ahead and provide the right habitat for your aquatic life.

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Retention Ponds: [Everything You Need to Know About]

Ponds used for holding koi

Koi ponds are ponds used for holding koi carp, usually as part of a garden. Koi ponds can be designed specifically to promote health and growth of the Nishikigoi or Japanese Ornamental Carp. Koi ponds or lakes are a traditional feature of Japanese gardens, but many hobbyists use special ponds in small locations, with no attempt to suggest a natural landscape feature.

The architecture of the koi pond can have a great effect on the health and well being of the koi. The practice of keeping koi often revolves around "finishing" a koi at the right time. The concept of finishing means that the fish has reached its highest potential. Koi clubs hold shows where koi keepers bring their fish for judging.[1]

Koi pond with extensive filtration

Pond with liner installed, note vertical walls and bottom drains

Pond windows are increasingly installed in contemporary koi ponds.

The skimmer allows water to be drawn from the surface of the pond. It collects leaves, pollen, twigs, uneaten food and all other kinds of floating debris. The skimmer usually has a clean out basket that can be quickly emptied on a regular basis to allow the skimmer to run properly. Most floating skimmers will also have a foam that sits underneath the basket to filter out the finer particles. Also, depending on the skimmer, fish and other live critters may get stuck in the skimmer so it is a good idea to check the skimmer on a regular basis. If there is a self fill valve in the pond, try to install it out in the pond area and not in the skimmer. If the skimmer becomes clogged with debris and the water level drops in the skimmer, the fill valve may over fill the pond.

Bottom drains are not required in water gardens but are very beneficial for Koi Ponds. When used in a pond that does or does not have rocks on the bottom, a bottom drain allows the heavy solids to be carried to the mechanical filter. In addition, many bottom drains are equipped with air diffusers, adding much needed oxygen to a pond. And depending on the size of the pond, larger ponds will work more efficient with a bottom drain especially if there are jets in place pushing all debris toward the drain. Also, if there is a place where an external pump can be installed, you can have the water pumped out to a drainage area quicker and more efficiently.

Mechanical filtration can be accomplished in many different ways. The job of this filter is to trap solids, preventing them from clogging the Biological filter. The mechanical filter should be backwashed or cleaned out often. Types of mechanical filters include Vortex, brushes, matting, sand and gravel, sieve screen, and settlement chamber. If a BOG is installed into the pond, plants can be planted in it to filter the water even more.

Biological filters convert the nitrogenous wastes from the fish. This cycle is called the nitrogen cycle. A biofilter can be constructed in many different ways. It is important for the koi keeper to understand how the filter is to be cleaned before they install one. Proper and regular cleaning of the mechanical and biological filters is critical for the health and quality of the koi. Bio-filters are sometimes divided into sub groups such as aerated or non-aerated. Types of bio-filters include:[2]

For natural Eco System ponds, beneficial bacteria must be put into the pond to assist in the natural balance of the bond. When this is accomplished, and the pond is a sustainable ecosystem pond, try not to changed out the water to often because you could be upsetting the natural balance of the pond. When the pond becomes balanced, it will sustain itself.

An ultraviolet light is used to make algae flocculate (form into clumps), so that they can be removed by mechanical filtration. The UV sterilizer will also kill free-floating bacteria in the pond water. And in some cases, the UV light can kill some types of pathogens in the water[3] that can infect the fish and possibly kill them.

Water pumps move water through the filter system and back to the pond in a recirculating manner. The important thing to understand about pumps is that they be sized to the pond and the filter system. When the total back pressure in the system is considered, a pump should be circulating the total volume of water at least once per hour for proper water quality. An air pump can be used to increase dissolved oxygen. In a heavily stocked koi pond, an air pump is a necessity. Along with the water pumps, there must be jets placed in areas where there is little to no water flow to keep stagnant water from forming and possibly assisting in preventing mosquito larva from breeding.

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Koi pond - Wikipedia

Commercial satellite imagery of North Koreas unfinished 50 MWe Reactor at the Yongbyon Nuclear Scientific Research Center suggests that the main reactor building is being scavenged for materials probably for use in other construction projects. Some trenching work was observed in April, initially reported by the Middlebury Institute of International Studies, near an old pump house on the Kuryong River originally intended to service this unfinished reactor project. But the purpose of this limited activity is unclear.

Construction of the 50 MWe Reactor began in the late 1980s and came to a halt in 1994 when the US and the Democratic Peoples Republic of Korea (DPRK, or North Korea) signed the Agreed Framework, which was supposed to provide North Korea with light water reactors in lieu of graphite-moderated, gas-cooled reactors. Even when the Agreed Framework fell apart in 2002, construction did not resume. At that time, the project had already been stalled for eight years, and the previously installed reactor components had not been maintained.

Today, based on eyewitness accounts from 2007 through 2010, as well as commercial satellite imagery, the reactor vessel remains incomplete and badly corroded. The buildings are in a state of disrepair. Even North Korean officials referred to the reactor as ruined concrete structures and iron scrap in 2010.

Some activity around the site has been observed over the years, but no work has been done on the main reactor area. Moreover, building materials such as roofs have been partially dismantled in recent years, presumably as part of efforts to salvage metal for other industrial needs. The partial dismantlement of the spent fuel building started in 2021 might have been to repurpose the facilityperhaps to eventually store spent fuel for the Experimental Light Water Reactorbut no further work has been done on this building for nearly a year.

Given the current state of the reactor, the recent trenching work is unlikely to have indicated efforts to resume work on the 50 MWe Reactor. Instead, it may be related to operations at the nearby underground facility.

In addition to the trenching working in April, on May 28, a barge or boat was seen docked at the riverside pump house near where recent trenching activity occurred. This appears to be the first time a vessel has been observed in this location; it had departed by May 31. Its purpose is unclear, but may have been related to maintenance or repair of the pump house or also associated with operations at the underground facility.

Background

North Koreas 5 MWe Gas-Graphite Plutonium Production Reactor (5 MWe Reactor) has been operational since 1986 and can produce up to six kilograms of plutonium per year, or enough fissile material for one nuclear weapon annually.

In the late 1980s, North Korea began construction of the 50 MWe Reactor, which would have had the capacity to produce approximately 55 kilograms of plutonium, or enough fissile material for an additional seven to 10 nuclear weapons annually. When the construction site was first inspected in 1992, the reactor vessel was in an early stage of construction. Other key components such as cooling piping or other necessary equipment such heat exchangers were still at the manufacturing workshops. North Korea had also started to manufacture the graphite blocks for the reactor but had only produced about half of what was needed. Manufacturing of the fuel rod cores had also started but still lacked the necessary cladding to complete production.

While it was originally expected to be operational by 1995, reactor construction was halted by the 1994 US-DPRK Agreed Framework, and it was never completed. Likewise, no reactor fuel was produced. Observers who visited the site noted cracks in the concrete, rusted out buildings and junk littering the grounds. North Korean assessments at the time were that it would be more cost effective to build a new reactor than try to salvage what had been built so far. Work did not resume when the agreement collapsed in 2002.

When the International Atomic Energy Agency (IAEA) returned to North Korea in the summer of 2007, it reported: There has been no construction work at this installation since 2002. The Agency has made photographic records and has confirmed the status of the facility. A site visit report by Dr. Siegfried Hecker in 2010 quoted the senior North Korean technical official leading the facility tour, introducing the reactor as: In the early 1990s we built 50 and 200 MWe reactors (of gas-graphite design).Now they have become ruined concrete structures and iron scrap

Past Activity Around the 50 MWe Reactor

While no new construction on the 50 MWe Reactor has been reported by inspectors or observed in commercial satellite imagery, some activity around the reactor has not been unusual.

In 2003, the Institute for Strategic and International Studies (ISIS) documented that when operations resumed at Yongbyon, the temporary housing at the 50 MWe Reactor that had been erected for construction workers was dismantled.

In 2005, ISIS reported that the road around the reactor site had been resurfaced, and a possible new crane was on the grounds. However, there were no signs of large scale construction.

Between late October 2010 and early April 2011, the North Koreans removed a large tower crane that had been used to erect the 50 MWe Reactors reactor hall.

In 2014, imagery showed the road around the reactor had been paved but the crane seen near the road in 2005 remained apparently abandoned in place.

In 2016, a small single story building had been built in front of the reactors main entrance, and a circular area had been cleared next to it. Its purpose is unknown, but a placard had been placed just across the street from the new building were observed.

Between February and June 2018, an eight-by-six-meter hole appeared in the roof of the reactor building. A second circular structure was erected next to a small administrative or support building in December. The structure, approximately 4.5 meters in diameter, appears to be a water holding tank.

In 2019, new trenching was noted underneath the southeastern security wall along with new excavation near the reactor building. Additionally, the small single story building built in 2015 was razed in late October or early November.

In August 2020, a typhoon hit the region, causing flooding and wind damage at Yongbyon, including at the 50 MWe Reactor complex. In the following months, repairs to a road and bridge south of the reactor and the roofs of several buildings in and around the complex.

In February 2022, troops were seen in formation outside one of the buildings. Snow had been removed from that area of the complex and had melted off the roofs of two of the buildings, suggesting activity within.

Figure 1. Activity around the 50 MWe Reactor (2014-2020).

Spent Fuel Building Activity

Between June and August 2021, as previously reported by 38 North, the roof and walls of the spent fuel storage building were dismantled, revealing the storage ponds. During that process, the removed building materials appeared to have been salvaged, possibly for future use on site or elsewhere. In October, a flatbed truck was present and appeared to be hauling away the stacks of recovered material. By November 1, the materials were gone.

At the time, 38 North analysts suggested that because the water treatment area was not dismantled, it was possible the building was being repurposed rather than being fully torn down.

Imagery from April 27, 2022, however, shows the building remains uncovered. What appeared to be excavated footings for new pillars are still visible, but no further work appears to have been done since the roof was removed in 2021.

The partial dismantlement of the spent fuel storage building was not an isolated case around the 50 MWe Reactor complex. In July 2021, approximately half of the posts and girders from the framework of another building that was never completed were also taken down. Presumably, some of those materials were removed from the site, while others remain strewn on the ground nearby.

In February 2022, a number of roof sections had been removed from the south wing of the main building. A crane was observed working at the south end, and a flatbed truck was parked nearby, presumably to take the salvaged materials away. Imagery from May reveals the removal of more roof panels. Together, the cannibalization of these structures does not point to actions to resume construction of the 50 MWe Reactor.

Figure 2. Partial dismantlement of the spent fuel storage building in 2021.

Figure 3. Overview of activity from 2020-2022.

Recent Trenching Activity

In April 2022, as reported by Middlebury Institute, trenching for what appeared to be pipe work can be seen in a field near an old pumphouse on the Kuryong River. It began from a point just north of the pumphouse and extended to the west approximately 60 meters. On various dates, a few large-diameter, but short cylindrical objects were present near the trench where a power shovel was at work. These may have been pipe segments and it is unclear if they are being installed or removed.

By April 19, the trenching had crossed much of the fielda distance of around 140 metersand by 27th, the trench had been covered over. But the purpose of this work remains unclear.

It had been thought that this large, riverside pumphouse, located just a half kilometer downstream from the 50 MWe reactor, was constructed to service the reactor. However, its role in the reactor complex is uncertain since construction began before frequent high resolution commercial satellite imagery was available. Thus, much of what is known comes from open-source accounts by site inspectors, defector reports, and forensic evidence gleaned from satellite imagery beginning in early 2000.

Given the body of evidence discussed earlier regarding the 50 MWe reactors condition and the dismantlement activity seen around the complex, it is unlikely this trenching is associated with efforts to finish the reactor. While this activity could indicate an effort to salvage pipes in that area for other purposes, it is more likely related to the large, underground facility located beneath the hill where this field is located.

Figure 4. Overview of area of trenching activity.

Figure 5. Trenching activity from April 16-27, 2022.

The Underground Facility

A 38 North article in 2019 by Frank Pabian profiled this underground facility. As documented in that report, initial tunnel excavation for this complex began between April 2005 and April 2006. By 2010, two additional entrances were excavated into the same hillside. All three entrances are connected by a service road and there is at least one utility or powerline connected to the third tunnel entrance. Expansion activities appear to have concluded by fall 2013. A year later, the spoil piles had been smoothed over and natural vegetation began to take hold. By 2019, the area was completely camouflaged with vegetation.

This underground facility demonstrates conditions similar to a wet cave, which requires water drainage and management to inhabit. For instance, drainage ditches were dug leading from the portals and across the spoil piles in the fall of 2012, following a typhoon that year, suggesting the importance of channeling storm waters in this area. Further drainage or repair of drainage systems for this facility may have been recently necessary ahead of this years rainy season.

Figure 6. Overview of the Underground Facility area.

Recent Trenching vs Prospective Path to the 50 MWe Reactor

The reactors original design called for the use of two cooling towers, akin to the original operational design for the 5 MWe Reactor with its single cooling tower. The twin towers for the 50 MWe reactor, however, never progressed beyond laying their foundations.

Imagery from March 2003 showed the likely path for the planned pipeline from the pumphouse to the 50 MWe. From the pumphouse at its eastern point, the path extends westward, crosses an open field, cuts through a tree covered hill, passes just south of a small support facility where a small, rectangular covered reservoir is located, and then crosses under a dirt road, through a stream, and terminates at the south side of a building whose purpose is unknown. None of that likely path has been recently disturbed. All recent activity has instead, been confined to the field near the old riverside pumphouse.

Figure 7. Likely path of the 50 MWe Reactor pipeline.

One possibility is that the recent trenching may be related to agriculture. Crops have flourished in the field where the trenching took place since 2010. But it appears excessive for field drainage alone. The numerous drainage ditches present, many of which begin at the top of the hill, are likely adequate to prevent flooding during the rainy season.

Rather, the presence of the underground facility beneath the field suggests a more likely purpose: the protection of that facility from seepage from the kind of heavy rains that are common in North Korean summers.

Recent Activity

Imagery from May 28, 2022 shows a barge or boat berthed near the riverside pumphouse. Its purpose was unclear, although it may be related to maintenance and repair of the pumphouse itself or associated with operations at the underground facility. The vessel had departed by May 31. While dredges have been observed near pumphouses along the river before, this appears to the be the first time seeing a boat or barge in this location.

Figure 8. Probable barge or boat at the riverside pump house.

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Is North Korea Restarting Construction of the 50 MWe Reactor at Yongbyon? It's Unlikely - 38 North

Following graduation from the University of Brighton in graphic design, James got his first creative job in 2005 at Cog Design. Next, he went on to work for Emak Mafu in 2008 when the global recession hit. James left and started his own design studio (Cure Studio), an illustration agency (HigginsonHurst) and a Type Foundry (The Type Foundry). This was followed by senior roles at Figtree, Prophet and Wednesday.

In 2014, he joined DesignStudio, where he spent five years progressing from digital creative director to principal USA. In 2019 came Pinterest, where he worked as the global creative director until this year, landing his current role at Google.

In short, James has worked at some of the highest levels of the design world, starting from the ground up and getting hands-on with client projects along the way. So if ever you wanted insight about where the world of agencies and tech is heading, he's a good person to talk to.

Chatting to James from an office that overlooks the Golden Gate Bridge in San Francisco, we discussed his journey so far, what he thinks of Big Tech's current bad press, and what he hopes to achieve at Google.

I was born in Switzerland and grew up there until I was eight, when we moved to Bishop's Waltham in the UK. The hilarious thing is that I think it was maybe the first moment I realised what design was. I went to a very small kindergarten with about 30 kids in Switzerland. Back in the '80s, Swiss kids used to wear cowhide leather satchels. I went from that to a school just outside Southampton and Portsmouth with about 2,000 kids with my little cowhide leather bag. When you're an eight-year-old, you quickly look around and spot that sort of difference!

I remember having weird conversations with my mum because Switzerland is broken up into cantons like English counties, but each canton has its unique look and feel (look up the country's history, and you'll see why!). It makes everything feel unique to that canton. In the UK, I was always enamoured that all signs look the same! I couldn't get over it. I asked my mum what was going on. Because that stop sign looks like that stop sign, when we went to see my gran miles away, they still looked the same! That's when I started to notice design.

It informed me a lot. I used to speak Swiss-German fluently and English as a second language. My mum and dad spoke English to me at home, but I spoke Swiss-German all day, every day. When we first moved here, I remember having to sit down and say, "be less Swiss", and decide what to do to fit in.

I think every kid has their formative moment. I don't think you need to move from Switzerland to England to have that sort of thing happen to you (and as an ex-pat living in the USA, I'm curious about how my kids would react if we moved back to the UK!).

James Hurst, Head of Brand Design at Google

I left Brighton in the post-cool-Britannia era. The country was alive with the Spice Girls and gossiping about what Oasis did in 10 Downing Street. My mum and dad were disappointed I'd gone to art school. They were adamant I'd made a terrible decision. They just didn't see that there would be a future for me after art school.

When I finished art school, I moved back in with my parents and applied for endless internships. After about a year, my parents held it over me that I should definitely not have gone to art school.

But all was not lost. My portfolio was an A1 printed folder, mainly screen printed. There were weird posters for mythical things that didn't exist. It had been a lot of work, and I was really, really proud of it. I kept carrying it around to loads of different agencies, and most would take one look at this sort of scruffy, crazy human being and say, "No, actually, we don't need this in our building".

Then I met Michael Smith, the founder of Cog Design. And in that haze of cool Brittania optimism, even though that portfolio was terrible, Michael saw it was full of hope, ambition and a desire to learn and spread my wings. He took a chance on me and became my boss and a great mentor. We're still really good friends, and he's someone I often turn to for advice.

I learnt so much at that agency about understanding the questions you need to ask to get to something that's going to make sense. And they did wild stuff. The first project I worked on was Sultan's Elephant, where this huge, big, mechanical elephant walked through London. It was a crazy time and a fantastic agency.

A friend of mine called Chester Chipperfield had set up a digital agency. And he needed some help. They were just kicking off redesigning Anthony Gormley's website. And so I joined to help.

When I look back at those days, I wonder how we accomplished anything, as it was fresh and wild. Today, you've got design roles for most deductive tasks. But back then, we made it up as we went along. At Emak Mafu, we had to learn how to run a company, create a culture for a team of people, and build trusting partnerships with big brands as they took their first tentative step on 'the internet'. We had to invent the playbook. Creative thinking wasn't just: does this thing we've designed look nice? It was about the entire process of getting a business online and thinking inductively.

Then sadly, 2008 happened. And like many businesses, Emak Mafu hit tough times. So I set up a small little studio for a few years, which was an adventure.

Cure days with Fred Higginson from Print Club London, 'Editions'.

"The humble studio we ran," James on Cure Studio, HigginsonHurst & The Type Foundry

I later met Nick Couch, the MD of a company called Figtree. He's an incredibly awesome brand thinker, brand designer, brand strategist, and creative super brain. I remember our first conversation. I went in hard about what we did at my studio, saying how we're doing all this great brand stuff. And he was kind enough to say: "I don't think you are, but I think I can see that you want to do that. And now you should come and join us".

And so that was the next fun adventure. Working out what the role of digital thinking meant for brand building. They'd just delivered the HTC rebrand, and everything flew a million miles an hour. I've always had impostor syndrome. But that was a real moment of walking into many rooms with some incredible strategists and incredible brand thinkers and seeing them unpick problems and reframe problems in such fascinating ways. And I'm pleased that so many of them are still fantastic friends.

Yeah, so I joined DesignStudio in London just after the agency launched the Airbnb rebrand. It was a rocket ship. Anybody starting a business wanted to talk to the agency about their brand. After about a year of me being there, they set up an office in San Francisco, just down the road from where Airbnb's offices are based. But as everyone was so fraught and busy all the time, we never really built one studio culture. So it was my job to try and transplant some of the DNA we had in London to the West Coast arm. James Gilmore did the same for the team in Australia. That's when I left the UK.

Moving from the UK to the US with "everything we had". James' wife sophie and 18-month-old twins

DesignStudio in San Francisco. Photography by Paul Barbera

DesignStudio in San Francisco. Photography by Paul Barbera

Definitely. The studio is going from strength to strength. It has a really good ethos about how it makes good work happen. Our job as designers is to ask dumb questions, and that is the DesignStudio philosophy. To ensure that everyone understands that if you're working there, your job is to help other businesses be as good as they can be. And that means asking ridiculous questions and going on amazing adventures with clients. In that process, you uncover what is radically different for each business.

Yeah, I'd always worked agency-side where clients would come in for help, almost like sitting in a therapist's chair, and we'd guide them towards their goals. In contrast, I learned that going in-house is a little like going into the head of the patient. You don't play the leading role; you bring people together who might have different ideas of how things should run and inspire them to move forward together.

It's an entirely different pace. It's like throwing snowballs at the top of a mountain. You can throw a lot of snowballs, and then nothing happens. But then one of them just starts rolling, and you're like, "Oh, my God, what have I started?!" If the chess pieces align, the stars align, or whatever, and you can seed an idea, that idea can change the entire business.

I'm proud of the work that we did at Pinterest. We introduced an entirely new audience (creators) and gave the company a ton of confidence in how it would use that to talk to different people that it hopes will use the platform. There are some really big challenges I don't think you'd ever get near if you weren't working inside the business.

So, yes. The pace can be slow at first. But then you realise that your legs are sprinting, and you wonder who set us off in this direction.

It's a fantastic opportunity. This company is huge. The number of products is eye-watering, and the number of different ways people use the products is mind-blowing. The role of the brand is hugely different for different people in really meaningful ways.

It's only week five of me being here, but there are some incredible brand thinkers, brand dreamers, and brand doers. People are working out the role of this thing as a brand? And how do we think about that? Sometimes really speculatively, what do we need to take away from the world? Or sometimes really additively? So what will we throw into the world to make sense of it? And then how do we take that thinking and socialise it in many different places around the business?

I'll probably be finding my feet for years. It's been one of the most humbling onboarding experiences, where every single day, I've been keen and eager to show that I can add value in all of these various ways. I spin up these presentations for things, and then I send them off, and people are like, "Oh, we have an entire team doing that".

I'm in the honeymoon phase. I think everything about Google is amazing. I think the thing that makes me excited is that I'm going to learn a ton about what the role of a brand is from the inside of Google. For a business as interesting as this, it's a dream. With the different ways people think about Google alongside the company's enormous ambition, I've never experienced anything like it before.

Something we offer is help. We make people's lives better. I think if we can show that we're genuinely helping people, then I think that's the area where we prove ourselves. We've got to hold ourselves accountable. And we have to make sure that we live by that value.

Well, Google is a family of well-established products that people rely on every day with some inspirational moonshots that will define our future. It's huge and adds so much value. So the interesting part of the puzzle is that there are many ways people interact with Google, but where and what is the brand? It's also a hyper-competitive market. We have to stay humble and nimble.

The key for me is to listen. I care about what people who don't work at Google are saying about Google while defining what we hope they'll say. My job is to help close that gap.

I think trust is a key attribute every brand has to earn. Thankfully, we're already well respected and well regarded. That's because Google is a responsible company in how it builds products and how it develops services. It's an engineering-led company that has succeeded by responsibly building tech that people rely on. Like every brand, we have to continue to work hard to protect and nurture the trust our community has put in us.

In today's world, we should expect much more from the brands we adore. We need to ensure we make people's lives better. I think if we can show that we're genuinely helping people, then I think that's the area where we continue to build a meaningful brand.

DesignStudio in San Francisco. Photography by Paul Barbera

DesignStudio in San Francisco. Photography by Paul Barbera

DesignStudio in San Francisco. Photography by Paul Barbera

I'm a tech evangelist. My ambition is to ensure we keep building the friendlier, happier, optimistic company that helps people. I was just reading about the dreamers in Afghanistan, this group of inspiring teenage girls who rebuilt a bunch of car parts and motors to make defibrillators during Covid-19. They did it all through finding the right information online, working out how to model things, build things, and have created this extremely efficient bit of medical kit, which people are celebrating. I think that's when tech is at its absolute best.

Agreed. It's got a bad name for itself, which is infuriating as it's helping us manage one of the most extraordinary events of our time Covid. It could be in how tech is helping scientists understand what the virus is or the inspiring ways we're using tech to deliver care to people who live in places that have historically not been able to access it.

I'm so inspired by teams like Sehat Kahani, who are getting healthcare into the hands of people who haven't ever had that opportunity before.

Or tools like System, whose belief that "seeing the whole system will help us make better decisions" continues the spirit of thinking that advanced the human race. Particularly when Nasa shared Blue Marble which kicked off an era of philosophical and sociological advances as a result of our species getting to see as Buckminster Fuller would call it 'Spaceship Earth'.

The thing that I would love to do is get back to a place where we see the positives in tech. And we start to see the positive impact that it's having.

I'm a board advisor to the team at Hoo Koo E Koo, who (amongst many other things) runs the Future Horizon event. For anyone cynical about the positive impact of tech. Please attend their next event. It is brimming with hope and making meaningful change.

We've got problems to solve. The optimist in me believes that we are moving into a world where people are aware of what those problems are and can get the tools to solve those problems.

I'm already seeing it happen. So much investment is being pumped into businesses doing good, and Google is an inspiring corporate citizen in how it stewards and supports these initiatives.

Use Design to Design Change by James Hurst

I think a heavy dose of cynicism is healthy. It helps ensure that you look at what companies are doing while asking is that right? Is that good for the world?

I wrote a book last year, Use Design to Design Change. It's built from my experience branding countless companies and considers how businesses can make a positive impact. The book's premise is to use the triple bottom line used to audit a business: taking people, planet, and profit as levers to consciously define what decisions to make when building a brand. It's a set of tools designed to be used by anyone.

Yes, this feels like the start of a new epoch in this industry. More and more founders, CEOs and leaders that I talk with are looking hard at the many problems they can positively impact. My humble book is part of a huge wave of great thinking about how creative people can use design thinking to nurture and amplify that impact, but I'm not the first, and I'm thrilled I'm not alone!

Go here to read the rest:
James Hurst on his new role at Google, Big Tech's bad press and why he's hopeful for the future - Creative Boom

The employee art exhibition during installation (all photos Elaine Velie/Hyperallergic unless otherwise noted)

Every other year since 1935, New Yorks Metropolitan Museum of Art has presented an exhibition of its employees art. It has always been a relatively private affair, with the works on view for staff members eyes only until now. This year, the museums beloved employee art show is back, and for the first time ever, its open to the public.

Of the Mets staff of 1,700, over 450 employees contributed works to the show, which opens today, June 6 and will run through June 19. Titled Art Work: Artists Working at The Met, the presentation is held in an exhibition space next to the museums Ancient Greek sculpture hall and includes pieces by workers across departments, from security guards and technicians to librarians, registrars, and volunteers.

Daniel Kershaw, an exhibition design manager at the museum, has directed the shows curatorial process for more than 20 years. Every piece of art submitted is traditionally included in the show, and staff members like Kershaw work after hours to install the exhibition in time.

As the works come in, Kershaw looks for common threads to tie the diverse and eclectic pieces together. Its terrifying, and then as it goes along, it starts to make some sense maybe only to me, Kershaw told Hyperallergic. Im sure that a lot of the artists are thinking, Are you kidding, you put my masterpiece next to that awful thing? But thats okay, everybody seems to behave relatively well together.

Curating the exhibition thematically allows Kershaw to perceive how artists areas of interest change from year to year.

I think you see a pulse of what artists are going for right at the moment in a way that I dont usually see in anything else, Kershaw said. Compared to previous years, for instance, he observed less nudity in this years artworks. What happened? Theres almost no nudity, sex is way down this year, Kershaw said. Maybe Covid took a toll.

Kershaw explained that some of the artists in the exhibition are professionals who work at the Met to pay their bills. Others are hobbyists creating art in their spare time.

For Rachel High, a manager of editorial marketing and rightswho has been at the Met for eight years, its her second time participating in the employee art show. This year, High contributed two small sculptural vessels to the exhibition. She covered a tin can and glass jar in clay and painted them to look like monsters, brushing resin onto the eyes to create depth. Both of the pieces are functional, and in addition to giving her artwork to friends as gifts, she uses the objects she creates in her daily life.

High said that seeing the museums displays of decorative arts helped changed the way she thinks about her own work. Even though I think of it as craft, its still technically art, she told Hyperallergic.

Jeary Payne, who works in the education department, contributed a photograph titled Juke Joint, which he shot this year on the patio of one of his favorite neighborhood bars. The picture is from his series Finding Here, which Payne started in 2016 after moving to the Brooklyn neighborhood of Crown Heights.

Its about being able to capture actual moments of actual Black people in rest, in living their lives, Payne told Hyperallergic. Especially living in Brooklyn but not being from Brooklyn, a lot of my questions behind my work which is primarily about Black collective memory have been about asking, Whats my responsibility? How do I lend myself to the space, how do I record those moments?'

Rebecca Schear, who submitted an image she captured during a trip to Cuba, has been taking photographs for about 15 years. She also works with photography and film crews in her job as senior production manager at the museum.

In an interview with Hyperallergic, Schear described feeling awe-struck as she walked through the exhibition and saw her coworkers names on wall labels alongside stunning works of art.

You just dont even realize, I work with him all the time, she said, gesturing to a photograph hanging near hers. I didnt even know thats something he can do.

Michael Gallagher, the chair of the paintings conservation department, contributed one of his own oil on canvas works to the show. He told Hyperallergic that being a painter has illuminated his work as a conservator. Thanks to his personal studio practice, he can better understand artists instincts, and he knows not to overcomplicate someone elses work the application of two-layered paint colors might have a deeper meaning, he says, or maybe the artist just didnt like the first shade of green.

Being a conservator has also influenced how Gallagher behaves as a painter. He related a story of painting en plein air, as he normally does, when his canvas fell face-first into the dirt. Gallagher said he immediately picked it up and started pulling off the dirt as a conservator would.

But for years, Gallagher kept his painting practice to himself.

The reason you keep this private is because its so important to you, Gallagher said. Its because you feel very vulnerable, and also, when you work for one of the greatest arts institutions in the world and you deal with some of the greatest paintings, it just seems hugely presumptuous to be like, Oh, I paint, too.'

There are some great artists walking the halls of the Met, Gallagher added.

More:
The Met Hosts an Exhibition of Employees' Art, Open to the Public for the First Time - Hyperallergic

Editor's note: This article was published in Grand Traverse Scene magazine's July 2021 issue. Pick up a free copy at area hotels, visitor's centers, chambers of commerce or at the Record-Eagle building on Front Street. Click hereto read GT Scene in its entirety online.

Since the COVID-19 pandemic began, people have been investing into their outdoor living areas like never before, according to the owner of a local landscaping company.

Bob Drost is the founder and owner of Drost Landscaping in Petoskey, which customizes residential outdoor spaces around northwestern lower Michigan.

Drost said his company currently has seven clients waiting for a hot tub or pool to be installed at their home, after the company had previously only done approximately 10 such projects in its 30-year history.

Were so backed up, Drost said.

He said fire pits and outdoor fire places have also been very popular recently.

It extends your outdoor living into the evening, Drost said. And people just feel the safest at home. And theres nothing greater than an outdoor kitchen, where you can grill a burger, and youre not bringing it in and out of the house. And a lot of them have refrigeration, ice makers and sinks. Its just an amazing deal. Were talking (about) people who will put $150,000 into outdoor family space.

Drost said he recently completed a project for a well known individual in Traverse City.

He just decided that he wanted to make sure that his two daughters first choice was to come home with their friends and not be out someplace else, Drost said. So he kind of built an atmosphere that would draw these teenagers home at night and with their friends, and I think he was very successful.

It would blow your mind, he added. This thing is just a drop-dead perfect outdoor kitchen. You could cook a meal for a reunion on the thing, and then go in the stone hot tub when you get done.

When done right, Drost said upgrading ones outdoor living space is a good investment when it comes time to sell the house.

When you go to sell, people are just taken back by that, Drost said. Lets say you bought it (a house) for $150,000 and put $50,000 into the landscape, now you can probably sell it for $225,000. Its not like buying an expensive vehicle, and then the next year its worth $10,000 less Landscaping done correctly is always a good investment.

Drost said the latest trend is outdoor sound systems that are weatherproof year-round and controlled by ones smartphone.

Its just fantastic, Drost said. Again, it just increases that outdoor living.

And theyre not terribly expensive, he added. Our technicians from the irrigation and lighting division install them, and its everything from tweeters and subwoofers. And God, the sound just blows you away.

Diane Bell, owner of Ciao Bella! Design & Interiors in Petoskey, said she is seeing more and more folks wanting to extend outdoor living into the colder seasons in northern Michigan.

People are spending much more time (outdoors), Bell said. They get here now in April or they get here in the first part of May Weve got a lot of people that have moved up permanently and have become year-round residents. And you still want to be able to enjoy that outdoor feel.

Bell said outdoor infrared heaters allow people to be warm outdoors in almost any conditions, unlike gas heaters.

Im sure youve been to a restaurant where theyre eating outside in October and theyve got all those posts with these gas heaters well, the wind takes that heat and just blows it away, and so people are still chilly, Bell said. Infrared heats the person, not the air. So when it is 20 degrees outside, and you want to eat outside, you can. Its wonderful.

She said outdoor firepit tables have also become quite popular.

We sell quite a number of those, because people love to have sort of a chat circle around, but they want it closer to their house, Bell said. They may want it on their deck, and you can do that.

She said outdoor kitchens are in vogue now too, aided by improved technology that resists weather year-round.

It used to be when you built an outdoor kitchen, it was heavy and immobile and you were stuck with maybe something in stone or whatever, Bell said. However, theres a company where all of the cabinetry is aluminum and its powder-coated. And it has gaskets around it, and its airtight. So animals cant get in. Doves cant get in. It stays out year-round. And its very modular. And you could actually move it, if you needed to.

She said powder coating is an desirable feature for patio furniture as well.

Everybody thinks they need to put their patio furniture away in the winter you do not need to do that, if youve got good patio furniture and its powder-coated, Bell said. Ive had my patio furniture outside for 20 years and it looks like the day I bought it, because in the winter time, we cover it up. We have all these covers for patio furniture, and all we do is put bungee cords around them. And they get less abuse than if you try to store them and stack them on each other somewhere.

And almost I would say 85-90 percent of all really good patio furniture that is (made) out of metal has been powder-coated well, which means it doesnt fade, it doesnt chip, Bell added. If youve got something in metal and it starts to look like its chipping, that is a bad product, and its not worth the money you even put in it, even if it was cheap So you really get what you pay for in outdoor furniture.

She said wind-sensor retractable awnings are also extending outdoor living into bad-weather situations.

If youre in town and all of a sudden the wind comes up, it automatically retracts, Bell said. Its almost like creating an outdoor room. And it really extends the living space. You can go and still have your dinner out there and its raining, Bell added. Theres a lot of possibilities.

For something relaxing at home, theres nothing better than a koi landscape in ones backyard, according to Cliff Both, owner of Authentic Lawn and Tree Service in Cedar. Both said a koi landscape is centered around a pond containing Japanese koi fish, which he said are very unique creatures that often live to 75 years.

Theyre also fish that actually recognize their own owner, Both said. They recognize characteristics of different people. Theyre literally smart. They can be trained to ring a bell or to actually feed themselves. Theyre intelligent You can actually train them to feed right out of your hand, and no other fish will do that other than the shark, of course.

Along with the pond, Both said a koi landscape can also include other features such as a waterfall and zen garden.

You can implement whatever parts of the Japanese culture you want, that you like ornamental grasses, Both said, for example. You can get the zen garden, which is the gravel. It brings feng shui into it. Its all about the flow and everything just to relieve stress and just so you can get the most out of that time that youre out there, which we all know is far and few between in todays reality working for a living and trying to pay the bills. I personally think everyone needs to do more of it.

He said koi landscapes are great sanctuaries from the grind of everyday life, especially during the pandemic.

You just want to get out and just get away from it all, Both said. What better place when youre sitting there watching your docile koi (fish) just swimming around beautiful fish

Theres 17 different varieties but each one is like a snowflake no two are the same. But imagine doing that and catching some (sun) rays and hearing the little waterfall or the stream, creek running into your pond Theyre just soothing.

He said koi ponds also naturally attract butterflies, dragonflies, frogs and turtles.

It just brings everything together nature together and relaxation, Both said. Its amazing.

Both said he takes pride in creating relaxing spaces for his clients.

I have a passion about creating that for people, Both said. And then I know theyre literally helping their life out, because its bringing their stress level way down.

Both said hes received great feedback from customers whove had koi landscapes built at their residences.

They love it, Both said, adding the koi fish often become like family pets to his clients, complete with names for each of the fish. Its crazy how much they get into it Its a whole new life.

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Patio Perfection: Find inspiration in your own backyard - Traverse City Record Eagle

News Releases from Region 01Twenty-four grants awarded to projects in Connecticut, Massachusetts, New Hampshire and Vermont

12/07/2020

703-623-3834

Long Island Sound Watershed, New York (December 7, 2020) Today, top federal and state environmental officials from New England announced 24 grants totaling $2.8 million to local governments, nongovernmental organizations and community groups to improve Long Island Sound. The grants are matched by $2.3 million from the grantees resulting in $5.1 million in funding for conservation around the Long Island Sound watershed.

Work funded through the Long Island Sound Futures Fund (LISFF) has shown how projects led by local groups and communities make a difference in improving water quality and restoring habitat around the Long Island Sound watershed. The grant program combines funds from the U.S. Environmental Protection Agency (EPA), the U.S. Fish and Wildlife Service (FWS) and the National Fish and Wildlife Foundation (NFWF).

"Long Island Sound is vital to local communities, economies and ecosystems, and these grants will greatly benefit the Sound for years to come," said EPA New England Regional Administrator Dennis Deziel. "Protecting and restoring Long Island Sound requires a watershed-wide approach and EPA is proud to again support diverse and innovative projects in five of the states that comprise the Sound's watershed."

The LISFF 2020 grants will reach more than 670,000 residents through environmental education programs and conservation projects. Water quality improvement projects will treat 5.4 million gallons of stormwater, install 23,000-square-feet of green infrastructure and prevent 3,000 pounds of nitrogen from entering Long Island Sound. The projects will also open 3.7 river miles and restore 108 acres of coastal habitat for fish and wildlife.

Representative Rosa DeLauro, Co-chair of the Long Island Sound Caucus, added: "The Long Island Sound is one of our most treasured natural resources, and it is vital that we continue to support programs and services that maintain its health and vitality. Having grown up on its shores, the Sound has always held a special place with me, and I am so proud to have the opportunity to work to ensure that its beaches and waters remain places for children and families to enjoy. We have made extraordinary strides, but issues with sewer overflows, stormwater runoff, and other climate change issues challenge us to do more and so we will. As one of the Long Island Sound Caucus leaders, and the incoming Chair of the House Appropriations Committee, which is the committee that has jurisdiction over all discretionary funding, I am thrilled to have helped provide this funding for a revitalized Long Island Sound. I remain committed to working with NFWF and EPA and with my Congressional colleagues, and the many Long Island Sound advocates here today doing this critical conservation work."

"The Long Island Sound is a regional and national treasure, as well as a critical economic, recreational and environmental resource. The $3.8 million investment in these 38 programs throughout the Long Island Sound Watershed will allow us to continue to improve the health and vitality of the Sound" said Representative Lee Zeldin, Co-Chair of the Long Island Sound Caucus. "These community projects will make a real difference in continuing our progress towards cleaning up Long Island Sound. The partnerships funded by today's grants show our commitment to the health of the Sound and to ensuring that our children and grandchildren can enjoy it for generations to come."

"In the last 15 years, we have made incredible strides reducing nitrogen loads, restoring habitat, improving water quality, and involving and educating the public about the Long Island Sound. That progress is a direct result of smart investments and an all hands-on deck approach from stakeholders. This $3.8 million investment shows we are committed to protecting the future health and waterways of the Long Island Sound," said Representative Thomas Suozzi, Co-Chair of the Long Island Sound Caucus. "The Long Island Sound is our 'National Park.' I grew up swimming and fishing here, and I've raised my children in and around the bays and harbors of the Long Island Sound. Preserving and protecting our most precious resource has, and always will be, a priority of mine. As Co-chair of the Long Island Sound Caucus, I have helped increase funding for the Long Island Sound by 500% since I have been in Congress and I will keep fighting to protect the Sound and all its beauty."

"Estuaries and their surrounding lands and waters represent some of the most productive ecosystems in the world," said Jeff Trandahl, executive director and CEO of NFWF. "Through 15 years of grant-making, the Long Island Sound Futures Fund has supported projects to improve the Sound by fostering environmental stewardship and public awareness and education, restoring habitat for fish and wildlife, preventing pollution, and enhancing the resilience of coastal communities."

The Long Island Sound Study initiated the LISFF in 2005 through the EPA's Long Island Sound Office and NFWF. Prior to this year's grants, the LISFF invested $23 million in 450 projects. The program has generated an additional $40 million in grantee match, for a total conservation impact of $63 million for regional and local projects. The projects have added 105 river miles for fish passage, restored 773 acres of critical fish and wildlife habitat, treated 200 million gallons of pollution, and educated and engaged 3 million people in protection and restoration of the Sound. For more information about LISFF accomplishments follow the link to Long Island Sound 15 Years of Conservation Success (PDF) (30 pp, 7.7 MB, About PDF).Exit

"Investing in our coastal marshes pays off -- they protect property and infrastructure from flooding, provide clean water, and support fishery, recreation and tourism industries," said Sharon Marino, U.S. Fish and Wildlife Service North Atlantic-Appalachian assistant regional director. "We're pleased to contribute funding to projects this year that will also help the saltmarsh sparrow, a bird whose drastic declines demand urgent efforts to save our salt marshes. Together, we can begin to turn the tide for this species and others."

"Connecticut DEEP is committed to preserving and protecting Long Island Sound and the rivers that flow to it for the benefit of all who live, work, and recreate in its watershed," said Katie Dykes, Commissioner, Connecticut Department of Energy and Environmental Protection. "This year, we are honored to celebrate the awarding of over $1.8 million in grants to 16 recipients in Connecticut, which also leverage over $1.45 million in local funding. These projects will protect and improve the health of Long Island Sound by promoting habitat restoration, equitable access to the outdoors, sustainable resilient communities, and water quality improvements."

Long Island Sound is an estuary that provides economic and recreational benefits to millions of people while also providing habitat for more than 1,200 invertebrates, 170 species of fish and dozens of species of migratory birds.

The grant projects contribute to a healthier Long Island Sound for everyone, from nearby area residents to those at the furthest reaches of the Sound. All 9 million people who live, work and play in the watershed impacting the Sound can benefit from and help build on the progress that has already been made.

About the National Fish and Wildlife FoundationChartered by Congress in 1984, the National Fish and Wildlife Foundation (NFWF) protects and restores the nation's fish, wildlife, plants and habitats. Working with federal, corporate and individual partners, NFWF has funded more than 5,000 organizations and generated a total conservation impact of $6.1 billion. Learn more at http://www.nfwf.org. Exit

About the Long Island Sound StudyThe Long Island Sound Study, developed under the EPA's National Estuary Program, is a cooperative effort between the EPA and the states of Connecticut and New York to protect and restore the Sound and its ecosystem. To learn more about the Long Island Sound Study, visit http://www.longislandsoundstudy.net. Exit

Project Title: Restoring Great Meadows Marsh on Long Island SoundGrantee: National Audubon Society (Audubon Connecticut)Project Area: Stewart B. McKinney National Wildlife Refuge, ConnecticutLISFF Grant Funds: $499,974Grantee Matching Funds: $500,249Total Conservation Impact: $1,000,223Restore 40 acres of salt marsh and other coastal habitats at Stewart B. McKinney National Wildlife Refuge's Great Meadows Marsh in Stratford, Connecticut.

Project Title: Fish Passage on the Bulkley Pond DamGrantee: Aspetuck Land TrustProject Area: Bulkley Pond Dam, Sasco Brook, Fairfield and Westport, ConnecticutLISFF Grant Funds: $143,300Grantee Matching Funds: $95,700Total Conservation Impact: $239,000Remove a barrier to fish passage at Bulkley Pond Dam, Sasco Brook in Fairfield and Westport, Connecticut.

Project Title: Ensuring a Resilient Coastal Forest to Address Changing Climate in Southeastern ConnecticutGrantee: University of ConnecticutProject Area: Hoffman Evergreen Preserve, Stonington, ConnecticutLISFF Grant Funds: $57,144Grantee Matching Funds: $33,600Total Conservation Impact: $90,744Deliver a comprehensive strategy of coastal forest management at the Hoffman Evergreen Preserve in Stonington, Connecticut.

Project Title: Restoration and Stewardship of Coastal Forest and Dune at the Smith Hubbell Wildlife SanctuaryGrantee: Connecticut Audubon SocietyProject Area: The Smith Hubbell Wildlife Sanctuary Milford, ConnecticutLISFF Grant Funds: $44,468Grantee Matching Funds: $45,474Total Conservation Impact: $89,942Restore coastal beach/dune and forest habitat at the Smith Hubbell Wildlife Sanctuary, Milford Point, Connecticut.

Project Title: Planning for a "Nature Based" Living Shoreline at the Mouth of the Housatonic RiverGrantee: Sacred Heart UniversityProject Area: Housatonic River, Stratford, ConnecticutLISFF Grant Funds: $67,610Grantee Matching Funds: $75,000Total Conservation Impact: $142,610Create a permit-ready design for a living shoreline at the mouth of the Housatonic River in Stratford, Connecticut.

Project Title: Planning for a Nature-Like Fishway for Long Pond DamGrantee: Connecticut Fund for the Environment/Save the SoundProject Area: Long Pond Dam, Whitford Brook, Ledyard, ConnecticutLISFF Grant Funds: $172,000Grantee Matching Funds: $85,964Total Conservation Impact: $257,964Develop a plan to install fish passage on Long Pond Dam, Whitford Brook, Ledyard, Connecticut.

Project Title: Hepburn Living Shoreline ProjectGrantee: Connecticut River Watershed Council, Inc.Project Area: Borough of Fenwick, ConnecticutLISFF Grant Funds: $226,026Grantee Matching Funds: $175,000Total Conservation Impact: $401,026Construct a living shoreline along a barrier spit on Long Island Sound in Fenwick, Connecticut.

Project Title: Rapid Action Plans to Deliver Green Infrastructure in Coastal Connecticut CommunitiesGrantee: University of ConnecticutProject Area: Farm River, Branford River and Neck River watersheds, ConnecticutLISFF Funds: $272,376Grantee Matching Funds: $136,254Total Conservation Impact: $408,630Develop and implement five green infrastructure projects and provide guidance to local government in communities of the South-Central Basin of Connecticut.

Project Title: Watershed Planning to Reduce Water Pollution in the Pootatuck River Basin of Long Island SoundGrantee: Town of NewtownProject Area: Pootatuck River watershed, Newtown, ConnecticutLISFF Grant Funds: $29,216Grantee Matching Funds: $15,717Total Conservation Impact: $44,933Develop a watershed plan for the Pootatuck watershed in Newtown, Connecticut.

Project Title: Still River Watershed Plan Implementation: Brookfield Public Works Stormwater RetrofitGrantee: Town of Brookfield, ConnecticutProject Area: Brookfield, ConnecticutLISFF Grant Funds: $24,299Grantee Matching Funds: $13,150Total Conservation Impact: $37,458Develop design plans and secure permits for a green infrastructure retrofit at the public works facility in Brookfield, Connecticut.

Project Title: Share the Shore with Shorebirds: A Coastal Stewardship ProgramGrantee: National Audubon Society (Audubon Connecticut)Project Area: Coastal ConnecticutLISFF Funds: $75,285Matching Funds: $77,168Total Conservation Impact: $152,453Provide education and deliver targeted stewardship of American oystercatcher and other migratory shorebirds and habitat along Connecticut's Long Island Sound coast.

Project Title: Community Conservation Stewardship in New HavenGrantee: Neighborhood Housing Services of New HavenProject Area: Newhallville neighborhood and Beaver Ponds Park, New Haven, ConnecticutLISFF Grant Funds: $17,812Grantee Matching Funds: $24,219Total Conservation Impact: $42,031Conduct environmental education and community stewardship projects in New Haven, Connecticut.

Project Title: City of New London Watershed Management PlanGrantee: City of New London, ConnecticutProject Area: New London, ConnecticutLISFF Grant Funds: $50,000Grantee Matching Funds: $50,000Total Conservation Impact: $100,000Develop a watershed management plan in for New London, Connecticut.

Project Title: A Plastic Free Long Island Sound ProgramGrantee: Sea Research FoundationProject Area: The Mystic Aquarium and Groton, New London, Colchester, Stonington, and Norwich, ConnecticutLISFF Grant Funds: $48,042Grantee Matching Funds: $32,288Total Conservation Impact: $80,330Conduct a Long Island Sound-based educational program about the impact of plastic pollution at the Mystic Aquarium and surrounding communities in Connecticut.

Project Title: Water Quality Monitoring to Improve Fairfield County Waterways and Long Island Sound-VIGrantee: Earthplace The Nature Discovery CenterProject Location: Norwalk River Watershed, ConnecticutLISFF Funds: $73,890Grantee Matching Funds: $56,646Total Conservation Impact: $130,536Conduct water quality monitoring to help improve nine waterways affected by pollution in Fairfield County, Connecticut.

Project Title: Planning to Reduce Nitrogen Pollution and Improve Water Quality in Long Island SoundGrantee: City of ChicopeeProject Area: Water Pollution Control Facility, Chicopee, MassachusettsLISFF Grant Funds: $14,738Grantee Matching Funds: $14,737Total Conservation Impact: $29,475Prepare a study to identify low-cost improvements to reduce nitrogen pollution from a water pollution control facility in Chicopee, Massachusetts.

Project Title: Reducing Nitrogen into Long Island Sound at the Springfield Regional Wastewater Treatment FacilityGrantee: Springfield Water and Sewer CommissionProject Area: Springfield, MassachusettsLISFF Funds: $290,385Matching Funds: $168,000Total Conservation Impact: $458,385Install instruments to enhance nitrogen removal at the Springfield Regional Wastewater Treatment Facility in Springfield, Massachusetts.

Project Title: Green Infrastructure to Reduce Nitrogen Pollution at Montague Town HallGrantee: Town of Montague, Planning DepartmentProject Area: Village of Turners Falls, MassachusettsLISFF Grant Funds: $10,642Grantee Matching Funds: $5,899Total Conservation Impact: $16,541Construct green infrastructure at Town Hall near the Connecticut River in Turners Falls, Massachusetts.

Project Title: Restoring Riverbanks to Reduce NitrogenGrantee: Connecticut River Watershed CouncilProject Area: Upper Connecticut River in Coos County to Hinsdale in Cheshire County, New HampshireLISFF Grant Funds: $281,063Grantee Matching Funds: $281,900Total Conservation Impact: $532,963Install bioengineered streambank stabilization and riparian restoration projects in Coos and Cheshire counties in New Hampshire.

Project Title: Planning for Pocket Wetland Restoration to Prevent Nitrogen Pollution from FarmsGrantee: Vermont Association of Conservation DistrictsProject Area: Connecticut River Basin, VermontLISFF Grant Funds: $49,925Grantee Matching Funds: $49,925Total Conservation Impact: $99,850Develop 14 watershed plans to identify high-priority areas to restore pocket wetlands in agricultural fields in Vermont's Connecticut River Basin.

Project Title: Planning for Cover Cropping to Reduce NitrogenGrantee: Essex County Natural Resources Conservation DistrictProject Area: Upper Connecticut River Basin, Essex County, VermontLISFF Grant Funds: $24,520Grantee Matching Funds: $24,776Total Conservation Impact: $49,296Develop a cover cropping species mix, planting strategy and methods for monitoring reductions in nitrogen from farm runoff in Essex County, Connecticut.

Project Title: Incentivizing Ecological Restoration and Best Management Practices on Vermont FarmlandGrantee: Vermont Land TrustProject Area: Connecticut River Watershed, VermontLISFF Grant Funds: $199,477Grantee Matching Funds: $125,000Total Conservation Impact: $324,477Produce ecological assessments and riparian/wetland restoration plans for 12 farmland conservation projects and an associated plan for a market-based financing model in the Connecticut River Watershed in Vermont.

Project Title: Stakeholder Engagement and Planning for Eelgrass Protection on Fishers IslandGrantee: Henry L. Ferguson MuseumProject Area: Fishers Island, New York and New London County, ConnecticutLISFF Funds: $44,798Grantee Matching Funds: $33,661Total Conservation Impact: $78,459Deliver an education program to stakeholder communities presenting scenarios for eelgrass protection at Fishers Island, New York and New London, Connecticut.

Project Title: Deploying a Nitrogen Reclamation Project in the Long Island Sound WatershedGrantee: Rich Earth InstituteProject Area: Rockingham, Windham County, Vermont, Franklin County, Massachusetts and Cheshire County, New HampshireLISFF Grant Funds: $96,734Grantee Matching Funds: $167,500Total Conservation Impact: $264,234Enhance the deployment of nitrogen reclamation technology in Windham County, Vermont, Franklin County, Massachusetts and Cheshire County, New Hampshire.

Originally posted here:
$2.8 Million in Grants Awarded in New England to Improve the Health of Long Island Sound | US EPA - U.S. EPA.gov