Bioenergy crops will not be planted in wetlands in the U.S. However, they do have the potential to be planted as buffer strips along waterways and streams to intercept nutrient runoff from agricultural crops, thus helping to protect water quality. They would also contribute to decreasing sediment transport from agricultural lands.

These markets are just beginning to develop as the benefits of renewable energy are being increasingly documented and recognized, and issues of production rates, costs, handling, and energy conversion efficiencies are being documented and improved through research.

Perennial biomass crops are not fertilized repeatedly like agricultural crops, although specific fertilizer requirements will vary with location and production system. Soil cover provided by biomass crops can increase soil stability and reduce runoff; this in turn can reduce nutrient transport.

Perennial bioenergy crops can increase overall biodiversity in the landscape by adding one or more new crops (switchgrass, hybrid poplar, and/or willow) on existing agricultural lands. These new perennial crops can replace less profitable agricultural crops so that there will be more different kinds of plants growing on individual farms; thereby increasing the landscape complexity in different areas of the country.

Many watersheds in the USA experience extensive degradation from run-off from agricultural operations. Biomass crops can contribute to improving water quality by providing a continuous soil cover that helps stabilize the soil, decreases transport of nutrients, and protects the soil from erosion. The perennial cover provided by bioenergy crops reduces rainfall impact on the soil and sediment transport compared with annual row crops.

Yes. Most bioenergy crops are perennial, which means that they grow over multiple years rather than being harvested each year. Because they are grown for 5-15 years on one site, they create extensive rooting systems that are sources of below-ground carbon storage. This below-ground carbon and associated organic matter also contributes to improving soil quality and nutrient reserves.

Probably not. While there may be benefits to soil and water quality from establishing buffer strips 20' (6 m) wide, 50 to 100' strips (15-30 m) could provide greater benefits for water quality and stream temperature protection, because of the increased cover and area for filtering of nutrients and sediment before run-off water reaches the stream.

Bioenergy crops need only one-tenth the amounts of herbicides and pesticides required on average by agricultural crops, but it may be hard to reduce this further without accepting uneconomically low yields. Both tree crops and switchgrass require herbicide application prior to establishment and during the first year to minimize competition from weeds until the crops are well established. Sustainable management of biomass crops requires that soil and water quality be protected.

Ans. Wetland soils are rich in organic matter. These fertile soils are often used for agricultural purposes. Usually rice paddies, cranberries and other similar corps have been found to grow in the wetland soils.

Biomass energy or "bioenergy" includes any solid, liquid or gaseous fuel, or any electric power or useful chemical product derived from organic matter, whether directly from plants or indirectly from plant-derived industrial, commercial, or urban wastes, or agricultural and forestry residues. Thus bioenergy can be derived from a wide range of raw materials and produced in a variety of ways.

Bioenergy is stored energy from the sun contained in materials such as plant matter and animal waste, known as biomass. Biomass is considered renewable because it is replenished more quickly when compared to the millions of years required to replenish fossil fuels. The wide variety of biomass fuel sources includes agricultural residue, pulp/paper mill residue, urban wood waste, forest residue, energy crops, landfill methane, and animal waste.

The energy absorbed by plants on land (and plankton in the seas) is recycled naturally through the process of life on Earth until it is eventually radiated away as low-temperature heat (except perhaps for a small Earth-bound fraction which may very slowly become fossil fuel). If we, the human race, intervene and "capture" some of the biomass at the stage where it is acting as a store of chemical energy, we have a renewable fuel. This has two major implications for the environment.

Energy crops, also called "bioenergy crops", are fast-growing crops that are grown for the specific purpose of producing energy (electricity or liquid fuels) from all or part of the resulting plant. The plants that have been selected by the U.S. Department of Energy for further development as energy crops are mostly perennials such as switchgrass, willow and poplar.

Brevard County uses the same definitions as those used by the Florida Department of Environmental Protection (FDEP) and St. Johns River Water Management District (SJRWMD). The definitions use soil types, hydrological requirements, and vegetation types to determine the extent and type of wetland.

In naturally occurring ponds where there are frogs, minnows, and dragonflies there is no need to put a larvicide in the water since these animals are natural predators of mosquitoes and keep the mosquito population low.

Depending upon where you live, there may be interest in your local area for some of the different energy crops for co-firing or fiber production. You would have to check with local electricity utility companies or fiber processors (paper and board manufacturers) to see if there is market for these intensively managed crops before establishing them.

Among the many thousands who have had tissue implant injections, less than 1% of patients have reported adverse reactions. The precautions we take, including eliciting a patient history and testing for allergy, reduce the likelihood of side effects.