Disqus Alternatives. There are alternatives to Disqus and the bare-bones WordPress comments system. Personally, I find the WordPress commenting system and Akismet (see below) to be fine for most purposes. CommentLuv is popular with WordPress users. The pro version, which is by all accounts, the only version you should consider, costs $100. Should I Remove It? Is a small great application that analyses all the programs that we have installed on our computer and contrasts it with a complete data base of millions of users to recommend us which ones to uninstall. The designers have gone for kitchen shelves instead of cabinets as an alternative storage solution. A steel shelf, which matches the oven and extractor, provides an extra area for decorative items, and the base units and tall cabinet offer plenty more spots to stash kitchenalia. The best alternative is Bulk Crap Uninstaller, which is both free and Open Source. Other great sites and apps similar to Should I Remove It? Are Revo Uninstaller (Freemium), AppCleaner (Free), Geek Uninstaller (Free Personal) and IObit Uninstaller (Freemium). The list of alternatives was last updated Jul 31, 2020. Due to this (and aesthetic issues), many people have chosen to remove old fillings and have them replaced with white fillings instead, often seen as the more attractive and natural looking alternative. Common Reasons to Replace Old Fillings Signs of decay or soreness in the tooth or beneath the filling.
Black mold may be growing in your home and you donâ€™t even know it. Thatâ€™s because mold loves dark, warm, humid places that are often out of sight. Once it begins to spread, getting rid of black mold can be challenging.
When the conditions are right, mold can grow quickly â€” sometimes within 24-48 hours. Leaving mold untreated can lead to worsening respiratory illnesses as well as aggravating asthma and allergies. Mold’s ability to grow quickly and its negative effect on your family’s health is why you should keep an eye out and stop mold before it spreads.
Your basement, kitchen, and bathroom are at the greatest risk for mold and bacteria growth because they are typically areas with moisture. The best way to prevent mold is by cleaning regularly and minimizing moisture. Squeegeeing shower doors after use, repairing leaks, and keeping tile grout clean are effective methods for keeping mold at bay. But even if youâ€™re frequently cleaning and disinfecting, mold can sneak in and make itself at home.
How Do You Get Rid of Mold?
There are plenty of commercial products that are effective for black mold removal, but many of them contain harsh chemicals that may be as harmful as the mold itself. There are several ways to get rid of mold without resorting to toxic chemicals.
Here are 5 ways to treat black mold using green household cleaners:
How to treat mold with hydrogen peroxide
Hydrogen peroxide is an antifungal, antiviral, and anti-bacterial solution found in most medicine cabinets, and it’s an effective mold treatment. You can use it safely on a range of surfaces such as kitchen appliances and counters, bathroom fixtures and tubs, hard flooring, and even certain wall surfaces.
Pour a 3% concentration of hydrogen peroxide into a spray bottle. Test an inconspicuous area of surfaces first to prevent discoloration or damage. Saturate the moldy surface and leave it for 10 minutes. Next, scrub the area with just enough force to remove black mold and mold stains. Once the surface is free of residual mold and stains, wipe dry.
Black mold removal using vinegar
White vinegar is a mildly acidic product that cleans, deodorizes, and disinfects. It can also kill 82% of mold species, including black mold, on porous and non-porous surfaces. You can use it safely on most surfaces, and its offensive odor goes away quickly.
Pour undiluted white vinegar into a spray bottle. Because white vinegar contains only about 20% acetic acid, adding water makes it less effective. Spray the vinegar onto the moldy surface and leave for an hour. Finally, wipe the area clean with water and allow the surface to dry. Any smell from the vinegar should clear within a few hours.
Getting rid of mold with baking soda
From absorbing odors in the fridge to relieving heartburn, baking soda has a multitude of uses around the house â€” including black mold removal. It’s safe for your family and pets, and it not only kills black mold, it absorbs moisture that attracts mold.
Add one-quarter of a tablespoon of baking soda to a spray bottle of water and shake until it has dissolved. Spray the moldy area with the baking soda and water solution, then use a scrub brush to remove mold from the surface. Next, rinse the surface with water to remove any residue and baking soda. Finally, spray the area again and let the surface dry without wiping. This will kill any left-over mold and help prevent the mold from returning.
For really tough black mold removal, mix two parts baking soda with one part white vinegar and one part water. Stir the mixture until it becomes a thick paste. Spread your mixture liberally onto the surface and let it dry. Scrub away the black mold and stains, and wipe down with water.
Black mold removal using essential oils
Essential oils have mcade aromatherapy a household word, but these natural compounds can do so much more. Tea tree oil is an insect repellant, antiseptic, and deodorizer â€” and it’s one of the safest methods for getting rid of black mold. Tea tree oil is a natural fungicide that cleans up mold quickly and it helps prevent mold spores from coming back.
Combine one teaspoon of tea tree oil with one cup of water in a spray bottle and shake vigorously to blend the water and oil. Spray the moldy area, leave it to dry for an hour, and then wipe away with a microfiber cloth or dry towel. Make sure to wear protective gloves, because some people find that essential oils can irritate their skin.
How to treat mold with lemons
Lemons are a natural deodorizer, antiseptic, bleach, stain remover, and cleaner â€” and they can also remove black mold. The high concentration of acid in lemons breaks down mold, making it easy to remove and leaves behind a disinfected surface. Along with that wonderful citrus aroma!
Juice three-to-five lemons into a cup and pour over the moldy area. Let it sit for five minutes and then wipe the surface with a damp towel. You can reapply and scrub the surface to get rid of tough mold stains.
These natural remedies are great non-toxic alternatives to chemical-based black mold removers, and many of them are also effective against mildew. They are safe for your family and safe for the environment, and are frequently less expensive than commercial brands. To learn more about the basics of mold removal, check out this guide from EPA.gov.
From removing mold to weekly housekeeping, The Maids can help you tackle dirt and grime with our full range of cleaning services.
Authors as Published
C.A. Shea Porr, Agriculture and Natural Resources Extension Agent, Equine, Northern District; Corey Childs, Agriculture and Natural Resources Extension Agent, Loudoun County Office; and Adam Downing, Forestry and Natural Resources Extension Agent, Northern District
You have considered the ramifications of clearing your land (To Clear or Not To Clear – That Is the Question, Virginia Cooperative Extension publication 465-340), and you have decided to go forward. Now this publication addresses a question many new landowners ask: How do I clear land?
Land Clearing Methods
Perhaps the most common method of clearing land is to harvest the timber, bulldoze to “grub” or remove the stumps, and then establish the next cover (yard, pasture, house, driveway, etc.). Leftover trees and brush can be handled in a variety of ways (Table 1). While this method may be the most economical and makes finding operators easy, it can also result in extensive damage to the soil. Additionally, unless the timber is very valuable, using a bulldozer may end up costing more than if the timber value was forfeited for easier stump removal.
|Table 1. Pros and cons of various wood waste handling options.|
|Pile and burn||- Simple, cheap|
- Removes most material
|- Poses fire hazard, hard to get complete burn, wasteful|
- Releases greenhouse gases, like carbon, into the environment
- May require permit (check with local fire department or Virginia Department of Forestry)
|Dig, burn, and bury||- Simple, cheap|
- Removes material from sight
|- Poses fire hazard, hard to get complete burn, wasteful|
- Releases greenhouse gases, like carbon, into the environment
- Back-filled hole after burning may develop sinkhole properties
- May require permit (check with local fire department or Virginia Department of Forestry)
|Pile and leave||- Very cheap|
- Some wildlife habitat value
- Not as valuable for wildlife as purposefully constructed wildlife brush piles
- Can harbor weeds
|Mulch with tub grinder||- Results in useable resource (mulch)|
- Removes all material
|- Generally more expensive|
- Site variables affect cost
|Waste-wood utilization||- Potential income from firewood* sales, hobby wood custom sawing, wood chip mulch|
- Maximizes economic value and utilization
|- Time consuming|
- Variety of skill sets needed (sawmilling and marketing)
- Variety of equipment needed
|*See Firewood for Home Heating, Virginia Cooperative Extension publication 420-003.|
In some cases, it may actually be cheaper to simply hire a bulldozer operator to clear the land without harvesting the timber. It may be faster to remove high stumps and whole trees than to dig out low-cut stumps which lack leverage. However, economic considerations are not the only factors at play.
While bulldozers and front-end loaders make for quick and relatively easy clearing, it nearly always destroys the topsoil. Leaf decomposition as well as the decomposition of fallen branches and roots helps maintain healthy topsoil. When the roots of a tree are ripped out of the ground, a significant amount of valuable topsoil is often lost. In many areas of Virginia, there are at best a few inches of topsoil to begin with. It is much more difficult to establish grass without the nutrients and organic matter unique to topsoil, the loss of which can prevent successful pasture or lawn establishment. While measures can be taken to remove topsoil and grade it back into an area, this will increase time and cost. It also requires a very skilled operator. Instead of using a bulldozer, an excavator and root rake will result in fewer disturbances, but it will not eliminate the loss of topsoil.
Option 1: Delayed Stump Removal Method
Today’s fast-paced society sometimes causes a “blinder” effect; in other words, often all options are not considered before making a decision. In many cases, the reasons for clearing land do not necessitate immediate stump removal, though people often gravitate toward this method. For example, if the goal is to create a view or new pasture, stump removal via decomposition may be acceptable. The main benefits associated with this delayed form of stump removal are the savings achieved by avoiding bulldozer operations and decreased soil disturbance.
In the case of pine-dominated forests, a timber harvest can probably accomplish most of the clearing work. If it’s valuable enough, the timber might be traded for the cost of clearing or even competitively sold through the services of a consulting forester for income. Pine-tree stumps, with one exception (shortleaf pine, Pinus echinata, which can sprout from the stump), will rot away in three to five years.
In the case of hardwood (deciduous trees) forests, a timber sale can also be the primary tool for land clearing. The main difference is that most hardwood trees vigorously sprout on the stump unless something is done to kill the root system of each tree cut. Appropriately labeled herbicides are the cheapest, easiest, and most effective tool for killing root systems of hardwood trees. Herbicides applied properly on recently (less than 15 minutes for water-based solutions; up to one hour for oil-based solutions) cut stumps will be absorbed by the stump and translocated to the root system, resulting in a complete kill. For more information on herbicide recommendations, contact your local Extension office.
A practical challenge associated with herbicide application is the need for close proximity so that chemical can be applied before the stump loses its uptake capacity. A suitable alternative may be to leave stumps high enough that a follow-up cut can be made to lower the stump at a time when the herbicide can be applied. Rates of hardwood stump decomposition vary with size, environmental conditions, and species. Decomposition rates for hardwood species can be anywhere from a few years to decades. Larger and denser species rot more slowly. Once a stump is dead, increasing its surface area by drilling, chopping, or cross cutting will accelerate decomposition.
Though the idea of using herbicides is often discounted, agriculture and natural resource professionals generally agree that the benefits of soil retention outweigh the potential risks of chemical damage when appropriately used. Additionally, many of the approved herbicides are relatively low in toxicity and have minimal to no lasting impacts on soil (McNabb, 1997). For more information on herbicide use in forested settings, see Herbicides and Forest Vegetation Management: Controlling Unwanted Trees, Brush, and Other Competing Forest Vegetation from Penn State Cooperative Extension at pubs.cas.psu.edu/freepubs/pdfs/UH174.pdf.
Option 2: Tree and Stump Mulching
This alternative preserves soil integrity and quickly removes stumps and other woody debris. Machines can now be equipped with mulching/chipping implements (Figure 1) that chip vegetation while incorporating it into the soil. Mulching heads can be mounted on large or small tracked and wheeled equipment and used to push down and mulch stems up to 6 to 8 inches in size and grind out a wide range of stump sizes.
Update-alternatives Remove Alternative
Mulching is an excellent method to help maintain and even increase soil organic matter, reduce erosion, and prepare sites for planting into pasture. One drawback is cost. Land clearing/mulching fees can start anywhere from $200 to $400 per hour and can be as high as $1,200 per hour, and though larger equipment costs more, it also works faster. A recent research project at the Southern Piedmont Agricultural Research and Extension Center compared the costs of mulching and conventional clearing and found mulching to be cheaper ($850 per acre for mulching compared to $1,650 per acre for conventional clearing) (http://www.arec.vaes.vt.edu/southern-piedmont/forages/camtasia/2008biosolids/2008land.html). Other factors include particulars such as the type of vegetation being processed (pine is easier), site size (smaller is faster), soil characteristics (very rocky sites are not conducive to mulching), terrain, and landowner preferences for “cleanliness.” Depending on these aspects, an acre may take anywhere from one to eight hours to clear.
Option 3: Goats
Goats can be used to harvest and clear underbrush and smaller trees in designated areas before cutting, and then sold. The role of goats as biological control agents in forested areas may become increasingly important in the future due to environmental concerns and elevated costs associated with mechanical cutting and herbicide application. Vines constitute a significant portion of a goat’s diet. During drier weather, however, the goat’s diet becomes more diverse. They increasingly consume other plants and with the increasing severity of winter, more acorns, dead leaves, and pine needles. In a recent study of goats grazing in a power line right of way for five years in West Virginia, they reduced the brush cover from 45 percent down to 15 percent in one year. Sheep, on the other hand, took three years to achieve the same results (Magadlela et al., 1995). After five years of grazing, goats reduced brush cover to 2 percent.
Goats will not eat through the hard bark of mature trees, but may girdle younger, thinly barked trees if better forage is unavailable. The mature tree can remain unharmed as long as the goats have other forage to graze. Three to five goats per acre (more if you want to clear the area in reduced time) should be kept contained by solar or battery-powered or electric mesh fences. A guardian llama or livestock dog should accompany the herd to discourage predation on the goats. You also need to frequently monitor fence integrity, animal health and welfare, and vegetation and water levels.
Using goats to clear land before clearing is time consuming but allows one to harvest value from undergrowth and reduce debris before trees are removed. Goats can also be used post-clearing sprout and weed control.
Establishing the Pasture
Establishing a productive pasture requires more than just putting down seed and straw. Soil tests will help determine the proper amount of lime and fertilizer. These amendments, along with proper seeding rates, should be applied at the right time of year, usually spring or fall, for optimal growth. It can take a year or more to establish a pasture. Pasture management after establishment is also important, and includes mowing, dragging, and maintaining proper stocking rates. In general, in order to maintain a healthy sod and good groundcover you should have a minimum of two acres of pasture for each horse. Keeping more horses on less pasture requires an increased level of management of both horses and grounds in order to maintain the health of both.
More information on establishing and renovating pastures for horses, forage selection, and grazing management can be found in the Virginia’s Horse Pastures series, Virginia Cooperative Extension publications 418-101, 418-102, 418-103, and 418-104.
Trees and Horses
Trees in pastures are beneficial for a variety of reasons. They provide protection from sun, wind, and rain, and are a beautiful scenic addition. Orienting a row of trees from east to west will result in appropriate turf light and encourage pasture forage. However, horses and trees are not always a good mix. Turning out too many horses on small acreage results in denuded pastures or debarked trees, which is neither attractive nor environmentally friendly. Also, the presence of a large number of livestock can result in soil compaction around trees, which reduces the oxygen available to tree roots and negatively impacts tree growth. Nevertheless, some tree species deal with soil compaction better than others. The compaction tolerant tree list includes many native trees such as sycamore, red maple, hackberry, eastern red cedar, sweetgum, black gum, loblolly pine, oak, black locust, willow, bald cypress and slippery elm (Coder, 2000).
Regardless of the trees you choose for your pasture, it is best to fence around them to protect the roots and bark while allowing horses to benefit from their shelter. At a minimum, the trunk should be secured with fencing 2 to 4 feet away. Better protection requires a fence 10 to 20 feet away from the trunk, or ideally out to the drip line (picture the tree top as an umbrella, the edge of the umbrella is the drip line) of a mature tree. However, this may decrease the horses’ use of the tree as shelter. The Virginia Urban Street Tree Selector at http://dendro.cnre.vt.edu/treeselector/ provides a tool to determine mature crown width on certain species.
Finally, some species should be avoided in horse pastures.
- Cherry – Many varieties of cherry contain compounds toxic to horses. When the tree is stressed, its compounds can break down into cyanide. When ingested, cyanide prevents oxygen from being released by red blood cells. Consumption of wilted leaves is worst, but leaves eaten directly from the tree can also cause poisoning. Death can occur in less than an hour due to asphyxiation.
- Red Maple – The leaves contain an unknown toxin that can cause symptoms similar to cyanide poisoning: hemolytic anemia, rapid breathing and heart rate, cyanosis, brown urine, and death. Dried leaves can remain toxic for 30 days.
- Black Walnut – An unknown toxin in black walnut shavings causes laminitis in horses. Very few problems have been noted in horses pastured with black walnut trees, as the toxin is associated with the heartwood of the tree, but precautions should still be taken.
- Oak – Consumption of a large amount of young leaves, sprouts, and acorns from oak trees can occasionally cause gastrointestinal and kidney problems in livestock, though horses are less susceptible. This can result in colic, anorexia, jaundice, and death.
- Buckeye – Sprouts, leaves, and seeds contain several toxins that can cause depression, uncoordination, and colic. Treated animals usually survive.
For help in identifying trees, bring samples to your local extension office or try your hand at identifying the species with the help of an online tree identification tool at http://dendro.cnre.vt.edu/dendrology/idit.htm.
If your objectives involve land clearing, it is important to familiarize yourself with the pros and cons. Planning and attention to detail during the land-clearing process will help protect water and soil resources while keeping costs to a minimum. This publication provides some practical considerations of costs, regulatory issues, biological and environmental factors, and covers effective methods and easily avoided pitfalls.
For more assistance and information, contact the following public agencies:
Virginia Cooperative Extension Additional printed educational resources and free subject matter newsletters, soil test kits and interpretation, forage management education, pesticide safety and education, and more at www.ext.vt.edu.
Soil and Water Conservation Districts Technical assistance, information, and education on the conservation of natural resources, soil, water, and related resources, www.vaswcd.org/.
Natural Resources Conservation Services Federal agency providing both technical and financial assistance related to conserving key natural resources such as soil, water and wildlife, www.nrcs.usda.gov.
Virginia Department of Forestry Offering Consulting Foresters list, timber buyers list, timber selling advice, and forest management planning, www.dof.virginia.gov.
Southern Piedmont Agricultural Research and Extension Centerhttp://www.arec.vaes.vt.edu/southern-piedmont/.
Citations and References
Coder, Kim. 2000. Compaction Tolerant Trees. University of Georgia.
Downing, Adam, Corey Childs, and C.A. Shea Porr. 2008. To Clear or Not To Clear – That Is the Question, Virginia Cooperative Extension publication 465-340, http://pubs.ext.vt.edu/465-340/
Johnson, James E. 1997. Firewood for Home Heating, Virginia Cooperative Extension publication 420-003.
Magadlela, A.M., M.E. Dabaan, W.B. Bryan, E.C. Prigge, J.D. Skousen, G.E. D’Souza, B.L. Arbogast, G. Flores. 1995. Brush clearing on hill land pasture with sheep and goats. Journal of Agronomy and Crop Science 174:1-8.
McNabb, K. 1997. Environmental Safety of Forestry Herbicides. Alabama Cooperative Extension System. Publication number ANR-846. www.aces.edu/pubs/docs/A/ANR-0846/, accessed March 6, 2008.
Teutsch, C.D., and R.M. Hoffman. 2005. Virginia’s Horse Pastures: Grazing Management, Virginia Cooperative Extension publication 418-101, http://pubs.ext.vt.edu/418-101/
Teutsch, C.D., and R.M. Hoffman. 2005.Virginia’s Horse Pastures: Forage Species for Horse Pastures, Virginia Cooperative Extension publication 418-102, http://pubs.ext.vt.edu/418-102/
Teutsch, C.D., and J.H. Fike. 2005. Virginia’s Horse Pastures: Forage Establishment, Virginia Cooperative Extension publication 418-103, http://pubs.ext.vt.edu/418-103/
Teutsch, C.D., J.H. Fike. 2005. Virginia’s Horse Pastures: Renovating Old Pastures, Virginia Cooperative Extension publication 418-104, http://pubs.ext.vt.edu/418-104/
The authors wish to thank the following individuals for their contributions in review of this document:
Should I Remove This
- Neil Clark, Forestry and Natural Resources Extension Agent, Southeast District, Virginia Cooperative Extension
- Brad Jarvis, Agriculture and Natural Resources Extension Agent, Madison County, Virginia Cooperative Extension
- John F. Munsell, PhD, Forest Management Extension Specialist, Virginia Cooperative Extension
- Carl Neutzel, Carl Neutzel Services, Forestry Equipment Specialists
- Mac Saphir, Agriculture and Natural Resources Extension Agent, Caroline County, Virginia Cooperative Extension
- Thomas Snoddy, Forester, Virginia Department of Forestry, Spotsylvania County
- David Stone, Forester, Virginia Department of Forestry, Louisa County
- Chris D. Teutsch, Associate Professor, Southern Piedmont Agricultural Research and Extension Center, Virginia Cooperative Extension
- Greg Wichelns, District Manager, Culpeper Soil and Water Conservation District
Virginia Cooperative Extension materials are available for public use, reprint, or citation without further permission, provided the use includes credit to the author and to Virginia Cooperative Extension, Virginia Tech, and Virginia State University.
Issued in furtherance of Cooperative Extension work, Virginia Polytechnic Institute and State University, Virginia State University, and the U.S. Department of Agriculture cooperating. Edwin J. Jones, Director, Virginia Cooperative Extension, Virginia Tech, Blacksburg; M. Ray McKinnie, Administrator, 1890 Extension Program, Virginia State University, Petersburg.
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Virginia Cooperative Extension programs and employment are open to all, regardless of age, color, disability, gender, gender identity, gender expression, national origin, political affiliation, race, religion, sexual orientation, genetic information, veteran status, or any other basis protected by law. An equal opportunity/affirmative action employer. Issued in furtherance of Cooperative Extension work, Virginia Polytechnic Institute and State University, Virginia State University, and the U.S. Department of Agriculture cooperating. Edwin J. Jones, Director, Virginia Cooperative Extension, Virginia Tech, Blacksburg, VA, United States; M. Ray McKinnie, Administrator, 1890 Extension Program, Virginia State University, Petersburg, VA, United States.