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first_imgSHREWSBURY – In celebration of the 350th anniversary of New Jersey and the upcoming 70th anniversary of the borough, the Shrewsbury Historical Society announced the publication of “The Story of Shrewsbury Revisited, 1965-2015” by Rick Geffken and Shrewsbury Mayor Donald Burden.The new publication refreshes “The Story of Shrewsbury” written by Richard Kraybill in 1964. It features a reprint of Kraybill’s work, along with an update of the previous 50 years in Shrewsbury’s history.Co-author Rick Geffken said, “This new book is the fascinating history of the second oldest town in Monmouth County, established in 1665. When originally founded, Shrewsbury comprised a huge area from the Navesink River, then south to Little Egg Harbor. It included all of what is today’s Ocean County. Seventy years ago, it became the borough, which it is today.“We’ve included a careful expansion of the subjects Kraybill wrote about, and added new research about the impact of the first European contacts with the Native American Lenape culture,” said Geffken.According to the author, the publication also mentions Shrewsbury’s historic Four Corners, the buildings on the corners of Broad Street and Sycamore Avenue, including Christ Church (1702), the Presbyterian Church (1735), Quaker Meeting House (1672), and the Allen House (late 1600s), known as Monmouth County’s most historic acre.The publication specifically discusses the constructor of Christ Church Episcopal, Rev. Samuel Cooke, and his biography. The work contains historic print, illustrations of maps, and more than 30 profiles and photographs of famous, prominent historical citizens.“It really is two books in one,” said Burden. He explained the current text incorporates a previous published work detailing the town’s history up to 1965; the second section brings Shrewsbury up to today and looks forward to its future. That section, penned by Burden and Geffken, is “an update” of the community as it made its way from a largely agricultural area to a commercial and residential site.The book also sheds light on the role of the Shrewsbury Friends, the Quakers, in aiding the abolition of slaver y in America, which many readers are unaware of. The oldest buildings in town are noted, and the uniqueness of the Shrewsbury community is appreciated and praised in this historic work, along with the recognition of the newer businesses and homes that have added to the town, keeping the balance.“Because Shrewsbury is such a classic town in a lot of the way it exists, the council of the town over the last 50 years has been very conscious about keeping the balance of the old colonial style of the town, and the modern additions,” said Geffken. “It’s important to recognize that they’ve done a good job.”He gave the example of the historic hub of Shrewsbury, the Four Corners, being so close to The Grove, a center for modernized businesses.Today, Burden observed, Shrewsbury has become a location populated by medical offices and facilities, retail shopping destinations, as well as having a number of higher density residential developments – both age restricted and not – over recent years.Geffken decided to join The Shrewsbury Historical Society, of which Burden is the resident, after the vibrancy of a group meeting he attended appealed to his interest in history. Burden informed him of Kraybill’s work that was coming up on being 50 years old, and asked Geffken to help him rewrite it. The rest was history.In doing that they included “stories of personalities,” that have become well known to locals and legendary local events, including some significant fires that are stilled talked about, Burden explained.Geffken revealed that rewriting the publication took a minimum of 20 hours a week, and a lot of research into archives and newspaper files. “One of the most important things we did in the book was reprint the 1964 version in its entirety, which was out of print and unavailable for a long time. It was the go-to story of the history of Shrewsbury from 1664 on. It was written by a committee, but they didn’t necessarily do a lot of historical research, so we wanted to update this with some commentary with some new historic sources,” said Geffken.Co-author Burden said, “We are gratified by the initial reaction to the book and its format. We’re happy people find our format agreeable and relevant.”Any history buffs that have an interest in the crucial past of Monmouth County and the importance and growth of the community of Shrewsbury, would find this book engaging. It can be purchased by sending payment to the Shrewsbury Historical Society, attention Donald Burden, President, at 419 Sycamore Ave., PO Box 333, Shrewsbury NJ, 07702. It is priced at $30 for the hard cover and $20 for the softcover, with a $5 shipping and handling fee.John Burton contributed to this story.last_img read more


first_imgWhich would you choose:Chocolate or vanilla?Fifty-year-old cognac or Japanese Wagyu steak hot off the grill?Ginger or Mary Ann? Niagara Falls or the Grand Canyon?A walk-off grand slam or 10 combined home runs in a nine-inning game?You didn’t have to choose with that last one, assuming you had the proper packages, apps and streaming technology. You could have watched the Phillies’ Bryce Harper slaughter a delivery from the Cubs’ Derek Holland for a game-ending granny.You then …last_img


first_imgEditor’s note: This is one in a series of blogs detailing the construction of a net-zero energy house in Point Roberts, Washington, by an owner-builder with relatively little building experience. A list of Matt Bath’s GBA articles can be found at the bottom of this page. You’ll find Matt Bath’s full blog, Saving Sustainably, here. If you want to follow project costs, you can keep an eye on a budget worksheet here.   Not too many people have heard of an ERV (energy-recovery ventilator) or the very similar HRV (heat-recovery ventilator). These machines are relatively new to residential buildings so you would be hard pressed to find one in anything other than a highly efficient house. This is unfortunate because they make a house healthier, more efficient, and more comfortable for the occupants at a very low operating cost (although there is a decent upfront cost).RELATED ARTICLESDucting HRVs and ERVsCommissioning ERVsHRV or ERV?Balanced Ventilation Houses lose heat in the winter (and gain heat in the summer) mainly through conduction and infiltration. Conduction is the biggest culprit, and fighting it is the reason I designed the house with a ton of insulation in the walls, attic, and under the foundation, and installed windows with very low U-factors. Infiltration is right behind conduction, though, and it can be responsible for as much as 35% of total heat loss. Fighting infiltration is the reason I will be using a ton of caulk and spray foam to seal any penetration in the walls, attic, or foundation. I also designed the house with both a continuous outer and inner air barrier, and will be running a blower door test as soon as the outer air barrier is complete so I can seal up any flaws I find before covering it. The vast majority of houses have a major problem with infiltration, and I have even seen plenty of new construction with massive breaches in the air barrier. Most building codes now require blower door testing, but in my area enforcement is nonexistent. The result is that most home buyers pay the price in heating or cooling costs over the lifetime of the house with zero consequences for the builder. The flip side to this is that these average houses are very well ventilated. Air goes in and out through cracks and crevices all day and night. In a net-zero home with a well designed air barrier, this certainly is not the case. Very little air escapes the house, so it is very important to ensure the house is well ventilated. Many builders don’t like the idea of building a tight house where air can’t escape because, they insist, the house won’t get any fresh air. Don’t you agree that it makes a little more sense to build the house tight and then ventilate the house properly so that all of the ventilation air is run through a high-quality filter before it comes in? This is where an ERV comes in. It takes stale air from the bathrooms and kitchen and vents it outside, while drawing in fresh air from the outside (after running it through an air filter). In winter, as the two streams of air pass each other, heat from the outgoing air is passed to the incoming air in a heat exchanger (an ERV exchanges not only heat but also moisture). My ERV (the UltimateAir 200DX RecoupAerator) has a sensible heat recovery efficiency of up to 84%. It also will exchange up to 75% of its moisture and filter out 95% of air particles larger than 1.8 microns.  For some perspective, a human hair is 100 microns thick! The result is a healthier house with comfortable humidity all through the year. When you combine it with excellent insulation, you also get a house that doesn’t need a whole lot of added heat to keep it staying at just the right temperature. Planning the ductwork I meticulously planned my electrical and plumbing runs before I  submitted my plans to get a building permit. Unfortunately, I had not done likewise with my ductwork. I had planned for a conditioned space in the attic to house the ERV, but hadn’t really figured out how I was going to keep all of the ductwork in conditioned spaces as well. Installing the ducts in conditioned space reduces the cost of insulating them and makes the system work more efficiently. Most important, it eliminates any potential condensation that could ruin the attic insulation. However, with my budget design using 8-foot ceilings, there wasn’t a whole lot of headroom to be giving away to duct chases. I eventually settled on a design I believe will work out well without taking away too much headroom. Having said that, if I had it to do over again I would have planned it out ahead of time. I also would have completed the ductwork before electrical because wires are easier to work in and around pipes than the other way around. It is yet another entry in my list of things I have learned! The first step now in preparing to install the ERV system was to frame the conditioned space in the attic, as shown in the photo below. The ERV goes in a conditioned space in the attic, accessed via a code-minimum 22-inch by 30-inch hatch. The key with attic framing is to maintain separation between the trusses and the top plates of the walls so that the framing doesn’t prevent the trusses from flexing. Trusses are designed to flex as they experience upward and downward forces due to wind and gravity. I attached some 3/4-inch plywood to the bottom chord of the trusses and cut out a code minimum 22×30 opening for the access hatch. (The ERV was small enough to fit through this opening.) I continued the framing by installing vertical members to support drywall. The truss chords will support the other two sides of drywall, which will run diagonally and form the trapezoidal attic space you can imagine from the photo above. Best practices for ERVs include exhausting air from bathrooms and the kitchen, and supplying fresh air to bedrooms and the living room. I designed my system to exhaust from four locations, two downstairs and two upstairs. Downstairs exhaust grilles will be in the guest bathroom and the kitchen, and upstairs grilles will be in the master bathroom and the master water closet. I will likewise have four supplies, with two downstairs (in the guest bedroom and dining room), and two upstairs (in the master bedroom and living room). It is my hope that this setup will make for a very well-balanced system. Sizing the system Building codes call for 60 cfm (cubic feet of air per minute) to be ventilated continuously in a house this size. But I wanted the option of a boost in the system, so I went with a unit capable of delivering 200 cfm. Boost switches will be located in all four exhaust locations so that after using the toilet any odors will be quickly exhausted, and if there is excess moisture in the air when cooking or showering that can be exhausted as well. The switches are very simple and signal the ERV to operate on boost for a set amount of time. The water closet will be set on a 5-minute boost, and the other exhausts will be set on a 15-minute boost. The sizing of the ducts can be a very complicated task with a multitude of variables, but for my small, low-power ERV I just followed the manufacturer’s suggestions. For larger systems, you can download Manual D software to calculate the size of the ducts for you. Both supply and exhaust ducts will start at the ERV with a short 6-inch diameter duct before splitting into two more 6-inch ducts. Each of these four ducts will then split as well, so there will be a total of eight 4-inch ducts. Framing the chases and running the ductwork The next step was to frame the chases for the ducts. For those not in the know, a chase is a walled-off space for piping or ducts. I used mostly leftover lumber, so it was a really good way to use up scrap pieces and save sustainably. I decided to add an arch to several of the chases as well.  I’m hoping that the esthetics of the arch will take away from the fact that I had to take off a foot of headroom to make room for the chase. Luckily, this only happens in the part of the house between the master bathroom and master closets so I’m hopeful that the headroom will not be missed. Installing ductwork properly is quite a bit more difficult than running pipes for plumbing or wires for electrical. It is, in fact, so difficult that “more than half of new HVAC systems in U.S. homes do not perform to their rated efficiency as a result of improper installation,” according to the Department of Energy. While many of these problems are due to the popularity of cheap flexible duct, the metal duct I’m using also has several issues. Two of the most common are having sharp turns in the duct runs and not air sealing the ducts properly. Turns are formed in round, metal duct by using adjustable elbows. The elbows have four asymmetrical rings that swivel so that you can form any bend you desire between 0 and 90 degrees. It is a gloriously intelligent yet simple design. Although they have the ability to make those tight turns, I kept mine to a maximum of 45 degrees with just a few exceptions, and used two of them together anytime I needed to make a 90-degree turn. This will mean smoother airflow inside the duct with less turbulence and will improve the system’s efficiency. Sealing the ducts can be accomplished either with a UL-rated aluminum duct tape (this is very different than what most people know as duct tape) or mastic, which has the consistency of mayonnaise and hardens like a cast. I mostly used the tape, but there were a couple of areas (where I thought the duct needed strengthening) where I used mastic . Sealing the ducts is not as important as it would be if they were installed in an unconditioned space. If you have duct leaks in an unconditioned attic, you are allowing air you just heated to escape into the attic. That said, sealing is still important when you install ducts in a conditioned space, because it reduces turbulence and ensures that the exhaust air doesn’t leak back into the house. Assembling the ducts I began the installation of the ductwork at the ends of the branches and worked my way back to the ERV. At the end of each branch, I measured the length of straight duct that I needed before the first fitting and added a half an inch. Duct terminations stand out a half-inch ahead of the studs just like electrical boxes. This way, they will end up flush with the 1/2-inch drywall. I used scrap pieces of 1/2-inch plywood and some scrap wire to hold the duct the right distance from the wall. Straight sections of round metal duct come in rolled sheets that must be snapped together in a zipper-like fashion. They are much easier to cut while they are still flat, however. I hooked the end of my tape measure around the end of the duct and then held a marker at the right distance as I pulled both ends of the tape at the same time around the metal. This is a great way to make a straight line on a curved surface.  Then, I held the metal as straight as possible while I cut down the line with some tin snips. Snapping the duct together can be frustrating, but if you keep working at it from both ends it will finally surrender to your will. Both the straight sections and the elbows come with one side already crimped. This reduces the diameter so it can fit inside of the piece you are connecting it to. The most efficient way to install the duct is to face the crimped ends in the direction of the airflow, meaning crimped ends towards the ERV in exhaust lines and away from it in supply lines. This will eliminate the added turbulence that would be caused by airflow hitting the crimped edge as it leaves the fitting. For the exhaust terminations, I started with the uncrimped side, but for the supply terminations, I began with the crimped side. Sometimes you need to crimp the end yourself, and this can be accomplished quite easily with a pair of needle-nose pliers, as shown in the photo below. A pair of needle-nose pliers makes short work of crimping the end of a metal duct. After dry-fitting each section to make sure it was the right size or angle, I removed it and used tape or mastic along the seam of straight sections and along the seams between the adjustable rings of the elbows. For each section, I used three self-tapping sheet metal screws to secure it to the previous one, and then covered that seam with tape or mastic as well. In the photo below, you can see how the upper duct has been secured with the sheet metal screws, and the screws in the lower duct have been taped over to air seal the seam. Seams are sealed with mastic or tape after the ducts have been screwed together. Connecting the outside vents The last step in installing the ERV was to duct the supply and exhaust to the exterior of the house. The manufacturer recommended using insulated flex duct for this portion of the install, since these ducts will run through unconditioned attic space. One duct will bring fresh air from the outside into the ERV, and the other will remove the stale return air from the ERV to the exterior. First, I marked the locations for the vents [exterior terminations] and made sure they were a minimum of 6 feet apart, as the manufacturer recommended. You don’t want to exhaust nasty air from the bathrooms only to have it go right back into the supply vent and back into the ERV. I drilled a hole through the wall and fed the vent and attached duct through. I cut a slit in the water-resistant barrier (WRB) and eased the top of the vent underneath. Much like a window, I applied flashing tape to the sides first, and then the top. Finally, I folded the water resistant barrier over the top and secured it with vapor barrier tape. This will ensure that any moisture will flow down and out, and not get behind the hole I made in the WRB. Back in the attic, I used sheet metal screws to secure butterfly dampers to each of the vents. I faced each of them in opposite directions to ensure that they would allow airflow only in the proper direction. Next, I attached an elbow so the duct was pointed directly at the ERV. It is wise to avoid bends when using flex duct because it creates excessive friction inside the duct. Using the metal elbow ensures a nice, smooth airflow. I cut a piece of flex duct extra long so that the attached insulation would wrap around the elbow, damper, and vent up to the attic wall. It is very important to insulate the duct to eliminate the possibility of water condensing in the attic. Insulating the flex duct carefully will reduce the risk of condensation in the line as it passes through an unconditioned space. It is really important to stretch flex duct nice and tight, again to reduce friction inside the duct. I secured the flex duct using sheet metal screws, and then much as I did with the metal duct: I taped it with aluminum tape to ensure an airtight seal. Then I pulled the rest of the duct insulation over not only the end of the flex duct, but the metal duct elbow and butterfly damper as well to ensure the entire run was insulated. I used a strip of metal duct under the supporting strap to prevent the fiberglass insulation from compressing. Adding the boost switches and other controls The last step in preparing the ERV was to wire the boost switches, main controls, and ‘Econocool’ function. The boost switches are wired with what is commonly known as “thermostat wire.” It is a relatively thin wire and contains two 18-gauge conductors. (Recall that a conductor is a wire that carries electrical current.) I attached one end of the wire to the control panel of the ERV and ran the other end to the closest boost switch near the master shower. From there I ran another wire to the water closet boost switch and the downstairs bathroom boost switch, and then a wire from the downstairs bathroom to kitchen. The ‘Econocool’ function is a really nice feature that helps on summer nights when you don’t want any of the heat to be exchanged between the incoming and outgoing air streams. Much like the boost wiring, I used thermostat wire to connect the panel to a switch in the mechanical room. This switch will be flipped in the summer, at which time the ERV will cease to transfer heat when the incoming air is between 55º and 70ºF. This will cool the house faster in the summer evenings, improving efficiency.   Other blogs by Matt Bath: An Introduction Foundation Formwork Designing and Installing a Septic System Pouring the Slab Framing the First Floor Framing the Second Floor Framing the Roof Shingling the Roof Wall Sheathing Installing Drains and Vents Plumbing Rough-In Completing the Dry-In Electrical Rough-Inlast_img read more


first_imgKimberly Hile, Ed.M. & Michaelene Ostrosky, Ph.D.Creative Commons [Flickr, Roots of Empathy Baby Celebration, June 12, 2012]We are sure you have heard the saying, “a parent is his child’s first and best teacher.” For those of us working in the field of early intervention, it is a belief we take very seriously. Early intervention aims to strengthen a family’s ability to support their child’s growth and development. Therefore, parent participation during early intervention sessions is essential. We cannot stress enough the role that parents play on the child’s intervention team. (see more about the importance of parent participation in Bruder (2010)[1]).The Office of Special Education Programs of the US Department of Education (OSEP) outlines seven key principles for early intervention services [2][3] with the first two principles highlighting the role of the parent. These principles state:Infants and toddlers learn best through everyday experiences and interactions with familiar people in familiar contexts, andAll families, with the necessary supports and resources, can enhance their children’s learning and development.The first principle addresses the need for all services to be implemented within the family’s daily routines. Young children benefit from repetition when learning new skills. Parents are in the position to ensure that their child has ample opportunities to practice new skills by embedding them throughout their typical day. The second principle supports the idea that parents are more than capable of supporting their child’s development. The primary role of the early intervention service provider is to work directly with the parent to ensure that they feel confident and competent at implementing strategies that will address the child’s individual needs.For families in the military, early intervention service providers need to be aware of the unique needs of each family in order to find creative ways to include deployed parents into assessment, planning, and intervention; being flexible when scheduling visits; and preparing familys for transitions.We’d love to hear how you support and encourage parent participation. Please go to our Facebook and Twitter pages to share your ideas.References[1] Bruder, M.B. (2010). Early childhood intervention: A promise to children and families for their future. Exceptional Children, 76(3), 339-355.[2] Workgroup on Principles and Practices in Natural Environments, OSEP TA Community of Practice: Part C Settings. (2008, March). Agreed upon mission and key principles for providing early intervention services in natural environments. Retrieved from http://ectacenter.org/~pdfs/topics/families/Finalmissionandprinciples3_11_08.pdf[3] Workgroup on Principles and Practices in Natural Environments, OSEP TA Community of Practice: Part C Settings. (2008, March). Seven key principles: Looks like / doesn’t look like. Retrieved from http://www.ectacenter.org/~pdfs/topics/families/Principles_LooksLike_DoesntLookLike3_11_08.pdfThis post was written by Kimberly Hile Ed.M. and Michaelene Ostrosky, Ph.D., members of the MFLN FD Early Intervention team, which aims to support the development of professionals working with military families. Find out more about the Military Families Learning Network FD concentration on our website, on Facebook, on Twitter, YouTube, and on LinkedIn.last_img read more


first_imgSteven Adams on “super teams” and adding of more superstars in one team509 viewsSportsVentuno Web Player 4.51 “But he’s got to weigh things up. Every off-season he’s had has been really busy in terms of his camps, and building his brand and things like that. In terms of having direct conversations with him personally we’ll have to wait till after his season,” Henare said in the same interview.Fiba made major changes with its tournament format and timeline. Among the changes are the merging of Oceania, with Australia as its other country, and Asia in one zone.“We got bored just by playing against Australia. We lost every year,” said Adams with a laugh.The 23-year-old Adams signed a four-year, $100 million contract with the Thunder in November 2016.ADVERTISEMENT Don’t miss out on the latest news and information. Read Next El Nido residents told to vacate beach homes Ethel Booba on hotel’s clarification that ‘kikiam’ is ‘chicken sausage’: ‘Kung di pa pansinin, baka isipin nila ok lang’ National team pool slots at stake at BVR nat’l championships New Zealand’s top big man Steven Adams is open to playing for the national team as long as his schedule permits.Adams is an integral part of the Oklahoma City Thunder in the NBA, which is in midst of the offseason.ADVERTISEMENT National Coffee Research Development and Extension Center brews the 2nd National Coffee Education Congress Lacson: SEA Games fund put in foundation like ‘Napoles case’ Sports Related Videospowered by AdSparccenter_img Trump strips away truth with hunky topless photo tweet LATEST STORIES Robredo: True leaders perform well despite having ‘uninspiring’ boss PLAY LIST 02:49Robredo: True leaders perform well despite having ‘uninspiring’ boss02:42PH underwater hockey team aims to make waves in SEA Games01:44Philippines marks anniversary of massacre with calls for justice01:19Fire erupts in Barangay Tatalon in Quezon City01:07Trump talks impeachment while meeting NCAA athletes02:49World-class track facilities installed at NCC for SEA Games View comments MOST READ “If the timing is right,” said Adams during his media availability Tuesday at NBA Store Glorietta in Makati City.The 7-foot center missed the Fiba Olympic Qualifying Tournament held in Manila in July of last year after reportedly begging off from his duties with the Tall Blacks due to a scheduling conflict.FEATURED STORIESSPORTSSEA Games: Biñan football stadium stands out in preparedness, completionSPORTSPrivate companies step in to help SEA Games hostingSPORTSWin or don’t eat: the Philippines’ poverty-driven, world-beating pool starsNew Zealand will compete in the 2017 Fiba Asia Cup in Lebanon from Aug. 8-20 and Tall Blacks head coach Paul Henare thinks there’s no better time for Adams to finally suit up for his country.Oklahoma City Thunder’s Steven Adams. Photo by Mark Giongco“I would like to think the Asian champs is a good option for him,” Henare told Stuff, a New Zealand-based news website. “It doesn’t directly clash with anything, the pressure is off, and it’s away from home soil.” Church, environmentalists ask DENR to revoke ECC of Quezon province coal plant Hotel says PH coach apologized for ‘kikiam for breakfast’ claim FEU Auditorium’s 70th year celebrated with FEU Theater Guild’s ‘The Dreamweavers’last_img read more