Newmarket Open Space Conservation Plan

Open spaces – forests, fields, wetlands, floodplains, salt marshes, rivers and streams – are integral to our community. These lands and waters that thread through our neighborhoods are a scenic reminder of our history, when people made their living by working the land. Yet we still depend on these open spaces for our health and our wellbeing. These places provide many “services” such as clean air, flood control, filtering pollutants and purifying drinking water, natural pest control, plant pollination, cooler summer temperatures, and areas for relaxing, exercising and recreating. Collectively these can be thought of as a “natural services network” – a minimum framework or backbone of open spaces that offer these services to all of us regardless of age, income, or points of view. New Hampshire is transforming from a largely rural state to a mostly urban and suburban one. This trend will continue at a rapid pace as the State is expected to grow by 358,000 people (or more than 28%) from 2000 to 2025. Most of this growth will occur in the four southeastern counties, with the Town of Newmarket in the heart of this growth area. The major land use trends include loss of unfragmented forestland, lack of protected lands around public water supplies and aquifers, and loss of intact wetlands and wildlife habitat (SPNHF 2005). Many communities, including the residents of Newmarket, have acknowledged these changes and the need to conserve special places and ecosystems by supporting land use planning tools, natural resource inventories, conservation funds, and stewardship of lands. Since 2001, 83 New Hampshire towns have passed open space bond issues or appropriated funds for land acquisition worth more than $135 million (NH Center for Land Conservation Assistance). In 2002, Newmarket residents overwhelmingly passed a$2 million land acquisition bond. Landowners in our community have generously donated interest in land or easements to ensure that conservation values are protected in perpetuity. This support for land and water conservation that benefits all of us is a tribute to the community land ethic in our region. The Town of Newmarket boasts a rich diversity of natural habitats and associated plants and animals. The Lamprey and Piscassic Rivers, Great Bay Estuary, and Tuttle Swamp, to name just a few, all contribute to the sense of place and allure of the town (Map 1). Balancing the preservation of open space with responsible development, long maintained as a priority by Newmarket citizens, business owners and town officials, is necessary, as growth and all its requisite accompaniments present increasing challenges. Recent concerns about the availability of drinking water for Newmarket residents and businesses as well as the floods of 2006 reflect these challenges. As Newmarket continues to grow, so will concern over loss of natural areas, recreational opportunities, and the quality of life that residents have long enjoyed. Maintaining a network of rivers and wetlands, forests and fields throughout Newmarket for the health of the land and people requires vision, support, and action. In 1991, the Town of Newmarket hired the Smart Associates to prepare a Natural Resource Inventory and Conservation Plan. This was the beginning of efforts by the Conservation Commission to conserve important lands identified in the “Smart Report.” In the fifteen years that have elapsed since the Smart Report, Newmarket has undergone many changes, highlighting the need to revisit the current state of natural resources within the community. The Open Space Commission and Conservation Commission have led recent efforts to identify and protect conservation and recreation areas. The Planning Board and staff have led in creating effective land use planning tools that conserve open spaces while allowing orderly and thoughtful development. Together, Newmarket Open Space Conservation Plan Page 7 of 94 these boards applied for a grant from the NH Estuaries Project (NHEP) Technical Assistance Program in 2006 to develop an Open Space Plan. The NHEP awarded the grant of $6,200 to Ibis Wildlife Consulting to work with the Town of Newmarket to prepare this Plan

Effects of Wi-Fi-Enabled Smart Irrigation Controllers on Water Use and Plant Health of Residential Landscapes in the Intermountain West

Residential and commercial landscapes provide home and business owners with several benefits. These benefits range from improved air quality and flood control to the reduction of noise and breakdown of organic chemicals. However, these landscapes are routinely overwatered which can lead to plant disease, nutrient pollution, and large amounts of water being wasted. Utah State University, in conjunction with the Center for Water Efficient Landscaping (CWEL), the Utah Division of Natural Resources and Weber Basin Water Conservancy District, conducted an experiment to determine if Wi-Fi-enabled smart irrigation controllers conserve water as compared to average residential irrigation amounts and manually programmed controllers. A two-year study was completed at the Utah State University Greenville Research Farm in Logan, Utah. The three different Wi-Fi-enabled controllers tested were selected because of their inclusion in a state-wide rebate program to incentivize residents to save water. Average residential irrigation amounts were determined based on thousands of water audits performed by the USU Extension Water Check Program. The manually programmed irrigation controller was selected based on local availability and distributor recommendations. When compared to the average residential irrigation amounts in the state of Utah, Wi-Fi-enabled irrigation controllers applied significantly less water. When compared to the manually programmed irrigation controllers (programmed according to USU Extension recommendations), the highest performing Wi-Fi-enabled irrigation controller applied similar amounts of water

Experimental study on natural vibration frequency identification of hydraulic concrete structure using concrete piezoceramic smart module

The identification of structural modal parameter is an important link in the dynamics monitoring and diagnosis for the structural health. The passive monitoring mode of piezoceramic is used to solve the natural vibration frequency identification problem of hydraulic concrete structure. Based on self-made concrete piezoelectric smart module (CPSM), a system is developed to obtain the modal parameters of hydraulic concrete structure. The CPSM is regarded as a sensor to monitor passively the structural natural vibration frequency. The method and process are proposed to identify the natural vibration frequency of hydraulic concrete structure. Based on the physical model and numerical simulation model, the rationality and feasibility of the proposed method are verified

A Primer for Monitoring Water Funds

This document is intended to assist people working on Water Funds to understand their information needs and become familiar with the strengths and weaknesses of various monitoring approaches. This primer is not intended to make people monitoring experts, but rather to help them become familiar with and conversant in the major issues so they can communicate effectively with experts to design a scientifically defensible monitoring program.The document highlights the critical information needs common to Water Fund projects and summarizes issues and steps to address in developing a Water Fund monitoring program. It explains key concepts and challenges; suggests monitoring parameters and an array of sampling designs to consider as a starting-point; and provides suggestions for further reading, links to helpful resources,and an annotated bibliography of studies on the impacts that result from activities commonly implemented in Water Fund projects

How Can Conservation Organizations Help Development Go Where It “Should”?

Report of the 2011 Berkley Workshop Held at the IslandWood Center, Bainbridge Island, Washington - July 201

Climate Change Resource Directory

The impacts of a changing climate – from sea level rise to altered weather patterns – will affect local governments’ efforts to manage stormwater, treat wastewater, and provide clean drinking water in their communities. This resource list was compiled to help local governments plan and implement climate change adaptation strategies. It was developed by the Environmental Finance Center Network through the Capacity Building for Sustainable Communities program funded by the U.S. Department of Housing and Urban Development and the Environmental Protection Agency. Through this program, EFCN is providing capacity building and technical assistance to recipients of grants from the federal Partnership for Sustainable Communities. Learn more about the Partnership and its work to help towns, cities, and regions develop in more economically, environmentally, and socially sustainable ways: www.sustainablecommunities.gov