Foodscaping: Revolution Or Evolution?©
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Admirable Trees of Through Two World Wars and Witnessed the Nation’S Greatest Dramas Versailles
Admirable trees estate of versailles estate With Patronage of maison rémy martin The history of France from tree to tree Established in 1724 and granted Royal Approval in 1738 by Louis XV, Trees have so many stories to tell, hidden away in their shadows. At Maison Rémy Martin shares with the Palace of Versailles an absolute Versailles, these stories combine into a veritable epic, considering respect of time, a spirit of openness and innovation, a willingness to that some of its trees have, from the tips of their leafy crowns, seen pass on its exceptional knowledge and respect for the environment the kings of France come and go, observed the Revolution, lived – all of which are values that connect it to the Admirable Trees of through two World Wars and witnessed the nation’s greatest dramas Versailles. and most joyous celebrations. Strolling from tree to tree is like walking through part of the history of France, encompassing the influence of Louis XIV, the experi- ments of Louis XV, the passion for hunting of Louis XVI, as well as the great maritime expeditions and the antics of Marie-Antoinette. It also calls to mind the unending renewal of these fragile giants, which can be toppled by a strong gust and need many years to grow back again. Pedunculate oak, Trianon forecourts; planted during the reign of Louis XIV, in 1668, this oak is the doyen of the trees on the Estate of Versailles 1 2 From the French-style gardens in front of the Palace to the English garden at Trianon, the Estate of Versailles is dotted with extraordi- nary trees. -
Sustainable Landscaping Reading List
Sustainable Landscaping General Garden Revolu-on: How Our Landscapes Can Be A Source Of Environmental Change by Larry Weaner and Thomas Christopher Plan-ng In A Post-Wild World: Designing Plant Communi-es For Resilient Landscapes by Thomas Rainer and Claudia West The Weather-Resilient Garden: A Defensive Approach To Planning & Landscaping by Charles W. G. Smith and Elayne Sears, Bobbi Angell Planng for Water Conservaon The Water-Saving Garden: how to grow a gorgeous garden with a lot less water by Pam Penick Gardening With Less Water: Low-Tech, Low-Cost Techniques : Use Up To 90% Less Water In Your Garden by David Bainbridge Greywater Greywater, Green Landscape: How To Install Simple Water-Saving Irriga-on Systems In Your Yard by Laura Allen The New Create An Oasis With Greywater: Integrated Design For Water Conserva-on : Reuse, Rainwater Harves-ng & Sustainable Landscaping by Art Ludwig The Water-Wise Home: How To Conserve, Capture, And Reuse Water In Your Home And Landscape by Laura Allen Permaculture The Permaculture Earthworks Handbook: How To Design And Build Swales, Dams, Ponds, And Other Water Harves-ng Systems by Douglas Barnes Permaculture Guide To Reed Beds: Designing, Building And Plan-ng Your Treatment Wetland System by Féidhlim Harty The Resilient Farm And Homestead: An Innova-ve Permaculture And Whole Systems Design Approach by Ben Falk and Cornelius Murphy Edible Landscaping Foodscaping: Prac-cal And Innova-ve Ways To Create An Edible Landscape by Charlie Nardozzi Edible Landscaping With A Permaculture Twist: How To Have Your Yard And Eat It Too by Michael Judd Green Roof Green Roofs In Sustainable Landscape Design by Steven L. -
Ensuring Availability and Sustainable Management Of
Issue brief SDG 6 © Dan-Roizer ENSURING AVAILABILITY AND SUSTAINABLE MANAGEMENT OF WATER AND SANITATION FOR ALL Sustainable Development Goal 6 (SDG 6) – Ensure availability and sustainable management of water and sanitation for all – confirms the importance of water and sanitation in the global political agenda. Building on the relevant Millennium Development Goal, SDG 6 addresses the sustainability of access to water and sanitation by focusing on the quality, availability and management of freshwater resources. The individual targets of SDG 6 Environmental dimension of UN Environment and SDG 6 cover the entire water cycle and its SDG 6 interconnections: As the global environmental authority, the SDG 6 recognizes that countries’ social United Nations Environment Programme ➡ 6.1: provision of drinking water development and economic prosperity (UN Environment) connects the issue of depend on the sustainable management of freshwater to other aspects of sustainable ➡ 6.2: sanitation and hygiene freshwater resources and ecosystems. development, such as oceans, land and services SDG 6 acknowledges that ecosystems and agriculture. This work entails building their inhabitants, including humans, are national capacity to monitor freshwater ➡ 6.3: treatment and reuse of water users and that their activities on land ecosystem health, including water wastewater and ambient can compromise the quality and availability quality, facilitating integrated water water quality of fresh water. resources management processes and ➡ 6.4: water-use efficiency and the implementation thereof, and providing scarcity The water-related ecosystems addressed guidelines and inputs for country-level in SDG 6 include wetlands, rivers, aquifers action to protect and restore freshwater ➡ 6.5: integrated water resources and lakes, which sustain a high level of ecosystems at the national level. -
CINDEX Index
Index 2000-Feb. 2019 Actaea Ahlgren, Kathy (rose gardener), May A cordifolia, Sep 12:28 09:42 Aarestad, Paul, Nov 16:37 fall bloomer, Sep 18:15 Air plants, Jan 17:18, Nov 14:31 Abies for foliage, Sep 09:14 Ajuga balsamea, Nov 07:12 matsumurae, Nov 15:14 perennial groundcover, Jan 07:17 as Christmas tree, Nov 02:31 pachypoda, Sep 07:12 reptans, Jan 12:11, May 07:24, Jul 18:35 concolor, Jun 03:16, Nov 06:40 for shade garden, Jan 19:35 Akebia quinata lasiocarpa var. arizonica, Nov 06:40 racemosa perennial vine, Jan 18:19 varieties for northern regions, May 11:32 'Atropurpurea,' Jan 16:37 plant profile, Oct 00:10 for winter landscape, Jan 02:31 'Chocoholic,' Mar 17:24 vine for shade, May 18:44 Aby, Katherine (Master Gardener), Nov fall bloomer, Sep 06:12, Sep 12:27 Alcea 13:20 giant, Jul 08:40 heirloom, May 04:31, Jul 15:37 Acer naturalizing, Jul 06:28 for midsummer, Jul 02:14 anthracnose on, May 14:24 plant profile, Sep 11:16 must-have plant, Nov 07:38 'Autumn Spire,' Jan 01:30 for shade, Jul 09:16 rosea, Jan 04:27, Mar 00:37, Jul 08:40, dissectum, Jan 13:19 rubra, Sep 07:12 Jul 15:37 for fall color, Sep 02:25 simplex, Sep 06:12 rust on, Jun 03:18 foliar diseases, Jan 08:18, Mar 00:12, Apr Actinidia Alchemilla 03:10 arguta, Jan 11:38, Mar 00:8 mollis, Jun 04:45 ginnala kolomikta, Jan 11:38 splendens, Jun 04:45 fall color, Sep 02:25 vine for sun or light shade, May 18:44 vulgaris, May 04:31 fall standout, Sep 17:36 Aculeate, Mar 08:8 Alder, Mar 17:24 for hedges, Mar 02:13 Ada Garden Club, Sep 11:10 Alderman, William Horace native replacement for, Nov 16:12 Addison, Betty Ann (horticulturist), Jul 16:12 small tree, big impact, Feb 02:9, Apr beating buckthorn, Jan 18:36 Alexandria Garden Club, Mar 09:12 03:26 elevate your garden, Mar 18:30 Alien plants. -
Mastering Moisture Management for Controlling Greenhouse Pests and Diseases
Mastering Moisture Management For controlling greenhouse pests and diseases Ryan Dickson, Ph.D. State Specialist, Greenhouse Management and Technologies University of New Hampshire Cooperative Extension 2017 Tri-State IPM Workshop Series Why is moisture management an important part of IPM? The way moisture is managed affects… • Spread of diseases • Plant health • Nutritional quality Adjust cultural practices to manage moisture for improved plant health and lower susceptibility to pests Splashing water from overhead and diseases can help spread pathogens Algae growth on substrate and floor • Symptom of overwatering • Algae harbors pests, disease, and is unattractive Fungus gnats and shore flies • Populations increase with overwatering • Larvae feed on root tips, damage plants, spread disease Where to look when fine-tuning moisture management? 1. Substrate type and container geometry 2. Irrigation practices 3. Water quality and treatment Importance of air (oxygen) and water balance in the root zone Roots need both air (oxygen) and water Oxygen needed for… • Root respiration • Pathogen resistance Water needed for… • Delivering nutrients • Plant turgidity and growth Importance of air (oxygen) and water balance in the root zone Pore spaces filled mostly Air Air with water H2O • High nutrient availability, leaf expansion, and shoot H2O H O 2 H2O growth • Low oxygen for roots H O H2O 2 H2O • Occurs in dense media, after irrigating H2O H2O H2O Air H2O H2O Importance of air (oxygen) and water balance in the root zone Pore spaces filled more with -
Ecological Sustainability Within California's Improved Forest Management Carbon Offsets Program Cory Hertog Clark University, [email protected]
Clark University Clark Digital Commons International Development, Community and Master’s Papers Environment (IDCE) 5-2018 Ecological Sustainability within California's Improved Forest Management Carbon Offsets Program Cory Hertog Clark University, [email protected] Follow this and additional works at: https://commons.clarku.edu/idce_masters_papers Part of the Environmental Policy Commons, Environmental Studies Commons, Nature and Society Relations Commons, Physical and Environmental Geography Commons, and the Policy Design, Analysis, and Evaluation Commons Recommended Citation Hertog, Cory, "Ecological Sustainability within California's Improved Forest Management Carbon Offsets Program" (2018). International Development, Community and Environment (IDCE). 195. https://commons.clarku.edu/idce_masters_papers/195 This Capstone is brought to you for free and open access by the Master’s Papers at Clark Digital Commons. It has been accepted for inclusion in International Development, Community and Environment (IDCE) by an authorized administrator of Clark Digital Commons. For more information, please contact [email protected], [email protected]. Ecological Sustainability within California’s Improved Forest Management Carbon Offsets Program Cory Hertog May 2018 A Master’s Paper Submitted to the faculty of Clark University, Worcester, Massachusetts, in partial fulfillment of the requirements for the degrees of Master of Science of Environmental Science and Policy in the department of International Development, Community, and Environment and a Master of Business Administration in the Graduate School of Management And accepted on the recommendation of Dominik Kulakowski - Ph.D. Will O’Brien - J.D., M.B.A Graduate School of Geography Graduate School of Management Abstract Ecological Sustainability within California’s Improved Forest Management Carbon Offsets Program Cory Hertog Forest Carbon offsets are being used as a climate change mitigation strategy in multiple programs around the world. -
The Edible Landscape the Edible Landscape
foodscaping: the edible landscape The Edible Landscape dible landscapes put us back in touch with the land we live on, the people around us, and the food we eat. E Maybe you’re interested in incorporating edible plants into your existing landscape or planning on designing a new section of your yard for both beauty and function. By utilizing the most effective water efficient methods, you can work within your city’s watering guidelines and grow some of your own food. No matter who you are, there is a style of edible gardening to meet your needs, suit your taste, and capture your imagination. A Shift in Perception While it was once common practice to maintain a yard consisting primarily of turfgrass (managed to be both labor and resource intensive), many people are opting to transition a portion of their landscape into vegetable, fruit, or nut production. The latest studies report that as many as 35% of American households are now growing at least some of their own food - the largest numbers in more than a decade. Why mow it, when you can grow it? Planning and Design Just like any other addition to your property, it is important to put some thought into the design of your edible garden or landscape in order to give you the best chance for success. Plant your food with an eye for the overall beauty of the landscape in mind. Defining Style Naturalistic - meandering lines flow organically through the landscape, reminiscent of the lines one might see in nature. Structured - clean, precisely manicured lines divide landscape sections Location: Right Plant, handle growing in areas strictly ornamental plants. -
Greenhouse Effect How We Stay Warm the Sun’S Energy Reaches Earth Through Radiation (Heat Traveling Through Space) What Is Insolation?
Greenhouse Effect How we stay warm The Sun’s energy reaches Earth through Radiation (heat traveling through Space) What is Insolation? The incoming solar radiation (energy from the Sun) that reaches Earth When and where does the most intense Insolation occur? Time of Day: Noon Time of Year: June 21 (NH) Where: Near the Equator How much solar radiation reaches Earth? The Earth’s surface only absorbs 51% of incoming solar radiation Global Heat Budget Condensation & •Energy is transferred from the Earth’s surface by radiation, conduction, convection, radiation, evaporation, and water condensation. •Ultimately, the Sun’s heat and Earth’s energy transfer is a major cause of weather. Greenhouse Effect • The Process by which atmosphere gases absorb heat energy from the sun and prevent heat from leaving our atmosphere. • In other words, greenhouse gases trap heat energy and keep it close to earth. • 3 Main Greenhouse Gases: CARBON DIOXIDE (CO2), Methane, and WATER VAPOR The Greenhouse Effect works like a Greenhouse Is the Greenhouse Effect Good or Bad? • It is necessary for life (good)- it keeps our climate toasty warm and prevents it from fluctuating (changing) too much. Is the Greenhouse Effect Good or Bad? • It is bad when: there are too many greenhouse gasses and the climate gets warmer (GLOBAL WARMING) Consider the Greenhouse effect on other planets Mercury Venus What is Global Warming? • An increase in average global temperatures • It is caused by an increase in Greenhouse Gases in the Atmosphere What causes an Increase in Greenhouse gases? • 1. CARBON DIOXIDE is added to the atmosphere when people burn coal, oil (gasoline), and natural gas FOSSIL FUELS, for transportation, factories, and electricity. -
Sustainable Livelihoods and Ecosystems Management
Created in 1948, IUCN - The World Conservation Union brings together 77 states, 112 government agencies, 735 NGOs, 35 affiliates, and some 10,000 scientists and experts from 181 countries in a unique worldwide partnership. IUCN’s mission is to influence, e ncourage and assist societies throughout the world to con- serve the integrity and diversity of nature and to ensure that any use of natural resources is equitable and ecologically sustain- able. IUCN is the world's largest environmental knowledge network and has helped over 75 countries to prepare and implement national conservation and biodiversity strategies. IUCN is a multi- cultural, multilingual organization with 1000 staff located in 42 countries. Its headquarters are in Gland, Switzerland. http://www.iucn.org [email protected] Sustainable livelihoods and ecosystems management For the Preparatory Committee for the World Summit on Sustainable Development - 4 th Preparatory Meeting, Bali (Indonesia) While one cannot say with any confidence what forms an ecological crunch might take, when it might happen, or how severe it might be, it is easier to predict who will have the worst of it. The poor and powerless cannot shield themselves from ecological problems today, nor will they be able to do it in the future. J.R. McNeill, “Something New under the Sun” Introduction As a conservation organization that puts people at centre stage in its mission and vision, IUCN welcomes the new international focus on poverty alleviation. We know from our own experience that the pursuit of enviro nmental goals at the expense of economic well-being and social justice is doomed to fail. -
Green Consumerism: Moral Motivations to a Sustainable Future
Available online at www.sciencedirect.com ScienceDirect Green consumerism: moral motivations to a sustainable future 1 2 3 Sonya Sachdeva , Jennifer Jordan and Nina Mazar Green consumerism embodies a dilemma inherent in many more expensive green products that may act as a barrier to prosocial and moral actions — foregoing personal gain in favor engaging in green consumerism. Nonetheless there are of a more abstract, somewhat intangible gain to someone or several recurring themes in the expanse of literature on something else. In addition, as in the case of purchasing more the topic of green consumerism, which may shine a light expensive green products, there is sometimes a very literal cost on ways to promote green consumerism. that may act as a barrier to engaging in green consumerism. The current review examines endogenous, exogenous, and structural factors that promote green consumerism. We also What is green consumerism? 4 discuss its potential positive and negative spillover effects. We Oxymoronic implications aside, green consumerism is, close by discussing areas of research on green consumerism for a significant portion of the Western industrial popula- that are lacking — such as the moral framing of green tion, an accessible way to engage in pro-environmental, consumerism and the expansion of the cultural context in which sustainable behavior. An operational definition of green it is defined and studied. consumerism subsumes a list of behaviors that are under- Addresses taken with the intention of promoting positive environ- 1 5 U.S. Forest Service, United States mental effects. Some prototypical behaviors that fall 2 University of Groningen, The Netherlands within this rather vague definition are purchasing appli- 3 University of Toronto, Canada ances with energy star labels, buying organic products, or turning off electrical appliances when not in use, and Corresponding author: Sachdeva, Sonya ([email protected]) taking shorter showers. -
Perspectives on Climate Change and Sustainability
20 Perspectives on climate change and sustainability Coordinating Lead Authors: Gary W. Yohe (USA), Rodel D. Lasco (Philippines) Lead Authors: Qazi K. Ahmad (Bangladesh), Nigel Arnell (UK), Stewart J. Cohen (Canada), Chris Hope (UK), Anthony C. Janetos (USA), Rosa T. Perez (Philippines) Contributing Authors: Antoinette Brenkert (USA), Virginia Burkett (USA), Kristie L. Ebi (USA), Elizabeth L. Malone (USA), Bettina Menne (WHO Regional Office for Europe/Germany), Anthony Nyong (Nigeria), Ferenc L. Toth (Hungary), Gianna M. Palmer (USA) Review Editors: Robert Kates (USA), Mohamed Salih (Sudan), John Stone (Canada) This chapter should be cited as: Yohe, G.W., R.D. Lasco, Q.K. Ahmad, N.W. Arnell, S.J. Cohen, C. Hope, A.C. Janetos and R.T. Perez, 2007: Perspectives on climate change and sustainability. Climate Change 2007: Impacts, Adaptation and Vulnerability. Contribution of Working Group II to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change, M.L. Parry, O.F. Canziani, J.P. Palutikof, P.J. van der Linden and C.E. Hanson, Eds., Cambridge University Press, Cambridge, UK, 811-841. Perspectives on climate change and sustainable development Chapter 20 Table of Contents .....................................................813 Executive summary 20.7 Implications for regional, sub-regional, local and sectoral development; access ...................814 .............826 20.1 Introduction: setting the context to resources and technology; equity 20.7.1 Millennium Development Goals – 20.2 A synthesis of new knowledge relating -
A Critical Reading of Permaculture Literature
Master thesis in Sustainable Development 2018/14 Examensarbete i Hållbar utveckling The quest for sustainability – a critical reading of permaculture literature ‘ Tove Janzon DEPARTMENT OF EARTH SCIENCES INSTITUTIONEN FÖR GEOVETENSKAPER Master thesis in Sustainable Development 2018/14 Examensarbete i Hållbar utveckling The quest for sustainability – a critical reading of permaculture literature Tove Janzon Supervisor: Frans Lenglet Evaluator: Petra Hansson Copyright © Tove Janzon and the Department of Earth Sciences, Uppsala University Published at Department of Earth Sciences, Uppsala University (www.geo.uu.se), Uppsala, 2018 Content 1. Introduction ....................................................................................................................................... 1 2. Background ........................................................................................................................................ 1 2.1 The sustainable development concept ........................................................................................... 1 2.1.1 History .................................................................................................................................... 1 2.1.2 Definitions .............................................................................................................................. 2 2.2 The permaculture concept ............................................................................................................. 2 2.2.1 History ...................................................................................................................................