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Challenge of Landscape
The Challenge of Landscape THE DEVELOPMENT AND PRACTICE OF KEYLINE * * * by P. A. YEOMANS PUBLISHED BY KEYLINE PUBLISHING PTY. LIMITED 117 PITT STREET SYDNEY AUSTRALIA Downloaded from a public source, reformatted and corrected in 2014 to a document by Geoffrey Booth for Keyline Archive. www.youtube.com/channel/UCUPgPJZAlkxt207sxcdp4DQ/about THIS BOOK IS WHOLLY SET UP AND PRINTED IN AUSTRALIA BY WAITE & BULL PTY. LIMITED, 486 ELIZABETH ST., SYDNEY. REGISTERED AT THE GENERAL POST OFFICE, SYDNEY, FOR TRANSMISSION THROUGH THE POST AS A BOOK. 1958 COPYRIGHT. ALL RIGHTS RESERVED. THIS BOOK IS PRESENTED AT SOIL AND HEALTH LIBRARY WITH THE SPECIFIC AND DIRECT PERMISSION OF ALLAN YEOMANS DEDICATION THIS BOOK is dedicated to the Trustees of the Keyline (Research) Foundation in appreciation of their willing co-operation and valuable support in the cause of Keyline. The Trustees of the Foundation are: SIR C. STANTON HICKS (Vice-President) D. R. MCCAUGHEY (Vice-President) C. R. McKERIHAN (Treasurer) PROFESSOR J. R. A. MCMILLAN DR. G. B. S. FALKINER JOHN DARLING MY WIFE AND MYSELF On the formation of the Foundation I was appointed President, and Harold N. Sarina accepted the position of Honorary Secretary. The real beginning of the work which led to Keyline was in 1944, our first full year on "Yobarnie", when my brother-in-law manager lost his life in the bush fire. So for my wife the early association with the whole project was one of deep bereavement, and but for her willingness to continue then, Keyline would not have originated. * * * SIR C. STANTON HICKS is Professor of Human Physiology and Pharmacology at the University of Adelaide; is widely known in England, the United States of America, as well as in Australasia for his interests in land development. -
Aid-Savory-3Rd
The Animal Improved Dung (AID) plus seeds treatment. Managing livestock, dung beetles and earthworms to disperse rock dusts, fertilizers, beneficial micro- organisms, biochar and seeds to grow forests and food, improve soils and fix carbon and climate. Summary The AID plus seeds treatment is a system of innovations which hastens and enhances succession, increases soil carbon and fertility and grows high biomass vegetation. Soil improvers such as rock dusts, spores of beneficial micro-organisms, mineral fertilizers, biochar and burnt bone (from home-made fuel-efficient stoves) and seeds of fast- growing, deep-rooted plants can be fed to livestock to disperse in their manure. Dung beetles, earthworms and termites further disperse and incorporate the improved dung into the soil and increase the availability of nutrients, while their tunnels improve soil structure including air and water infiltration and root growth. Livestock in a planned grazing system can be used to treat/seed areas such as pastures, orchards, plantations, vegetable garden fallows and to reafforest degraded land. The resulting vegetation produces food and fodder, timber (carbon stored for hundreds of years), and fuel wood which produces charcoal (carbon stored in soil for possibly thousands of years), improves soil by promoting the growth of soil life and adding carbon, reduces erosion, as well as increasing transpiration, cloud formation and precipitation. “...increasing agricultural productivity would not only reduce conversion of wild land to new cropland, but it could return existing cropland back to nature. Increasing agricultural productivity is the single most effective method of preventing habitat loss and fragmentation, and conserving global forests, terrestrial biodiversity and carbon stocks and sinks”. -
Nutrients Dynamics and Uptake/Remobilisation in Sediment
UNESCO-IHE INSTITUTE FOR WATER EDUCATION Multi-criteria analysis of options for urban sanitation and urban agriculture -Case study in Accra (Ghana) and in Lima (Peru)- N.K. De Silva MSc Thesis MWI 2007-01 April 2007 Multi-criteria analysis of options for urban sanitation and urban agriculture -Case study in Accra (Ghana) and in Lima (Peru)- Master of Science research by N.K. De Silva Supervisor Prof. Gary Amy Mentors Dr. Elisabeth von Münch Dr. Adriaan Mels Examinations Committee Prof. Gary Army Dr. Elisabeth von Münch Dr. Adriaan Mels This research is done for the partial fulfillment of requirements for the Master of Science degree at the UNESCO-IHE Institute for Water Education, Delft, the Netherlands Delft April 2007 The findings, interpretations and conclusions expressed in this research study do neither necessarily reflect the views of the UNESCO-IHE, Institution for Water Education, nor of the individual members of the MSc committee, nor of their respective employers. Dedication to My loving parents Abstract The Millennium Development Goal 7 (Ensure environmental sustainability), target number 10 (halve, by 2015, the proportion of people without sustainable access to safe drinking water and basic sanitation) was introduced to encourage better solutions for water and sanitation problems in developing countries. The SWITCH (Sustainable Water management Improves Tomorrows Cities’ Health) project, funded by the European Union, aims to provide a sustainable, healthy, and safe urban water system to the people. This research was conducted under sub-theme 4.1 of the SWITCH project (eco-sanitation and decentralised wastewater management in an urban context). Accra in Ghana is a “demonstration city” in the SWITCH project; Lima in Peru is a “study city”. -
Sustainable Sanitation Systems: Health, Environment and Governance Challenges
Sustainable Sanitation Systems: Health, Environment and Governance Challenges The Case of Human Rights-Based Policy Reform in Alternative Wastewater Management Strategies Florian Thevenon WaterLex Highlights WaterLex is an international public interest development Context: About 2.5 billion people Limits: Field awareness campaigns Policy reform: Integrating the Human organization based in Geneva, Switzerland. It is a UN- do not use an improved sanitation and advocacy actions are Rights to Water and Sanitation Water Partner with UN ECOSOC special consultative status. facility, and about 1 billion people encouraged to improve and monitor into policies and regulations, Its mission is to develop sustainable solutions based on practise open defaecation which is water quality and hygiene practices; including for service providers and human rights to improve water governance worldwide, one of the main causes of drinking because wastewater, even when regulators, could therefore be used particularly in regard to consistent water law and policy water pollution and diarrhoea treated, is highly enriched in to increase the access to safely frameworks. It works with an alliance of interested parties incidences. There is an urgent hazardous pollutants. Wastewater managed sanitation services and to improve water-governance frameworks, bringing them need to increase the access to recycling, safe water reclamation achievement of SDG 6. Local and in line with country obligations under international human safely managed sanitation services, and reuse must therefore be national governments therefore rights law. It is an official member of the UN Environment and a need for a paradigm shift regulated and aligned with national need to integrate their national Global Wastewater Initiative. -
Sustainable Sanitation P R a C T I C E
Sustainable Sanitation P r a c t i c e Issue 4. 7/2010 Introduction to the ROSA project From pilot units to large-scale implementation - Ethiopia Implementation of UDDTs in schools - Kenya Urban agriculture for sanitation promotion Operation and maintenance in practise Experiences from strategic sanitation planning Main findings and main achievements partner of The ROSA project Impressum published by / Medieninhaber, Herausgeber und Verleger EcoSan Club Schopenhauerstr. 15/8 A-1180 Vienna Austria www.ecosan.at Editors / Redaktion Elke Müllegger, Günter Langergraber, Markus Lechner • EcoSan Club Journal Manager / Journal Management Isabelle Pavese Contact / Kontakt [email protected] Disclaimer / Haftungsausschluss The content of the articles does not necessarily reflect the views of EcoSan Club or the editors and should not be acted upon without independent consideration and professional advice. EcoSan Club and the editors will not accept responsibility for any loss or damage suffered by any person acting or refraining from acting upon any material contained in this publication. Die in den Artikeln vertretenen Standpunkte entsprechen nicht notwendigerweise der Haltung und Ansichten des EcoSan Clubs oder des Redaktionsteams. Der praktischen Anwendung dargestellter Inhalte muss eine unabhängige Begutachtung und professionelle Beratung vorausgehen. EcoSan Club und das Redaktionsteam haften in keiner Weise für Schäden (Sachschaden oder Personenschaden), die durch die Anwendung, oder Nichtanwendung der in dieser Publikation vermittelten Inhalte, entstehen. Reproduction / Reproduktion Permission is granted for reproduction of this material, in whole or part, for education, scientific or development related purposes except those involving commercial sale, provided that full citation of the source is given. Cover photo excluded. Die Reproduktion, Übernahme und Nutzung der Inhalte von SSP, vollständig oder teilweise, für Bildungszwecke, für die Wissenschaft und im Zusammenhang mit Entwicklung ist unter Voraussetzung der vollständigen Quellenangabe gestattet und erwünscht. -
The Effects of Different Soil Amendments on Fertility and Productivity in Organic
The Effects of Different Soil Amendments on Fertility and Productivity in Organic Farming Systems A thesis presented to the faculty of the College of Arts and Sciences of Ohio University In partial fulfillment of the requirements for the degree Master of Science Scott E. Fisher November 2011 © 2011 Scott E. Fisher. All Rights Reserved. 2 This thesis titled The Effects of Different Soil Amendments on Fertility and Productivity in Organic Farming Systems by SCOTT E. FISHER has been approved for the Program of Environmental Studies and the College of Arts and Sciences by Jared L. DeForest Assistant Professor of Environmental and Plant Biology Howard Dewald Interim Dean, College of Arts and Sciences 3 ABSTRACT FISHER, SCOTT E, M.S., November 2011, Environmental Studies The Effects of Different Soil Amendments on Fertility and Productivity in Organic Farming Systems Director of Thesis: Jared L. DeForest Productivity and soil fertility are two of the most important factors in farming. Many organic farmers fertilize their crops with composted plant or animal waste. Some organic farmers who do not have access to large amounts of compost utilize processed fertilizers that are acceptable under certified organic standards. I hypothesized that soils fertilized with composted organic matter would be more fertile and productive than soils fertilized with processed organic fertilizer. To test the hypotheses, I measured nutrient content and availability at three organic farms, each of which uses a different type of fertilizer (animal manure, composted mushroom growing medium, and processed fertilizer). I also grew beans (Phaseolus vulgaris) in soil from each of the farms to measure bean weight as an estimate of productivity. -
A Preliminary Study of a Water, Hygiene and Ecological Sanitation Project in a Rural Village in Bihar State of India
A PRELIMINARY STUDY OF A WATER, HYGIENE AND ECOLOGICAL SANITATION PROJECT IN A RURAL VILLAGE IN BIHAR STATE OF INDIA Abhilash Salimath April 2014 TRITA-LWR Degree Project ISSN 1651-064X LWR-EX-2014:13 Abhilash Salimath TRITA LWR Degree Project 14:13 © Abhilash Salimath 2014 Environmental Engineering and Sustainable Infrastructure Degree Project Done in association with the Stockholm Environment Institute and WASHi Department of Land and Water Resources Engineering Royal Institute of Technology (KTH) SE-100 44 STOCKHOLM, Sweden Reference should be written as: Salimath, A (2014) “A preliminary study of a Water, Hygiene and Ecological Sanitation project in a rural village in Bihar state of India” TRITA-LWR Degree Project pp 1-67 ii A preliminary study of a Water, Hygiene & ecosan project in a rural village in Bihar SUMMARY IN ENGLISH This thesis comes as a result of the Swedish International Development Agency (SIDA)-financed action research project which comes as collaboration between the Water Sanitation and Hygiene Institute (WASHi) in India, the Stockholm Environment Institute (SEI), Sweden and Systematic Agro-Based Research Institute (SABRI) which focuses on sustainable sanitation solutions in areas that lack sanitation facilities of any kind. The idea behind this project was to bring about a change in the practises of the community members of this village from the current practise of open defecation (ODF) to using a sanitation facility. Promoting hygiene and educating the community members about the benefits of an ecological sanitation facility to bring about behavioural change among the community members was deemed as a critical step to ensure the success of this project. -
The Arborloo
The Arborloo The latrine that becomes a tree! A guide for latrine construction and tree planting Peter Morgan Introduction The Arborloo is a nothing more or less than a simple pit latrine. But it differs in several fundamental ways in its design and the way it is used from the commonly used deep pit latrine. *All the parts of the Arborloo, apart from the pit, are portable. This includes the “ring beam” protecting the pit head, the concrete slab and the superstructure. Each of these components moves on a “never ending journey” from one pit to the next at about one yearly intervals. The latrine is literally picked up and moved, leaving the almost filled pit behind. * Arborloo pits are shallow, - no more than one metre deep and they are not lined with bricks or other materials. The pit is normally protected at the head with a “ring beam” made of bricks or concrete which strengthens the pit head and reduces the effects of erosion and pit flooding from rainwater. In very sandy soils, a 200 litre drum may be used to make a pit lining. *Soil, wood ash and leaves are added regularly to the pit in addition to excreta. These aid the composting process considerably. The remarkable conversion from excreta into humus, is normally complete well within 12 months of closing off the pit. The addition of soil and ash on a regular basis also reduce fly and odour nuisance. * The Arborloo pit is NOT used as a dumping ground for rubbish like most pit latrines. The dumping of plastic, bottles and rags etc, is not recommended. -
Development of an Improved Arborloo to Promote Sanitation in Rural Environments
Development of an Improved Arborloo to Promote Sanitation in Rural Environments Table of Contents IV. Executive Summary …………………………………………………………….…….. 3 Date of Project Report …………………………………………………………….. 3 EPA Agreement Number ………………………………………………………….. 3 Project Title ………………………………………………………………………. 3 Faculty Advisors………………………………………………………………….. 3 Student Team Members…………………………………………………………… 3 Project Period …………………………………………………………………….. 3 Description and Objective of Research …………………………………………… 3 Summary of Findings ……………………………………………………………… 4 Conclusions ………………………………………………………………………... 6 Proposed Phase II Objectives and Strategies ……………………………………… 6 Publications/Presentations ………………………………………………………… 7 Supplemental Keywords ………………………………………………………..… 7 Relevant Websites ………………………………………………………………… 7 V. Body of the Report …………………………………………………………………….. 8 A. Summary of Phase I Results …………………………………………………… 8 A1. Background and Problem Definition ………………………….……… 8 A1.1. Relevance and Significance to the Developing World …….. 8 A1.2. Relationship to People, Prosperity and the Planet …………. 9 A1.3. Implementation of the P3 Project as an Educational Tool … 9 A2. Purpose, Objective, Scope ……………………………………………. 10 A3. Data, Findings, Outputs, Outcomes ………………………………….. 10 A3.1. Literature review of Barriers to Sanitation ………………… 10 A3.2. Prototype Base Designs ……………………………………. 12 A3.2.1. Concrete Arborloo Base ………………………….. 13 A3.2.2. Plastic Arborloo Base ……………………………. 14 A3.2.3. Lifecycle Environmental Impacts ………………… 15 A3.3. Wind Testing ……………………………………………….. 15 A3.4. Social -
Integrated Stormwater Retention System
Integrated Stormwater Retention System A Demonstration of Innovative Stormwater Management Solutions for Rural Landowners at the Occidental Arts and Ecology Center Integrated Stormwater Retention System A Demonstration of Innovative Stormwater Management Solutions for Rural Landowners at the Occidental Arts and Ecology Center By Brock Dolman and Kate Lundquist Photographs by Brock Dolman and Jim Coleman Table of Contents Introduction 2 System Description 3 Plant List 12 Resources 14 ACKNOWLEDGEMENTS: We would like to thank the Dean Witter Foundation and the 11th Hour Foundation for their generous support of our work. OAEC’s WATER Institute was established to offer positive responses to the crisis of increasingly degraded water quality and diminishing water quantity. We promote a holistic and multidisciplinary understanding of healthy watersheds through our four interrelated program areas — Watershed Advocacy, Training, Education, and Research. For more information please visit www.oaecwater.org. The Occidental Arts and Ecology Center (OAEC) is a nonprofit education and organizing center and organic farm in Northern California’s Sonoma County. Since 1994, OAEC has explored, implemented, and provided education for innovative and practical approaches to the pressing environmental and economic challenges of our day. For more information please visit www.oaec.org. Copyright © 2012 Occidental Arts and Ecology Center’s WATER Institute 1 INTRODUCTION Stormwater is water flowing on land surfaces during or within 24 hours of a precipitation event that is not infiltrated into the soil. Historically it has been viewed as a problem primarily of urban areas to be solved by the outmoded engineering practice of "pave it and pipe it." This method fails to properly manage stormwater in the uplands, leading to disastrous consequences: large, powerful volumes of water moving too fast, resulting in severe erosion and flooding in low-lying areas. -
Nature and Nurture Farm Design and Management Plan
NATURE AND NURTURE FARM DESIGN AND MANAGEMENT PLAN Jared Aslakson Yihan Li Michael Lordon Alexandria Peters A project submitted in partial fulfillment of the requirements for the degrees of Master of Science and Master of Landscape Architecture University of Michigan School of Natural Resources and Environment April 2017 Faculty Advisors: Jennifer Blesh Stanton Jones ABSTRACT This master’s project intends to explore the design process and management of restoration agriculture in Southeast Michigan. Our client, Nature and Nurture LLC. is a multi-faceted business owned and operated by Mike Levine and Erica Kempter. Between the two of them, they provide organic landscaping services, teach classes, sell organic, locally-adapted seeds, fruits, vegetables, and mushrooms to restaurants and stores throughout Southeast Michigan. The Levine and Kempter extended family has recently acquired 120 acres of property in Scio Township, near Dexter, Michigan. Much of the property has been conventionally farmed for 50 or more years, while other portions of the property are high- quality woodland and wetland. Ultimately, our clients would like to derive their income primarily from the farm. Moreover, they are committed to ecologically responsible farming and are interested in using organic practices, restoration agriculture, and agroecological techniques throughout the property. To that end, our role was to create a site plan that: does not damage the existing high-quality ecosystems on the site, is able to increase the quality of the soils in the conventionally farmed areas (metrics for quality include but are not limited to: soil organic matter, amount of organic nitrogen, phosphorous, and potassium), and is able to increase the site’s overall habitat quality. -
Closing the Loop: Ecological Sanitation for Food Security
Publications on Water Resources No. 18 CLOSING THE LOOP Ecological sanitation for food security Steven A. Esrey Ingvar Andersson Astrid Hillers Ron Sawyer Sida Water and Sanitation Thrasher PAHO Program Research Fund Mexico, 2001 II Closing the loop © 2000, Swedish International Development Cooperation Agency Editor Ron Sawyer / SARAR Transformación SC, Tepoztlán, Mexico Copy editor Jana Schroeder Design and typesetting Carlos Gayou / Ediciones del Arkan Illustrations I Sánchez, (cover - based on an original drawing by SA Esrey) C Añorve (Figures 4 - 7) SA Esrey (13) A Hillers (8 & 18) E Masset (11) U Winblad (2 & 12) P Morgan (9 & 10) UNICEF (19) F Arroyo (20) Copies of this publication can be obtained by writing to: Ingvar Andersson UNDP/BDP Room FF 1022 One UN Plaza New York, NY 10017, USA [email protected] Copies of the Spanish edition can be obtained by writing to: Sarar Transformación SC AP 8, Tepoztlán, 62520 Morelos, México [email protected] Web version can be obtained at: http://www.gwpforum.org/gwpef/wfmain.nsf/Publications First Edition, 2001 ISBN: 91-586-8935-4 / Printed in Mexico III ACKNOWLEDGEMENTS This publication has been made possible by the generous contributions from a num- ber of people and organisations. The UNDP/ESDG (Environmentally Sustainable Development Group), with the generous financial support of Sida, initiated and guided the process from beginning to end. UNICEF, the Water and Sanitation Program, the Pan-American Health Organization (PAHO) and the Thrasher Research Fund have provided valuable technical, financial and logistical support. Closing the loop -- Ecological sanitation for food security is a final outcome of a workshop of the same name held in Mexico in October 1999.