THIS IS THE BOOK THEY WILL PROBABLY TRY TO BAN AS IT WILL UNDERMINE OIL INDUSTRY PROFITS IF IT GETS OUT ALL INVENTIONS NOT PATENTABLE YOU MIGHT KNOW SOME.

Slides:



Advertisements
Similar presentations
Farming In The U.K..
Advertisements

Science and the Environment
Humans and Environmental Change
I’m going to create my own organic fertilizer HOW CAN I BE GREEN WITH MY ECOLOGICAL GARDEN?
The Nitrogen Cycle. Nitrogen The most abundant element in earth’s atmosphere = approximately 78%. Used to carry out many life functions. Especially important.
Cycles of Matter Unlike the one-way flow of energy,
The Carbon Cycle.
Think green Stop Climate Change Switch lights off when you are not using them Switching the light off for 3 seconds saves the energy it takes to switch.
Energy Cycling. Energy Flow within an Ecosystem Sun Producers Primary Consumer Secondary/Tertiary Consumer Decomposers Heat Chemical Energy Solar Energy.
ALL ABOUT SOIL.
 Benefits  Balanced fertilization has positive effects on the environment.  Fertilizer use allows farmers to continuously achieve high yields on the.
Composting Energy Methane Power. Flow Chart We will examine how our project works through the use of the flow chart, from bottom up.
Classroom Design By Michelle Ryan. Scenario 4 It's 2063 and the last of the 1960's prefab classrooms are being decommissioned. You have been given the.
Waste Management Lesson 3. Learning Goals In this activity you will: Learn the process, benefits, and types of composting; Study the importance of reduce,
By: Shauna Turner and Annica howe. What is compost? Composting is recycling food and yard waste. That decompose over a short period of time to create.
What is Soil? Soil Contains Minerals and Organic Matter
Energy and Nutrient Transfer Food chains and Food webs Objectives: *Describe a food chain and each feeding stage in it **Distinguish between a food chain.
EUTROPHICATION (NUTRIENT POLLUTION) SOLUTIONS REVIEW BEST POLICIES & REAL FIXES.
Hultabygdens Kretsloppsförening – The Hulta community recycling association  Cooperation between households and farms, 30 km south of Linköping  Main.
Unit 3. What is Ecology?  The Scientific study of the interaction among organisms and between organisms and their environment. Ernst Harckel coined the.
Unit 10 Ecology Energy, Cycles, & Human Impact By: Brandy McClain.
How to turn kitchen scraps…. … into food for your garden.
Composting Its Recycling… Composting is recycling naturally.
Compost: The Soul of Soil 6 billion microbes per handful can’t be wrong!
Intro to Ecology Biology. By completing this lesson, you will learn about… The scope of Ecology Ecological Organization Energy Flow Feeding Relationships.
Cycles of Matter Unlike the one-way flow of energy, matter is ______________.
ABDULAZEEZ MUHAMMAD ITEC211 BIOMASS. CONTENT BIOMASS WHERE DOES IT COME FROM ? TYPES OF BENEFICIAL BIOMASS METHODS OF CONVERSION ADVANTAGES AND.
Ecosystems Section 3 Ecology 4.3 Notes. Ecosystems Section 3 Objectives Describe each of the biogeochemical cycles.
Bell Work Describe the process of recycling paper.
Unit 10 Ecology Energy, Cycles, & Human Impact. Where does most of the energy in an ecosystem originate from? The sun is the main energy source for life.
Ecology.
Learning outcomes Success criteria Students should understand the following Why fertilisers are needed in agricultural systems. How do natural and artificial.
III. Cycles of Matter *While energy is crucial to an ecosystem, all organisms need water, minerals, and other life-sustaining compounds to survive. In.
Uses of biomass energy Sources of Energy Biomass Biomass energy is defined by any organic materials that can be burned and used as a source of fuel. (a)
Permaculture.
Chapter 1 Science and the Environment. 1.1 Understanding Our Environment What is Environmental Science?  The study of the impact of humans on the environment.
Ecosystems & Energy Flow ( ) Could we live on the Moon? On Mars? In this scene from “The Martian,” Matt Damon solves one major problem: how to grow.
Soil Erosion and Building up the soil
Cycles in Nature.  Where matter is recycled but never replenished. –It is never lost.  Sunlight= primary source of energy.
Cycles of matter.
Copyright © 2010 Delmar, Cengage Learning. ALL RIGHTS RESERVED. Chapter 2 Principles of Ecology.
The Water Cycle Evaporation takes place when liquid water changes into water vapor, which is a gas, and enters the atmosphere. Water evaporates from the.
WARM UP  What do you call the first level of a food pyramid? –Primary consumer –Producer –Secondary consumer –Tertiary consumer.
Biogeochemical Cycles Cycling of Matter in Ecological Systems.
2. Name two of the four biogeochemical cycles.
HEALTHY ECOSYSTEMS & ENERGY
SWOT analysis of dry toilets
biomass – organic matter that is alive or was once alive vocabulary words!
Chapter 3. What Is Ecology? Ecology – the study of interactions among organisms and between organisms and their environment – From Greek: oikos (house)
HUMAN POPULATION & SUSTAINABILITY. HUMAN POPULATION - HISTORY Homo sapien sapien “wise man” 250,000 – 500,000 years ago Hunter-gather populations considered.
Energy Cycling. Energy Flow within an Ecosystem Sun Producers Primary Consumer Secondary/Tertiary Consumer Decomposers Heat Chemical Energy Solar Energy.
Biogeochemical Cycles
How are the carbon and oxygen cycles related?
Unit 2: Natural Resources
Ecology 4.3 Notes.
Natural Resources Chapter 23.
Birth of Universe Birth of Universe Birth of Universe
3-3 Cycles of Matter.
Cycles of Matter MATTER CYCLES
Towards a Sustainable Agriculture
Fertilizers and Population
The Water Cycle Learning Objectives:
Cycles in Nature 13.2.
Ecology.
Decay and the Carbon Cycle
The Biosphere Control & Management Mr G Davidson.
The nutrient cycle The process of recycling substance necessary for life. It includes: The carbon cycle The nitrogen cycle The phosphorous cycle The water.
Ecology Ch. 3 – The Biosphere.
Chapter 3 The Biosphere.
Composting Basics.
Presentation transcript:

THIS IS THE BOOK THEY WILL PROBABLY TRY TO BAN AS IT WILL UNDERMINE OIL INDUSTRY PROFITS IF IT GETS OUT ALL INVENTIONS NOT PATENTABLE YOU MIGHT KNOW SOME OF THEM ALREADY – BUT DO YOU KNOW ALL? THE 20 ALREADY KNOWN INVENTIONS THAT COULD SOLVE THE POST PEAK OIL CHALLENGE By Stephen Hinton Author of Inventing for the Sustainable planet Ultimate GREEN TECH

2

3 This device, made of recyclable material, captures most of the nitrogen and phosphorous leaving the waste streams of residential dwellings. It returns these essential nutrients to the soil as fertiliser, eliminating the need for artificial fertilizers requiring huge energy inputs.

4 Name: Chamber pot Dimensions, materials: Porcelain, 30 cm diameter 20 cm high Energy consumption in use: Zero Function: Captures urine and faeces. Urine unmixed with faeces is transported to garden. Operation: Operator dilutes with water and pours onto part of garden growing plants for composting.

5 This special material renders bacteria and remains of medicines harmless. Once in contact with this material, bacteria and medicines are broken down and rendered harmless by the ultra-aggressive organisms living in this material.

6 Name: Soil Dimensions, materials: ubiquitous on land Energy consumption: Zero Function: recycles organic waste, renders most bacteria and complex organic compounds like medicines excreted with urine, inert. Operation: Mix infected material with soil.

7 This invention is a sustainable plough. It runs on renewable energy, and requires very little management except for an external guidance device that keeps it inside the area to be ploughed. You leave this device in the field and after a while the whole field is ploughed and ready for planting. This device also produces high quality protein as a by-product.

8 Name: Pig. Dimensions, mammal various sizes up to 100kg. Energy consumption: requires feeding (can use waste food). Function: Ploughs up arable land, produces food protein. Operation: Requires to be left in field and contained with electric fence or similar.

9 This invention delivers top-class organic vegetables to your door, requiring no fossil energy for their transport.

10 Name: Kitchen garden Dimensions, About 12m by 12m Energy consumption: Human energy needed to tend the plot Function: Provides space to grow vegetables Operation: requires tending through four annual seasons: planting, weeding and care, harvesting and winter maintenance

11 This is a new free social networking app. It creates relationships fast, costs nothing in capital outlay Can be installed and used on all communication devices. The best way to expand your community

12 Name: Kindness Dimensions, materials: Social invention, built in in humans Energy use and source: Energy consumption: Zero Function: Creates long lasting resilient social ties and knits communities together Operation: Expressed by individuals as feeling arises.

13 Name: Clothes line Dimensions, materials: string/rope and supporting posts of metal or wood. Energy use and source: Energy consumption: Captures and uses the heat from the sun’s rays Function: Heat dries clothes. Operation: Place clothes on line and leave until dry.