I grew up on a small organic farm and some of my fondest memories took place in our grape vineyard.  We spent a lot of time weeding, tying the vines, lugging pruned vines to the wienie-roast pile (a very special annual event!) and of course...picking those luscious, organic clusters from the vines and popping fresh Concord and Fredonia grapes out of their skins onto our hungry tongues.  And of course, spitting the seeds in our continual seed spitting contests!  Siblings do things like that!

But, today I discovered I don't have to wait for a plot of land to revisit my childhood fantasy to have a grape arbor... I can grow grapes in containers!

Usually, grapes grown in containers are grown only for the beauty of their foliage and the enjoyment of watching them climb a trellis; they won't bear fruit. Although some varieties of grapes self-pollinate, blossoms need the help of wind or bees to produce fruit.

Still, a trellised grapevine can be a lovely focal point for your container garden. Whether planted or potted, growing a grapevine in full sun is probably the most important requirement for growing grapes. Gardening- Guides.com

Well...maybe there won't be any seed spitting contests...but the beauty of the grape leaves can  grace my veranda high in the sky!

Mothers and fathers are becoming aware that food is part of their impact on the world...and their own health. More young adults are getting worried about the politics of food -- how far it travels, how safe it is, how pesticides affect the environment.

On top of these social concerns, the young professionals are beginning to realize how much they are spending on organic produce. Driven by these growing food costs, concerns about global food shortages, and a new environmental consciousness, concerned consumers like are beginning to look at old fashioned 'victory gardens" to produce food on their own plots of land and urban balconies.

Some Tips for first Time Gardeners Find a USDA Plant Hardiness Zone Map. Study it so you will know which plants grow well in your area.

You might like to start with some transplants from a quality local nursery. These are expensive, but they get you started learning how to care for plants, and they start your garden-to-table habit while you are highly enthused! It takes patience, discipline and staying power to plant seeds and wait 60 to 90 days for the harvest!

Start Easy, Start Small There are plants for food and plants that are just for looks. And some easy plants to grow are foods that you just might not like to eat! Some of the easiest "organic", "local", and highly nutritious foods to produce by first time gardeners include:

• Salad fixins: leaf lettuce, radishes, carrots, green onions, cucumbers
• Tomatoes
• Herbs: thyme, sage, mint,
• Squash
• Peppers

Vegetable Container Gardens Just Make Good Cents!

While it makes just makes sense that you can container garden with herbs and flowers, it makes real cents to add a small vegetable container garden as well. Here's a short overview of a very ambitious gardener! You might not want to plant all these plants...but this video shows you what seedlings look like!

Radish, carrots, tomatoes and small vegetables are a perfect choice.

Helpful websites:
How to Start a Fruit and Vegetable Garden

Container Vegetable Gardens and Vegetable Plants Suitable for Containers

And ... add a few plants for your local, native wildlife. They need food from gardens, too! Wildlife need local, native plants. Check with your local native plant nursery or native plant society for suggestions. You'll enjoy having butterflies, birds and native bees come visit your garden. AND they are pollinators for your plants, helping increase your harvest of many flowering plants.

Written by Barbara Eisenstein,
Horticulture Outreach Coordinator
Rancho Santa Ana Botanical Garden

Each year I look forward to the burst of spring wildflowers in the planted strip along the sidewalk beside my house. I await the towering sunflowers that follow in the summer. The blues of the sages, ceanothus and penstemons calm me, while the bright orange and reds of the mallows and monkeyflowers bring excitement. The coolness of the woodland garden with its rich, deep greens is comforting.

The Compost Pile

But the compost heap is the wildness of my suburbia. It is teaming with life, with hunters, grazers, scavengers, and decomposers. They take the form of mammals, lizards, insects, snakes, spiders and unknowns. It is my favorite garden spot.

The rear corner of my backyard is where I put most of my yard waste. It is not a pretty sight. A black plastic bin contains household vegetable waste, hopefully keeping the rats from the sweet, succulent food they so enjoy. Leaves, twigs, branches, and grass clippings are piled high.

Beautifying The Compost Pile

Though it is my favorite place, I realize it is not much to look at, and so I planted a tree mallow (Lavatera assurgeniflora) to keep it from view. Within about six months the mallow grew from six inches to four feet tall and at least 6 feet wide, effectively screening the pile of debris.

Easy Composting

I am a lazy composter. I throw the yard waste into a heap, spreading grass clippings over layers of twigs, branches and leaves. This ensures that the mound does not compress into an air-tight, anaerobic, rotting mess. I do not turn my compost, rather, I dig into it whenever the need arises.

What to Layer Onto Your Compost Pile

On top are the least decomposed leaves and grass. Slightly below is the partially decomposed material, perfect for mulch in my woodland gardens. Digging in a bit further I come across deep brown, rich organic soil. Occasionally I sprinkle this over my turf instead of using fertilizer. It has seeds from weeds, but on balance my lawn is dense and healthy with a tolerable quantity of weeds. I add perlite (available at most garden shops) to this rich organic soil to make potting soil. Again, my pots have some weeds, but for the most part, my container plants do well. I incorporate extra perlite for succulents and other plants requiring excellent drainage. This mix has worked well for pots of dudleyas, sages, and even a woolly blue curls, now two years old.

Native Species Habitat In The Compost Pile

Whenever I climb the mound to add more greens, I see thousands of spiders scurry away. Digging into the pile I uncover large, juicy translucent grubs, and slender pink earthworms. Millipedes slither on. A startled lizard slides away as I turn over a log. Earwigs, sowbugs, snails and slugs join the mix. The compost heap is always warm as bacteria, in concert with all of these other critters, go about the everyday work of recycling organic debris into rich soil. It has a rich earthy smell.

And if all of this activity were not enough, now when I go to the pile, I see a carefully excavated hole, with a neat pile of fine soil beside it. My imagination goes wild trying to visualize this meticulous excavator. I don’t have gophers. Maybe it is Mole from Kenneth Grahame’s The Wind in the Willows.
 

About Rancho Santa Ana Botanical Garden

RSABG is the largest botanical garden dedicated exclusively to our state's native plants. Visitors are welcome to enjoy the meandering pathways of this 86 acre natural setting which offers panoramic mountain views throughout the year. Self guided interpretive brochures are available at the California Garden Shop and enable visitors to fully enjoy the three distinct areas of the Botanic Garden: Indian Hill Mesa, the East Alluvial Gardens, and the Plant Communities.

The Botanic Garden is a private, non-profit organization, open to the public daily from 8:00 a.m. to 5:00 p.m. Admission is free; a donation of $4.00/person and $8.00/family is suggested.

Rancho Santa Ana Botanical Garden
1500 North College Avenue
Claremont, CA 91711-3157
Telephone: (909) 625-8767
www.rsabg.org

My mother introduced bamboo into our backyard about 50 years ago...it was exotic and I had endless fun creating fishing poles and lattices and other crafts.  However, it took over the backyard flower garden!

With today's interest in sustainable materials and plants, bamboo has risen in popularity, both as a building material and as landscaping material.  This "grass" is definitely a plant on "steroids!"

Controlling Bamboo tips are available on the website of  ...

American Bamboo Society

Controlling Bamboo:  While we really are in favor of planting bamboos, rather than eliminating them, we do need to tell people how to get rid of a bamboo when somebody has planted the wrong variety, or the right variety in the wrong place. One of the most common letters we receive starts out “My neighbor planted a bamboo, and now it is coming up all over my yard. I have sprayed it with (product name deleted) and it doesn’t work. What can I do?"

The first thing to remember is that there are many different species of bamboo. In general, however, one can divide bamboos into “Runners” and “Clumpers”. The Clumpers don’t invade. To remove a clumper, just dig it out (and transplant it.) Runners can be well-behaved in cold climates, but some kinds when in a warm climate, and given plenty of water, can become a serious problem. Don’t plant a runner in a small yard in a warm climate, unless you put a barrier* around it.

THIS Landscaping Society provides a wide variety of information about growing and controlling bamboo, as well as source lists and frequently asked questions and events.

American Bamboo Society
www.americanbamboo.org

pamalex effects tree table collection

A completely original category of outdoor furnishing, perfect for both the urban garden or estate setting, and useful everywhere from the tiniest terrace (26” bistro) to the most expansive pool deck (50” x 78” Leaf). The jardin tree table is perfect for areas covered by awnings or in naturally shady spots, as it uses lower growing plant material. bistro tree table Perfect for those small terraces, or just outside a door. The slightly taller profile makes it just right for resting a drink during the cool pool party.

Table overall dimensions: 32" h x 26" dia.

Table shown features a sturdy galvanized steel armature on round ceramic container base. The table top is ground glass, 26" diameter, accommodates 4"-6" caliper tree in 6" round hole Price for table as shown: $720.00 plus tax and delivery

So Innovative!

What a great way to add trees to urban landscapes.  Flower to the People in Los Angeles provides a variety of "tree tables" on their website, as well as living roofs and other sustainable outdoor living solutions.  Check them out!

Flower to the People

Simply speaking, a green roof is a living roof. While green roof design has its roots in ancient civilizations (think hanging gardens of Babylon), as American cities have become more concerned about managing quantities of stormwater runoff, air quality, and building heat transfer, large modern green roofs have been appearing on commercial properties across the country. Now, FLOWER ot the PEOPLE, Inc. has green roof solutions specifically designed for Southern California private residences. Here the Beverly Hills green roof at Greystone Manor Estate is still growing strong more than two years after its installation. Succulent-covered roofs, like the one at Greystone and the green roofs pictured here, even provide a fire-retarding alternative to traditional shake or stone roofs.

A living roof provides superior energy efficiency for any building (saving on energy costs), extends the life of the roof membrane, is beautiful to look at, provides the local environment with beneficial air-cleaning, cooling and storm water reduction, and promotes greater biodiversity.

Green Roof Section View

1 roof flashing

2 EPDM waterproof membrane

3 root barrier

4 drainage mat

5 "L" sheet metal edge

6 1/2" pea gravel

7 nonwoven separation fabric

8 planting media

9 plants

10 gutter (optional)

It's delightful to discover a thriving treasure-- whether it is a garden or a business!  Flower to the People is such a treasure right in my own community!  Visit their website for a delightful array of garden designs that bring nature and sustainable gardening solutions to the urban landscape.  Their "Exterior Design Portfolio" in particular is expansive and a bloomin' delight!

Flower to the People is located in West Los Angeles, CA at:

11409 Charnock Rd., Los Angeles, CA 90066

FLOWER to the PEOPLE is a sustainable exterior design and outdoor lifestyle firm. Their residential and commercial clients rely on them to create unique environmentally-friendly exterior spaces that suit their contemporary lifestyles.

What is Edible Forest Gardening?
Edible forest gardening is the art and science of putting plants together in woodlandlike patterns that forge mutually beneficial relationships, creating a garden ecosystem that is more than the sum of its parts. You can grow fruits, nuts, vegetables, herbs, mushrooms, other useful plants, and animals in a way that mimics natural ecosystems. You can create a beautiful, diverse, high-yield garden. If designed with care and deep understanding of ecosystem function, you can also design a garden that is largely self-maintaining. In many of the world's temperate-climate regions, your garden would soon start reverting to forest if you were to stop managing it. We humans work hard to hold back succession—mowing, weeding, plowing, and spraying. If the successional process were the wind, we would be constantly motoring against it. Why not put up a sail and glide along with the land's natural tendency to grow trees? By mimicking the structure and function of forest ecosystems we can gain a number of benefits.

Why Grow an Edible Forest Garden?
While each forest gardener will have unique design goals, forest gardening in general has three primary practical intentions:

• High yields of diverse products such as food, fuel, fiber, fodder, fertilizer, 'farmaceuticals' and fun;
• A largely self-maintaining garden and;
• A healthy ecosystem.

These three goals are mutually reinforcing. For example, diverse crops make it easier to design a healthy, self-maintaining ecosystem, and a healthy garden ecosystem should have reduced maintenance requirements. However, forest gardening also has higher aims.

As Masanobu Fukuoka once said, "The ultimate goal of farming is not the growing of crops, but the cultivation and perfection of human beings."

SOURCE:  www.edibleforestgardens.com

The Performance Information and Visualization and Outreach Tool (PIVOT) module for the National Estuary Program (NEP) highlights common habitat degradation and loss problems faced by National Estuary communities around the country.

PIVOT's interactive graphics, maps and photos are designed to help users better understand the issues and visually track progress toward achieving habitat restoration goals in the 28 National Estuary Programs.

An interactive graphic shows how everyday human activities along the coast increase pressures on natural habitat and can impact the health of our estuaries in other ways as well.

Links are provided to information about watersheds, maps, and performance measures useful for reporting progress toward improving the health of coastal watersheds.

Performance Indicators Visualization and Outreach Tool (PIVOT)

The National Estuary Program works with local communities to improve the health of our nation's estuaries. Community support and involvement is fundamental to the success of these efforts. Through an extensive stakeholder planning process, NEP communities develop comprehensive conservation and management plans, or CCMPs. These plans serve as documentation of the communities' environmental goals for their estuaries and watersheds as well as blueprints for achieving those goals. As this is a long-term process, keeping the community well informed and connected with plan activities and progress is critical to keeping the plan a vital, living process for the community.

Performance reporting is not only essential for garnering and maintaining community support, it is often mandated. Enabling legislation or other laws—federal or local—may require responsible agencies to report on what progress they are making toward established goals. For the National Estuary Program, several pieces of federal legislation weigh in on performance reporting.

28 National Estuary Programs

Each of the 28 National Estuary Programs was charged with developing and implementing a Comprehensive Conservation and Management Plan (CCMP) which establishes priorities for activities, research, and funding for the estuary. The CCMP serves as a blueprint to guide future decisions and actions and addresses a wide range of environmental protection issues including water quality, habitat, fish and wildlife, pathogens, land use, and introduced species to name a few. The CCMP is based on a scientific characterization of the estuary and is developed and approved by a broad-based coalition of stakeholders.

Comprehensive Estuary Conservation and Management Plans

Invasive species means an alien species whose introduction does or is likely to cause economic or environmental harm or harm to human health.

Threat to Freshwater Ecosystems

Invasive species are one of the largest threats to our terrestrial, coastal and freshwater ecosystems, as well as being a major global concern.

Invasive species can affect aquatic ecosystems directly or by affecting the land in ways that harm aquatic ecosystems.


Threat to Biodiversity
 
Invasive species represent the second leading cause of species extinction and loss of biodiversity in aquatic environments worldwide. They also result in considerable economic effects through direct economic losses and management/control costs, while dramatically altering ecosystems supporting commercial and recreational activities.

Effects on aquatic ecosystems result in decreased native populations, modified water tables, changes in run-off dynamics and fire frequency, among other alterations. These ecological changes in turn impact many recreational and commercial activities dependent on aquatic ecosystems. Common sources of aquatic invasive species introduction include ballast water, aquaculture escapes, and accidental and/or intentional introductions, among others.

Ballast Water Carries Invasive Species

A major concern is the introduction of invasive species through ship ballast water carrying viable organisms from one waterbody to another. All mainland coasts of the United States - East, West, Gulf, and Great Lakes, as well as the coastal waters of Alaska, Hawaii, and the Pacific Islands - have felt the effects of successful aquatic species invasions.

Over two-thirds of recent non-native species introductions in marine and coastal areas are likely due to ship-borne vectors, and ballast water transport and discharge is the most universal and ubiquitous of these.

EPA is working in conjunction with our Federal and State partners to address this source of aquatic invasive species both domestically and internationally.

• Useful Links to Ballast Water Related Information

Solutions For Landscapers

We don't think about how our purchasing habits affect natural systems.  But heavy global traffic on the oceans directly affects the invasive species on both water and land.  In the water, we are finding clams, water plants are hitching a ride.

These same ships bring containers that contain seeds and eggs for snakes, spiders, even parrots that escape their confines and invade areas with little or no natural deterrents such as wildlife that eats them for food, or bacteria that control their growth and reproduction.

A simple solution is to buy local, native plants whenever possible.  Even tools and equipment bought locally or in the US is a move to reduce ocean traffic to a manageable level.

When international trade is essential, it is important to work with reputable distribution systems that have safeguards in place and have stringent control systems that are explained to you...and measured.

Many watershed organizations could increase their impact through long-term financial planning. In order to most effectively protect America's waters, watershed organizations must develop and implement strategies to obtain, diversify, and leverage sustainable sources of funding.

This EPA training module is designed to help your watershed organization develop and implement a sustainable funding plan. This module:

• Outlines the six key steps of fundraising plan development
  
  
• Introduces a diverse set of fundraising options
  
  
• Provides case studies of successful finance mechanisms

EPA's hope is to give both established and new nonprofit watershed organizations a solid methodology for creating finance plans to ensure their own sustainability.

This module is intended primarily for nonprofit watershed organizations.

State or local governments should visit the EPA Financing for Compliance Page.

We use case studies throughout the module to provide real examples of finance strategies employed by nonprofit watershed organizations throughout the country. The title of this module may suggest a template for creating a written funding plan. While a written plan is one outcome, we hope the process of developing the plan—as outlined in six steps—is of even greater value.

Table of Contents

Introduction
Do You Need a Funding Plan?
Introduction to the Six Steps
Step 1: Establish Priorities
Step 2: Assess Capacity
Step 3: Set Fundraising Goals
Step 4: Identify Funding Sources
Step 5: Evaluate & Select Funding Sources
Step 6: Write & Implement Plan
Final Quiz
Sample Finance Plans
List of Case Studies
References & Additional Resources

This handbook is intended to help communities, watershed organizations, and state, local, tribal and federal environmental agencies develop and implement watershed plans to meet water quality standards and protect water resources. It was designed to help any organization undertaking a watershed planning effort, and it should be particularly useful to persons working with impaired or threatened waters. EPA intends for this handbook to supplement existing watershed planning guides that have already been developed by agencies, universities, and other nonprofit organizations. The handbook is generally more specific than other guides with respect to guidance on quantifying existing pollutant loads, developing estimates of the load reductions required to meet water quality standards, developing effective management measures, and tracking progress once the plan is implemented.

EPA will be seeking advice from watershed organizations in developing the future versions of the handbook. A mailbox for emailed comments, suggestions, and corrections has been created. Please address them to watershedhandbook@epa.gov.

The links on the website present the full handbook and the handbook divided into 13 chapters, contents (including the cover page, table of contents, and acronyms and abbreviations), 2 appendices, a glossary, and a bibliography, with downloadable PDF files for each. You may download each file by clicking on its link.

DOWNLOAD the COURSE at EPA.GOV

This handbook is intended to help communities, watershed organizations, and state, local, tribal and federal environmental agencies develop and implement watershed plans to meet water quality standards and protect water resources. It was designed to help any organization undertaking a watershed planning effort, and it should be particularly useful to persons working with impaired or threatened waters. EPA intends for this handbook to supplement existing watershed planning guides that have already been developed by agencies, universities, and other nonprofit organizations. The handbook is generally more specific than other guides with respect to guidance on quantifying existing pollutant loads, developing estimates of the load reductions required to meet water quality standards, developing effective management measures, and tracking progress once the plan is implemented.

EPA will be seeking advice from watershed organizations in developing the future versions of the handbook. A mailbox for emailed comments, suggestions, and corrections has been created. Please address them to watershedhandbook@epa.gov.

The links on the website present the full handbook and the handbook divided into 13 chapters, contents (including the cover page, table of contents, and acronyms and abbreviations), 2 appendices, a glossary, and a bibliography, with downloadable PDF files for each. You may download each file by clicking on its link.

DOWNLOAD the COURSE at EPA.GOV

Golf courses frequently are large enough to include wetland areas.  But until recently, the manicured course was the norm.  More natural golf courses are beginning to emerge, but still need advocates to encourage the reduction of chemicals in landscaping, and preservation or restoration of natural and native flora and fauna.

This interview by Golf Digest with Robert Wood, the deputy director of the Wetlands Division, the EPA's representative in the Golf & the Environment Initiative, and an 18-handicap golfer.

Why do wetlands matter on golf courses?

Why shouldn't I be able to fill in the wetland on my golf-course project?
 
Wetlands are a vital part of any aquatic ecosystem. They provide habitat to a wide range of wildlife from fish, shellfish, all the way down to insect communities. Wetlands are the unique habitat for something like 30 percent of all endangered species, and 50 percent of endangered species spend at least part of their life cycle in wetlands. They're very ecologically rich.

To most people, endangered species are things like snow leopards and elephants, but there are more than 1,000 endangered species in the U.S. alone.

That's right. People are not thinking about salamanders or vegetation in a wetland. They're critically important as a habitat. And they're critically important as a filter: We build all this infrastructure to keep water clean, and wetlands provide very much that same kind of cleansing capacity in a natural way. And they provide a buffering capacity for storm events. We saw this very much with the Katrina and Rita storms in the Gulf of Mexico.

Is there a figure for the size of America's wetlands? A lot of the wetlands have disappeared.
The first statistical wetlands status-and-trends report in 1983 estimated the rate of wetland loss from the mid-1950s to the mid-1970s at 458,000 acres per year. Wetlands then were largely thought of as a hindrance to development. In the 1991 report, which covered the mid-1970s to the mid-1980s, we were still losing wetlands, but the rate had declined to 290,000 acres a year. The third report, from '86 to '97, indicated that the rate of loss was down to 58,500 acres per year. Now the 2006 report, which covers 1998 to 2004, shows that the wetland area actually increased by an average of 32,000 acres per year. This was the first report to show that we were in a period of increasing wetlands. There was, however, some issue with this report over how wetlands were defined.

[Note: The report states that the total area of wetlands in the U.S. in 2004 was 107.7 million acres. Wood goes on to explain that the claim of wetlands growth has been contested. A New York Times story, for instance, explains that over the study period, 523,500 acres of true wetlands, swamps and tidal marshes were lost, but this was offset in the report by gains of 715,300 acres of ponds, including man-made ornamental ponds -- hardly a fair trade.]

To some golfers, wetlands and wild areas are just a nuisance, places where you're going to lose your ball. They'd rather see the golf course mowed from fence line to fence line. What do you say to them?

When you provide a bit of education, you can get a very different answer. You can say, for example, that not mowing certain areas is better for wildlife, better for water quality and allows native vegetation to thrive and maybe prevents an invasive species from moving in. It might change the look of the course a little bit and the way it plays a little bit, maybe not. I'm a golfer, and to me what's intrinsically attractive about the game is that you are essentially in a natural setting. And it's the restrictions and unique features of that natural setting that make a particular course challenging, one that you like and remember and want to go back to. That's been a design principle of golf courses from the beginning. It's part of the game.

One of the influential landscape architects of the last century was Ian McHarg, who was a professor at the University of Pennsylvania. He came out with a book in 1969 called Design with Nature. The audience was really urban planners and landscape architects, but it applies to golf courses, too. It's the tradition of the game, and we're rediscovering that tradition.

READ THE REST AT THE SOURCE: GolfDigest

Over the years, hundreds of thousands of miles of river corridors and millions of acres of wetlands have been damaged throughout the nation. Restoration seeks to return some of these ecosystems to their approximate pre-disturbance conditions.

The ecological and societal benefits of river corridor and wetlands restoration are substantial:

Rivers transport water, sediment, and nutrients from the land to the sea, play an important role in building deltas and beaches, and regulate the salinity and fertility of estuaries and coastal zones. Rivers serve as corridors for migratory birds and fish, and provide habitat to many unique species of plants and animals, including federally endangered and threatened aquatic species. According to the 1985 National Survey of Fishing, Hunting, and Wildlife -Associated Recreation (U.S. DOI, Fish and Wildlife Service, 1988), 38.4 million fishermen spent $17.8 billion for non-Great Lakes freshwater fishing in 1985, with 45 percent of reported anglers fishing in rivers and streams.

Wetlands provide food, protection from predators, and other vital habitat factors for many of the nation's fish and wildlife species, including endangered and threatened species. In addition, wetland ecotypes have economic value associated with recreational, commercial, and subsistence use of fish and wildlife resources and they remove pollutants from overland flows before they reach our lakes, rivers and bays.

Wetlands intercept storm runoff and release floodwaters gradually to downstream systems. When wetlands are converted to systems without water retention capacity, downstream flooding problems increase.

From 1982 to 1992, a total of 768,700 acres of wetlands were gained as a result of restoration activities around the nation (USDA, 1997). Likewise, numerous miles of rivers and streams were restored in our nations watersheds over the same time period. When properly planned, executed and managed, restoration works; its success can be attributed to the hard work and dedication of practitioners, scientists, and others who seek to heal damaged natural systems and improve our communities.

Learn more about restoration of wetlands:

EPA Wetlands, oceans & Watersheds

Learn! Explore! Take Action!

Celebrate the vital importance of wetlands to the Nation's ecological, economic, and social health.

May, American Wetlands Month is also a great opportunity to discover and teach others about the important role that wetlands play in our environment and the significant benefits they provide - improved water quality, increased water storage and supply, reduced flood and storm surge risk, and critical habitat for plants, fish, and wildlife.

In organizing its activities this year, EPA is placing special emphasis on encouraging Americans to:

1. Learn about wetlands. This is a great time to better understand what a wetland is, where wetlands can be found, and the importance of wetlands. Activities may include reading and studying about wetland areas, drawing maps or illustrations of wetlands, and identifying native species found in wetlands. Information on wetlands and the important benefits they provide is available on this website, through EPA's wetland fact sheet series, or by visiting the websites of our partners.
2. Explore a wetland near you. Unless you live in the most extreme climate zones, there is a good chance a scenic wetland exists nearby for you to visit and explore during American Wetlands Month and throughout the year. To find a wetland near you, consult your local parks department, state natural resource agency, or the United States Fish and Wildlife Service (http://www.fws.gov/refuges). If you live in the Washington, DC area, a guide has been created to highlight wetlands and wildlife sanctuaries.
3. Take action to protect and restore wetlands. Support and promote wetlands informing community members about wetlands' vital roles, "adopting" a wetland, joining a local watershed group, or participating in a wetland monitoring, restoration, or cleanup project. There are many other actions Americans can take to help conserve wetlands.To learn more about what you can do to help protect and restore these valuable natural resources in your state or local area, visit http://www.epa.gov/owow/wetlands/awm/#you.

The Department of Water Resources (DWR) has released a new water resources data management tool called the Integrated Water Resources Information System (IWRIS).

Web-based Geographic Information System for Water Management

IWRIS is a Web-based Geographic Information System application that allows users to access, integrate, query, and visualize multiple sets of data from diverse sources.

Some of the databases currently accessible through IWRIS include DWR’s Water Data Library, California Data Exchange Center (CDEC), United States Geological Survey streamflow data, Local Groundwater Assistance Grants (AB303), and data from local agencies. The system will be expanded with additional data sets and functionality in the future.

Improve Water Data Management for Integrated Regional Water Management

DWR developed IWRIS to improve water data management and scientific understanding in support of Integrated Regional Water Management (IRWM).

The California Water Plan Update 2005 identifies IRWM as a key initiative to ensure reliable water supplies through the year 2030.

The Department of Water Resources operates and maintains the State Water Project, provides dam safety and flood control and inspection services, assists local water districts in water management and water conservation planning, and plans for future statewide water needs.

RESOURCE:
Integrated Water Resources Information System
Department of Water Resources
Division of Planning and Local Assistance
901 P Street
Sacramento, CA 95814
www.iwris.water.ca.gov

Composting can be simple, or high tech.  But compost is what nature does naturally under canopies of trees, under bushes, under groundcover...in the thin layer between air and soil. 

Doug Green highly recommends composting strategies that make great common sense...and he takes it a step further with "compost tea".

Compost is the heart and soul of the garden and the more research that’s done on soil structure and health, the more that compost and composting becomes important for both home and commercial gardening. If you do nothing else this summer, get the compost bin working. And if you have compost working and want to take it one step further for your lawn and garden health, learn to make compost tea. Making tea properly allows you to take the small amount of compost you make and multiply it like loaves and fishes so your entire property gets the benefit. (DougGreensGarden.com)

Compost Tea

By using compost tea to replace chemical-based fertilizers, pesticides, and fungicides, you can garden safer and be more protective of the environment. Pennsylvania Dept. of Environmental Protection gives an easy pictorial guide to making compost tea:

Supplies needed: 2 - 5 gallon buckets 1 gallon mature compost 1 aquarium pump 1 gang valve (to divide the air supply into several streams) 4 gallons of water 3 feet + of aquarium hose unsulfured molasses

And Wikipedia provides more options for selecting different kinds of compost tea and how Europe handles this earth friendly solution for ground nutrition.

Wikipedia:  There are several kinds of compost tea, depending on the method and ingredients with which the tea is made. In Europe compost teas are largely distinguished on the basis of whether or not they have manure content, the latter preferred for having more consistent disease suppressive capabilities.

Developing Your Gardening System

What does an experienced organic gardener read to learn the nuts and bolts...rather, the soil and plants... of starting their gardening avocation?

Lorra, an ardent fan of Doug Green's blog, left the following comment on a very thought provoking blog essay about how Doug takes "the high road" in providing information and a positive approach to gardening for his readers.

In the early 1970s when Life presented me, a farmer’s daughter, with the opportunity to have a large garden I was delighted. With my Encyclopedia of Organic Gardening by Rodale Press, and Ruth Stout’s The No Work Garden Book away I went. My husband had grown up in one of the largest greenhouse gardening areas in the USA Midwest. There was no end to our disagreements on how to do it. Or rather, how I should do it. I scrounge leaves from the whole neighborhood (already bagged). Use them for mulch at home and in the park garden I am building – even tho, by some standards, “they look dirty”. Put no chemicals on Mother Earth, have bird houses, talk to Earl the Squirrel, and even allow the local opossum and/or raccoon to reside under the deck – as long as it doesn’t trod on my lemon lily.  (Douggreensgarden.com)

It's possible to learn bits and pieces about biodynamic gardening, organic farming and permaculture from blogs, but there is nothing like a comprehensive encyclopedic approach if you want to implement a whole SYSTEM such as gardening or landscaping as an avocation / or vocation.

What is your favorite sourcebook or system for putting all the participants in your little bit of Eden together?

Your comments are very welcome and they will help develop this resource center into a positive source  of information about landscaping solutions that are practical, environmentally nurturing and FUN!

Going green is seen as a fad by some...a recent development...and something for corporations and communities to deal with.  But conservation is at the heart of the green movement -- and conscientious folks have been at it for a very long time.  The following note is an excellent look at the heart of green . . .

...I bet it isn't easy being Green. I do not care to enumerate
the sacrifices I've made over the last 40 years in order to
meet my own standards for living as environmentally soundly as I can
manage. These are personal decisions made to mesh with my own value
system, which includes viewing other parts of the Earth and its
inhabitants as being equal to myself. The most I feel I can ask of others
is to become conscious of what they are choosing for themselves.
Frequently, awareness initiates change.

Our collegues have made us aware of the issues regarding hydrogels and
their soy alternatives, so I leave you with Maya Angelou's famous "When
you know better, you do better."

Regards,
Lois
LOIS de Vries' Garden Views
Thoughts on Gardening and Environmental Issues

Visit http://loisdevries.blogspot.com

Indoor Water Conservation

Plumbing conservation is widely accepted and routinely called for in federal, state and local legislation, ordinances for new development and agency rebate programs.

These devices are making a measurable difference. For example, Los Angeles saw a 25 percent decrease in demand in the 1990s with a plumbing retrofit program funded by water agencies.

The major benefit of low-flow plumbing device programs is that they can be implemented without requiring a change in the behavior of end users.

Outdoor Water Conservation

Saving water indoors with low-flow plumbing is easy compared to controlling outdoor water waste. Yet the vast majority of household water flows outside.

A study conducted by the American Water Works Association (AWWA) shows that 58 percent of residential water is applied to landscapes.  Gardening, recognized as the number one outdoor leisure activity, is growing in popularity as a national pastime.

According to a report published in the journal Environmental Management, some 40 million acres of the U.S. are covered in lawns, making turf the nation’s most irrigated crop.

And according to the American Water Works Association, most landscapes are overwatered by 30% to 300%, accounting for 80% of all landscape damage...and water waste!

SOLUTION:  Remove the TURF and replace it with DROUGHT TOLERANT GARDENS or NATIVE HABITAT, etc. that reduces water use.

See more research studies that can help you save water at the Independent Research Studies webpage provided by WeatherTRAK.

SOURCE:  WeatherTRAK.com

America is under siege by many harmful non-native species of plants, animals, and microorganisms.

More than 6,500 nonindigenous species are now established in the United States, posing risks to native species, valued ecosystems, and human and wildlife health.

Natural Disaster of a Living Kind

The current annual environmental, economic, and health-related costs of invasive species exceed those of all other natural disasters combined.

USGS provides the tools, technology, and information supporting efforts to prevent, contain, control, and manage invasive species nationwide.

USGS plays an important role in Federal efforts to combat invasive species in natural and semi-natural areas through early detection and assessment of newly established invaders, monitoring of invading populations; improving understanding of the ecology of invaders and factors in the resistance of habitats to invasion; and development and testing of prevention, management, and control methods. USGS invasive species research encompasses all significant groups of invasive organisms in terrestrial and aquatic ecosystems in all regions of the United States.

Research components of the  USGS Invasive Species Program include:

• Prevention
• Early Detection and Rapid Assessment of New Invaders
• Monitoring and Forecasting of Invasive Species
• Effects of Invasive Species
• Control and Management of Invasive Species
• Information Management

INVASIVE SPECIES MANAGEMENT RESOURCES

For a list of the most current Invasives program research projects, visit the USGS Invasive program's Highlighted Projects page.

The Invasive Species Information Node (ISIN) is a data management portal for invasive plants, animals, and pathogens in the United States and a thematic node of the National Biological Information Infrastructure (NBII). I

The Global Invasive Species Database, now easier to use, grants access to quadruple the number of invasive species than when the database began. 

Two agencies within the Department of the Interior (DOI) are responsible for researching and regulating invasive species:

The U.S. Geological Survey (USGS; http://www.usgs.gov) is a research arm of DOI, and USGS scientists conduct  extensive, worldwide research on invasive species that provide a basis for regulating importation and interstate transport of animals in the U.S.

The U.S. Fish and Wildlife Service (FWS; http://www.fws.gov),  is responsible for fisheries management, regulations, law enforcement, and education. The mission of the FWS is to work with others to conserve, protect, and enhance fish, wildlife, and plants for the continued benefit of the American people.

For More Information, Contact:

U.S. Fish and Wildlife Service
Division of Environmental Quality
Branch of Invasive Species
4401 N. Fairfax Drive, Suite 840
Arlington, VA 22203
(703) 358-2148
http://contaminants.fws.gov/Issues/InvasiveSpecies.cfm

U.S. Geological Survey
Florida Integrated Science Center
Gainesville Office
7920 N.W. 71st Street
Gainesville, FL 32653
(352) 378-8181

U.S. Fish and Wildlife Service
(800) 344-WILD (800-344-9453)
http://www.fws.gov

Drought Watch -- USGS State Information on Drought

Map of below normal 7-day average streamflow compared to historical streamflow for the day of year (United States)

This map shows the 7-day average streamflow conditions in hydrologic units of the United States and Puerto Rico for the day of year. The colors represent 7-day average streamflow percentiles based on historical streamflow for the day of the year.

The Importance of  Landscaping and Streamflow

Streams feed and pull from the groundwater supply, the water table.  When streams in a region are low, landscaping  is also vulnerable to drought conditions.  Some regions are more susceptible to low streamflow conditions on a seasonal basis, but some areas have increasing population stresses put on a normally healthy ecosystem.  Landscaping professionals and conscientious landowners can play an important role in the health of their ecosystem and their longterm water supply by applying conservation practices in selection of plant species that require  minimal water, and using protective devices such as cisterns, swales and  raingardens to protect the groundwater system from contaminants and pollution.

Studies by the U.S. Geological Survey (USGS) have shown that microorganisms naturally present in the soils actively consume fuel-derived toxic compounds and transform them into harmless carbon dioxide.

Furthermore, these studies had shown that the rate of these biotransformations could be greatly increased by the addition of nutrients. By "stimulating" the natural microbial community through nutrient addition, it is possible to increase rates of biodegradation and thereby shield the residential area from further contamination.

In 1992, this theory was put into practice by USGS scientists. Nutrients were delivered to contaminated soils through infiltration galleries, contaminated ground water was removed by a series of extraction wells, and the arduous task of monitoring contamination levels began. By the end of 1993, contamination in the residential area had been reduced by 75 percent. Nearer to the infiltration galleries (the source of the nutrients), the results were even better.

Ground water that once had contained more than 5,000 parts per billion toluene now contained no detectable contamination.

Bioremediation had worked!

Through the Toxic Substances Hydrology Program, of the US Geological Survey (USGS) the most important categories of wastes have been systematically investigated at sites throughout the United States.

One of the principal findings of this program was that microorganisms in shallow aquifers affect the fate and transport of virtually all kinds of toxic substances.

Examples of successful projects of contamination cleanup using bioremediation include a crude oil spill in Minnesota; sewage effluent cleanup in Massachusetts; chlorinated solvents transformation in New Jersey; pesticide contamination of rivers in the San Francisco Bay Estuary; agricultural chemicals in the Midwest; gasoline contamination in New Jersey; and creosote contaminant wood preservatives in Florida.

The Hanahan Bioremediation Project is just one of many successful bioremediation experiments that can be traced to basic research carried out by USGS scientists. Methods and technology developed in the Toxic Substances Hydrology Program are now being used by private contractors, State environmental managers, and other Federal agencies to address contaminant problems throughout the United States.

Stretching Remediation Dollars

Cleaning up existing environmental contamination in the United States could cost as much as $1 trillion dollars. Bioremediation can help contain costs as
follows:

Treating contamination in place
---Most of the cost associated with traditional cleanup technologies is associated with physically removing and disposing of contaminated soils. Because engineered bioremediation can be carried out in place by delivering nutrients to contaminated soils, it does not incur removal-disposal costs.

Harnessing natural processes
---At some sites, natural microbial processes can remove or contain contaminants without human intervention. In these cases where intrinsic bioremediation (natural attenuation) is appropriate, substantial cost savings can be realized.

Reducing environmental stress

---Because bioremediation methods minimize site disturbance compared with conventional cleanup technologies, post-cleanup costs can be substantially reduced.

For more information contact any of the following:

• The Toxic Substances Hydrology Program, USGS, 412 National Center, Reston, Virginia 20192, (703) 648-6862
• Additional earth science information can be found by accessing the USGS Home Page
• Additional information about the Toxics Program can be found by accessing the Toxics Program's Home Page
• USGS Node of National Geospatial Data Clearinghouse
• For more information on all USGS reports and products (including maps, images, and computerized data), call 1-800-USA-MAPS