Why I’m Here: Protecting My Home

January 25th, 2017|Tags: |0 Comments

.fusion-fullwidth-1 {
padding-left: px !important;
padding-right: px !important;
}

By Suah Cheong, American Forests

Snoqualmie Falls

Snoqualmie Falls in Snoqualmie, Wash. Credit: Suah Cheong.

One of the first things I tell people about myself is that I’ve lived in six different cities and 12 different homes. Every couple of years, my dad’s job took us to a new place. I had to make new friends, learn new languages, adjust to new maps and adopt new cultures. So, while most feel safe and comfortable at home, I’ve grown to love being a fish out of water.

Still, I inevitably got homesick. It first struck me at age five when my family made the long trip from Seoul, South Korea to San Jose, Calif. I couldn’t speak English. The kids at school looked down on me because I couldn’t communicate with them. My favorite playgrounds were an entire ocean away. And, most importantly at the time, my favorite Korean candies were nowhere to be found.

Every time I went somewhere new, even if only for a few months, I longed for the old. But eventually, I had lived in so many different places that I wasn’t sure which one to call home. This is when I realized that just one thing had remained constant in my life — nature.

Whether I was reading under the giant redwood tree that lived in my Californian backyard, swimming in the lakes of Austin, Texas, hiking along the Blue Ridge Mountains in Boone, N.C., or playing in the snow at Snoqualmie Pass, Wash., crisp air surrounded me. I find it so amazing that each place has unique ecosystems that fuel and protect its human populations. I have always been comforted by the knowledge that nature will follow me wherever I go.

However, we face a different reality today. Climates are changing; temperatures are rising. We’re polluting our air and cutting down our trees, consequently leaving ourselves without the clean air we need to survive. I realized how critical this issue was when I watched lakes I loved become craters and forests I’d visited get chopped down.

Saying that we should care more about the environment is a gross understatement. It’s not that we should do more — it’s that we must. It’s our responsibility as humans to give back to nature what it has endlessly provided us, especially considering the severe damage we have done to the environment.

I am double-majoring in Communication Studies and Political Science at American University. There are many changes I’d like to make with the knowledge and skills I’m gaining there; this is certainly one of them. I look forward to using my opportunity at American Forests to communicate the importance of forests and environmental conservation.

The post Why I’m Here: Protecting My Home appeared first on American Forests.

Nuclear Nature: A Look at Wildlife in Chernobyl

January 24th, 2017|Tags: |0 Comments

.fusion-fullwidth-2 {
padding-left: px !important;
padding-right: px !important;
}

By Doyle Irvin, American Forests

Chernobyl.

Chernobyl. Credit: Timm Seuss via Flickr.

Over the course of the 30 years since the Chernobyl disaster, many things have changed in the Exclusion Zone — and many things have stayed the same. So, let’s explore the impact of the nuclear accident on nature.

In tragic irony, the cause of the Chernobyl explosion was an experiment meant to test the safety of the nuclear reactor. Things went badly wrong, the Chernobyl 4 reactor exploded, and the nearly 116,000 local residents were evacuated over the following months. Since then, scientists have been exploring the consequences for wildlife in the area — of both radiation and the absence of humans.

What isn’t occurring is what dime-store novels would have you expect, such as extra limbs or extranormal abilities. There were isolated incidents of serious mutation directly after the incident, but for the most part the biological changes are limited, or as yet undiscovered. There are examples of birds with smaller brains, and a conspicuous absence of spiders. But, when it comes to big game, such as deer, boar, moose, elk and bears, nature has seen the human-evacuation as an opportunity.

“It’s just incredible,” says Jim Beasley, a scientist studying in Chernobyl told National Geographic. “You can’t go anywhere without seeing wolves.”[i]

The recovery of the wolves, in particular, is remarkable: the studies are showing that they are seven times more numerous than in other nature reserves, including Yellowstone. The populations of the other big animals have also been on a steady rise over the last 30 years.

Scientists are still worried, however.

“This doesn’t mean radiation is good for wildlife, just that the effects of human habitation — including hunting, farming and forestry — are a lot worse,” says Professor Jim Smith, another scientist studying Chernobyl.[ii]

Some scientists worry that there haven’t been enough generations of breeding yet to truly tell the impact of the radiation on big animals.

Unfortunately, it seems that it is mainly just the mammals who are benefitting. There is already worrying news about smaller organisms and plant life. A recent study[iii] focused on the decomposers of the ecosystem — everything from mushrooms to microbes. They took leaf litter and placed it in various kinds of bags in more than 500 locations throughout the Exclusion Zone, returning a year later to measure how much had decomposed. In places with no radiation, 70-90 percent of the leaf litter had been processed as normal. But, in areas contaminated by the explosion, the process of decomposition seemed to have halted.

To highlight this, one only needs to look at the forest directly surrounding the reactors. All of the trees are dead, after the explosion slowly turning from evergreen to a rust color, earning the woods the name “Red Forest” and clearly exhibiting the lethal effect of radiation. Yet, the trees still stand, 30 years later, essentially untouched by the micro-organisms that render dead vegetation into dirt.

There are a number of consequences involved here, both short- and long-term. The immediate worry is that the build-up of leaf litter and dead wood increases the chance of catastrophic wildfires, and the smoke from these fires would spread radiation into populated areas beyond the Exclusion Zone. The longer term worry is that without decomposers, the nutrients of the Chernobyl ecosystem are no longer being recycled — meaning that this robust recovery of wildlife is founded on borrowed time, like an investment bubble waiting to pop.

[i] http://news.nationalgeographic.com/2016/04/060418-chernobyl-wildlife-thirty-year-anniversary-science/

[ii] http://www.livescience.com/52458-wildlife-populations-chernobyl-disaster.html

[iii] http://link.springer.com/article/10.1007%2Fs00442-014-2908-8

The post Nuclear Nature: A Look at Wildlife in Chernobyl appeared first on American Forests.

There was no pause

I think that the idea of a pause in the global warming has been a red herring ever since it was suggested, and we have commented on this several times here on RC: On how data gaps in some regions (eg. the Arctic) may explain an underestimation of the recent warming. We have also explained how natural oscillations may give the impression of a faux pause. Now, when we know the the global mean temperature for 2016, it’s even more obvious.

Easterling and Wehner (2009) explained that it is not surprising to see some brief periods with an apparent decrease in a temperature record that increases in jumps and spurts, and Foster and Rahmstorf (2012) showed in a later paper how temperature data from the most important observations show consistent global warming trends when known short-term influences such as El Niño Southern oscillation (ENSO), volcanic aerosols and solar variability are accounted for.

A recent paper by Hausfather et al. (2017) adds little new to our understanding, although it confirms that there has not been a recent “hiatus” in the global warming. However, if there are doubts about a physical condition, then further scientific research is our best option for establishing the facts. This is exactly what this recent study did.

The latest findings confirm the results of Karl et al. 2015 from the National Oceanic Atmospheric Administration (NOAA), which Gavin described in a previous post here on RC. The NOAA analysis received unusual attention because of the harassment it drew from the chair of the US House Science Committee and the subpoena demand for emails.

Science is convincing because it builds on independent assessments, which either confirm or disagree with previous findings. A scientific consensus is established when many independent lines of evidence underpin the same conclusions.

It is important to realize that science is about universal truths, which means that you should get a consistent picture in a comprehensive analysis. The idea of a hiatus was indeed inconsistent with other indicators, such as the global sea level which continued to rise unabated (Watson et al, 2015). And there was no reason to think that changes in the cryosphere and precipitation had ceased either.

More than 70% of earth’s area is oceans, and sea surface temperatures (SSTs) carry a large weight in the global mean surface temperature estimates. Karl et al. (2015) reported a cold bias in recent SSTs due to changing observing network. This bias gave the false appearance of a slow-down in the warming of the oceans, and by taking into account artifacts from a change in the observing network, Karl et al found a more pronounced warming in the recent decade. Hausfather et al. (2017) studied these more closely, and their findings confirmed the NOAA analysis.

Rising levels of CO2 may not only result in a global mean surface warming, but it is also possible that it accelerates the turnaround of the hydrological cycle (Benestad, 2016). So even a hypothetical period could take place with a reduced warming rate, but it would be accompanied with an accelerated atmospheric vertical overturning.

References


  1. D.R. Easterling, and M.F. Wehner, “Is the climate warming or cooling?”, Geophysical Research Letters, vol. 36, 2009. http://dx.doi.org/10.1029/2009GL037810


  2. G. Foster, and S. Rahmstorf, “Global temperature evolution 1979–2010”, Environmental Research Letters, vol. 6, pp. 044022, 2011. http://dx.doi.org/10.1088/1748-9326/6/4/044022


  3. Z. Hausfather, K. Cowtan, D.C. Clarke, P. Jacobs, M. Richardson, and R. Rohde, “Assessing recent warming using instrumentally homogeneous sea surface temperature records”, Science Advances, vol. 3, pp. e1601207, 2017. http://dx.doi.org/10.1126/sciadv.1601207


  4. T.R. Karl, A. Arguez, B. Huang, J.H. Lawrimore, J.R. McMahon, M.J. Menne, T.C. Peterson, R.S. Vose, and H. Zhang, “Possible artifacts of data biases in the recent global surface warming hiatus”, Science, vol. 348, pp. 1469-1472, 2015. http://dx.doi.org/10.1126/science.aaa5632


  5. C.S. Watson, N.J. White, J.A. Church, M.A. King, R.J. Burgette, and B. Legresy, “Unabated global mean sea-level rise over the satellite altimeter era”, Nature Climate Change, vol. 5, pp. 565-568, 2015. http://dx.doi.org/10.1038/nclimate2635


  6. R.E. Benestad, “A mental picture of the greenhouse effect”, Theoretical and Applied Climatology, 2016. http://dx.doi.org/10.1007/s00704-016-1732-y

Inauguration Day

January 20th, 2017|Tags: |0 Comments

.fusion-fullwidth-1 {
padding-left: px !important;
padding-right: px !important;
}

By Rebecca Turner, American Forests, Senior Director of Programs & Policy

White House

As of today, Donald Trump is officially the 45th president of the United States. And, while we still don’t know exactly how his presidency will impact our forests, the signals he has sent so far raise a great deal of concern.

The new president’s public statements on climate change, fossil fuels, public land use and suggested budget cuts to environmental programs indicate a drastic change in federal environmental policy and practice. Many of these would, undoubtedly, have serious negative consequences for our nation’s forests. While some of his cabinet picks have contradicted his climate change stance, we will have to wait and see which of Trump’s statements will come to fruition.

Regardless of the administration’s actions, our mission and core activities will remain the same. We’ll continue to inspire and advance the conservation of forests. We’ll continue to protect and restore threatened forest ecosystems, promote and expand urban forests and increase understanding of the importance of forests.

Specifically, we will continue to fight:

  • to keep forests as forests — protecting them from overdevelopment and fragmentation
  • against opening our forests to more drilling for oil and natural gas
  • to keep our public lands public — not sold off to private interests
  • to ensure green infrastructure is a key part of overall infrastructure spending
  • to ensure forests remain part of a climate change solution and protected from the threats exacerbated by climate change

American Forests has remained nonpartisan since our inception, and as a 501(c)3 charity, we do not engage in political activity. However, throughout our 140-plus year history, beginning with the Ulysses S. Grant Administration, we have advocated for policies that keep our forests healthy and thriving, our urban forests and greenspaces increasing, wildlife habitat safe and expanding and for all the benefits our forests provide us. We have worked together with both Republican and Democratic administrations whenever possible and stood up and fought when our forests were at stake. We will continue to do this work and remain vigilant in our efforts to protect and restore our forests.

The post Inauguration Day appeared first on American Forests.

“You’ll be my arms, I’ll be your eyes”: A Story of Two Disabled Men Who’ve Planted More Than 10,000 Trees

January 19th, 2017|0 Comments

.fusion-fullwidth-2 {
padding-left: px !important;
padding-right: px !important;
}

By Doyle Irvin, American Forests

Hand holding treeJia Haixia and Jia Wenqi have been friends since they were schoolboys together, growing up in the village Yeli, in China’s Heibei province. Their fathers were best friends, too.(1) Wenqi lost both of his arms at the age of three when he touched a power cable, growing up with his disability and doing his best to lead an ordinary life.

“I used to play normally with the other children in the village … I swam with them, I tried to do work with them,” Wenqi said in a short video filmed by the company GoPro.(2) 

But, when his friend Haixia became permanently blind in his mid-40s it was much harder for Haixia to adapt to his new life.

“Because he went blind during his prime years, he was filled with despair,” Wenqi said.(3)

Haixia attests that it was his children that drove him to find a new calling in life.

“My son came home one day and said, ‘Dad, I smelled an orange when another kid was peeling it and it was like I could taste it,’” Haixia said. “I felt sorry for my son, that he couldn’t even eat his own orange. This motivated me to live on. I had to live.”(4)

Wenqi approached Haixia with an idea, and the duo decided to start planting trees.

Haixia admits that “Originally, we planted trees to make money, but now it’s for the environment — to improve air quality.”

The two now attest that environmental motivations are the significant reason for why they continue year after year. Their area of China is populated by a number of quarries, and the dust gets everywhere, decreasing air quality and poisoning local streams.

“We started to notice, the birds were disappearing,” Wenqi said.(5)

Haixia and Wenqi have planted more than 10,000 trees since 2002, completely filling an eight-hectare area, and it has not been easy work. Because money is very tight and they cannot afford nursery-grown saplings, blind Haixia must climb 20 feet up into pre-existing trees, guided by his friend from the ground, cutting branches in order to have clones to plant. Wenqi cantilevers a shovel using his shoulder and his chin, pushing with his foot, to start a hole, and then Haixia follows with a hammer and a stake to create the space for the branch. Wenqi then waters the tree, holding a bucket with his feet.

Their first year working together, they planted 800 trees into the dry ground. Only two survived.

“For normal healthy people, you can achieve [this] by sweating … But for the two of us, handicapped, it takes blood and tears,” Haixia attested.(6)

He was discouraged, after that paltry first year, and wanted to quit.

“But Wenqi was mentally stronger than me. He’s endured hardship his whole life… he said we will lead the water here,” Haixia said.(7)

The people of their village were highly skeptical of their project, when the two began.

“They didn’t believe what we were doing was possible,” Haixia mentioned, “the whole riverbank had been bare for years and there were hardly any trees.”

The two learned from their early mistakes — their 10,000 tree estimate only counts the survivors. Now, 14 years later, the villagers are believers, too, helping the men fix their tools, trim weeds, water trees, even donating to a pension and organizing a surgery to help Haixia hopefully fix his sight. He insists that he will carry on even if he is no longer disabled.

“It doesn’t matter if my eyesight comes back or not, I’m going to continue my work until my last breath,” Haixia said.(8)

Their work is a testament to an enduring sense of responsibility, and the men are proud of their contribution, even if their disabilities means that the work is slow.

“We stand on our own feet,” Wenqi said to one interviewer. “The fruits of our labor taste sweeter. Even though we are gnawing on steam buns, we find peace in our hearts.”(9)

Their story has spread around the world, gathering hundreds of thousands of shares. GoPro helped them record some of their efforts, showing the painstaking effort involved — and catching a couple candid moments, like the two teaming up to read a newspaper, one holding it up and the other reading over his shoulder. Even with their newfound fame, the two continue to plant day after day.

“Let the generation after us, and everyone else, see what two handicap individuals have accomplished,” Wenqi told the camera crew. “Even after we’re gone, they will see that a blind man and an armless man have left them a forest.”(10)

Photos and videos of the two are quite charming, and can be found through the links below. We recommend you watch the GoPro video!

1. https://www.youtube.com/watch?v=Mx6hBgNNacE
2. http://www.bbc.com/news/blogs-ouch-32315809
3. https://www.youtube.com/watch?v=Mx6hBgNNacE
4. http://www.odditycentral.com/news/chinas-eco-heroes-blind-man-and-friend-with-no-arms-plant-10000-trees-in-10-years.html
5. https://www.youtube.com/watch?v=Mx6hBgNNacE
6. http://www.huffingtonpost.com/entry/10000-trees-planted-in-china_us_576b6268e4b09926ce5dcb15
7. https://www.youtube.com/watch?v=Mx6hBgNNacE
8. http://www.bbc.com/news/blogs-ouch-32315809
9. http://www.odditycentral.com/news/chinas-eco-heroes-blind-man-and-friend-with-no-arms-plant-10000-trees-in-10-years.html
10. https://www.youtube.com/watch?v=Mx6hBgNNacE

The post “You’ll be my arms, I’ll be your eyes”: A Story of Two Disabled Men Who’ve Planted More Than 10,000 Trees appeared first on American Forests.

2016 Temperature Records

To nobody’s surprise, all of the surface datasets showed 2016 to be the warmest year on record.

Barely more surprising is that all of the tropospheric satellite datasets and radiosonde data also have 2016 as the warmest year.

Coming as this does after the record warm 2015, and (slightly less definitively) record warm 2014, the three records in row might get you to sit up and pay attention.

There a few more technical issues that are worth mentioning here.

Impact of ENSO

The contribution of El Niño to recent years’ anomalies in the GISTEMP data set are ~0.05ºC (2015) and ~0.12ºC (2016), and that means the records would still have been set even with no ENSO variability.

I calculated these values using a regression of the interannual variability in the annual mean to the Feb-Mar MEI index. This has (just) the maximum correlation to the annual means (r=0.66). The impact of ENSO on other indices is similar, but does vary – the datasets that don’t interpolate to the Arctic, in recent years at least, have a slightly stronger ENSO signal, as do the satellite tropospheric records. Doing the same procedure with the HadCRUT4 data, does change the ordering – with 2015 staying as the record year, but using the Cowtan and Way extension, the results are the same as with GISTEMP. Which brings us to another key point…

Impact of the Arctic

It’s perhaps not obvious in the first figure, but the magnitude of the record in 2016 is much larger in GISTEMP and Cowtan&Way (and in the reanalyses), than it is in HadCRUT4, NCEI and JMA. This is in large part due to the treatment of the Arctic. The latter 3 records all ‘conservatively’ don’t include areas where there aren’t direct observations in their global means. This is equivalent to assuming that the missing areas are, on average, warming at the same rate as the global mean. However, this has not been a good assumption for a couple of decades. Arctic anomalies this year were close to 4ºC above the late 19th Century, over 3 times as big an anomaly as the global mean.

This divergence between the ‘global’ averages wouldn’t matter if all comparisons were done against masked model output, but this is often skipped over for simplicity. I personally think that both HadCRUT4 and NCEI should start producing a ‘filled’ dataset using the best of the techniques currently available so that we can move on from this particular issue.

Do I have to mention the ‘pause’?

Apparently yes. The last three years have demonstrated abundantly clearly that there is no change in the long term trends since 1998. A prediction from 1997 merely continuing the linear trends would significantly under-predict the last two years.

The difference isn’t yet sufficient to state that the trends are accelerating, but that might not be too far off. Does this mean that people can’t analyse interannual or interdecadal variations? Of course not, but it should serve as a reminder that short-term variations should not be conflated with long term trends. One is not predictive of the other.

New Study Offers Sage Advice

A predatory bird

Within the lesser prairie-chicken’s range, predatory birds are more abundant in prairie grasslands with mesquite cover than in open grasslands. Photo courtesy of New Mexico State University.

For many, one of the New Year’s first big chores is to remove a tree from inside their home. Trees, beautiful and useful as they are, do not belong everywhere. Such is the case with trees and other woody species that are expanding into the Western grasslands.

Over the years, woody species like juniper, pinyon pine, redcedar and mesquite have encroached on grassland and sagebrush ecosystems, altering these landscapes and making them unsuitable for native wildlife like the lesser prairie-chicken and greater sage-grouse. Encroaching conifers also degrade rangelands for agricultural producers whose livestock rely on nutritious forage.

A new “Science to Solutions” report from the Lesser Prairie-Chicken Initiative (LPCI) – a partnership led by USDA’s Natural Resources Conservation Service (NRCS) – shows how prairie chickens avoid mesquite. While anecdotes and casual observations have long indicated the iconic bird’s avoidance of mesquite, this first-of-a-kind study confirms it.

According to the study, prairie chickens mostly avoid areas with 15 percent mesquite canopy cover, and completely avoid areas with 50 percent cover. Overgrazing, climate change and 100 years of fire suppression have allowed mesquite and other invasive species to overrun open landscapes, which is bad for wildlife and native rangelands as well.

Another problem for lesser prairie chicken in these areas – mesquite provides nesting areas for predatory birds, which eat lesser prairie chickens, their young and their eggs. By tracking prairie chickens, the study found that even leafless, dead mesquites are enough to keep chickens away. Mesquite’s impacts on prairie chickens in the southern Great Plains is very similar to the redcedar encroachment that affects prairie chickens in other areas.

New Mexico State University, the Bureau of Land Management and NRCS collaborated on this study, which contributes to a growing body of science demonstrating the impacts of woodland expansion on grassland and sagebrush wildlife.

For example, a different report released this week by the NRCS-led Sage Grouse Initiative (SGI) shows 86 percent of sage grouse hens in Utah avoided conifer-invaded habitats when nesting. The report also revealed that the hens that used restored, conifer-free habitats were more likely to successfully raise their broods.

These two studies appear with 13 others in the latest edition of Rangeland Ecology & Management, the scientific journal of the Society for Range Management (SRM). This special issue, which features cutting-edge research on woodland expansion, is also the focus of an upcoming symposium at the SRM’s annual conference at the end of this month.

NRCS uses science to target the best places and ways to work with ranchers to remove woody species and improve the health of native ranchlands. Since 2010, ranchers have made wildlife-friendly improvements to more than 6 million acres in the West. By adopting these conservation practices, they have also improved the forage on their land.

Learn more about these findings by downloading the LPCI report. This report is part of the Science to Solutions series offered through NRCS, LPCI and SGI. Additionally, SRM’s full-day symposium on woodland expansion on Jan. 31 will be livestreamed and free to watch on SGI’s website. Click here to see the schedule of talks.

Before and after photo of mesquite

Mesquite encroachment impacts the southern part of the lesser prairie-chicken’s range. Dispersal of seeds by livestock and lack of fire contribute to the spread of mesquite on prairie grasslands. Photos from NRCS and Bureau of Land Management.

Collaboration on Drought Resilience is Delivering Results for America’s Communities and Economy

MT Fish, Wildlife and Parks department biologist and a local rancher

An MT Fish, Wildlife and Parks department biologist and a local rancher discuss water management in the Big Hole Valley, MT. The National Drought Resilience Partnership and the State of Montana are working to build long term drought resilience.

Over the past year, we have seen alarming mass tree mortality in California, the development of severe drought conditions in New England and the Southeast, and dropping water tables in regions throughout the United States. The five-year Western drought and recent droughts in other states threaten our communities, our farms, our freshwater fisheries, our forests, and our grasslands that depend on and provide clean, accessible water supplies.

For many years, Federal departments and agencies have been working to produce long term solutions to conserve and protect a safe, reliable water supply. Now, under the framework of the National Drought Resilience Partnership (NDRP), a greater emphasis has been placed on improving federal agency collaboration to ensure more efficient use of program dollars and agency expertise.  The NDRP worked with a broad cross-section of stakeholder groups to shape six federal policy goals and an associated Federal Drought Resilience Action Plan.  As a result, more than 13 federal agencies and offices are cooperating in new ways under a shared strategy to deliver concrete results.

This partnership has yielded products and program priorities that better meet the needs of rural and urban communities; the energy, agricultural and transportation sectors; infrastructure and water managers; business and industry; and ecosystems.  For example, we have made improvements in the quality and quantity of ground water data available to Federal, state, tribal, and local agencies. We have completed a community public health assessment in California to better identify the communication, education and public health needs of drought-vulnerable communities.  We have launched multiple prize competitions to incentivize the development of new technologies or to scale up existing methods of water-use innovation. We are sharing water conservation best practices across water utilities, State governments and Federal agencies.

These accomplishments and goals can be found in the new NDRP End of Year Report. The report also spotlights examples of how this partnership is making a difference in communities across the country, including the Yakima River Basin in Washington, the Missouri Headwaters in Montana, and the Lower Colorado River Basin.  Importantly, it identifies priorities for 2017 and beyond,  including:  generating more data and information on soil moisture, groundwater and consumptive use; continuing analysis of drought impacts on critical infrastructure;  creating a better understanding of the health effects of drought; incorporating work on the connection between wildfire and drought to continue to increase resilience on federal lands; providing greater insight into how private markets can help build drought resilient infrastructure; and continuing to innovate water reuse and recycling strategies.

The NDRP has successfully worked with partners to help protect a critical resource: clean abundant water. Great opportunities lie ahead for continued collaboration that supports water secure communities and economies.

Supporting Organic Integrity with Clear Livestock and Poultry Standards

Final Rule Organic Livestock and Poultry Practices Infographic

This rule will ensure consumer confidence in the growing organic market by promoting consistency across the organic industry, supporting the continued growth of the organic livestock and poultry sector. (Click to view larger version)

The mission of the National Organic Program, part of USDA’s Agricultural Marketing Service (AMS), is to protect the integrity of organic products in the U.S. and around the world. This means creating clear and enforceable standards that protect the organic integrity of products from farm to table.  Consumers trust and look for the USDA organic seal because they know that USDA stands behind the standards that it represents.

Today, USDA announced a final rule regarding organic livestock and poultry production practices.  The rule strengthens the organic standards, and ensures that all organic animals live in pasture based systems utilizing production practices that support their well-being and natural behavior. It’s an important step that will strengthen consumer confidence in the USDA organic seal and ensure that organic agriculture continues to provide economic opportunities for farmers, ranchers, and businesses across the country.

The rule clarifies how organic producers and handlers must treat their animals, brings clarity to the existing USDA organic regulations, and adds new requirements for organic livestock and poultry living conditions, transport, and slaughter practices.  For example, the rule establishes minimum indoor and outdoor space requirements for organic chickens, clarifies that outdoor spaces must include soil and vegetation, adds humane handling requirements, and clarifies humane slaughter requirements.

The final rule is based on extensive input from the organic community and stakeholders. It’s consistent with direction from Congress in the Organic Foods Production Act, which provides USDA the authority to develop regulations to ensure consumers that organic products meet a consistent standard. This includes developing detailed standards for organic livestock and poultry production. The rule supports this core goal of the OFPA.  The regulations that created the National Organic Program also explained that USDA would develop species-specific guidelines and space requirements for organic animals.  Additionally, the National Organic Standards Board (NOSB), a 15-member advisory committee that represents all sectors of the organic community, made a number of recommendations that were vital to the development of the rule.

There are three stages to implementing the rule.  Within one year, all provisions – except for outdoor access requirements for layers and indoor space requirements for broilers – must be implemented.  Within three years, organic broiler operations must comply with the indoor space requirements.  Within five years, all organic poultry operations must comply with the outdoor access requirements.

Most organic livestock and poultry producers already comply with the new requirements.  In fact, many producers use multiple certifications to demonstrate their animal health and welfare practices to consumers. This rule could make additional animal health and welfare certifications unnecessary, reducing the burden on organic producers.

USDA offers assistance programs and services to assist producers who need to modify their operations in response to these changes.  From conservation financial and technical assistance from USDA’s Natural Resources Conservation Service to loans for equipment and purchases from USDA’s Farm Service Agency, we are here to help.  For a comprehensive list of resources available, visit Technical and Financial Assistance for Organic Producers.  You may also visit www.usda.gov/organic to learn more about USDA’s programs and services tailored to meet the needs of the organic sector.

USDA is committed to supporting the continued growth of the organic livestock and poultry sector, and ensuring consumer confidence in the organic market, which in 2015 was worth over $43 billion in the U.S. alone.  To build on this support, it has been a top priority to strengthen standards for organic livestock and poultry, ensuring that we meet consumer expectations and maintain the integrity of the USDA organic seal.  You can learn more about the final rule on our website.

MyPlate Staff Gets Real With Healthy Eating Solutions for the New Year

Choosemyplate.gov graphic

Visit our website for more tips, tricks, and stories from people like you!

The New Year is in full swing! As the dust settles from the holiday season, many of us Americans are back into our regular routines at work, school, and home. Unfortunately, our regular routines can present some of the biggest challenges in maintaining the New Year’s resolutions that we promised ourselves we would finally keep this year. That’s why in 2017, MyPlate, MyWins messages are centered on finding your Real Solutions to healthy eating. Taking small, realistic steps can ensure that healthy eating becomes a part of your lifestyle rather than a fad that fizzles out after the holiday season.

Our MyPlate team members know that a little encouragement can go a long way. That’s why our staff has created a compilation of our own Real Solutions to share with you. These tips and tricks help each of us maintain healthy eating and physical activity as a priority in our diverse lifestyles, and we hope that they will inspire you as well. Keep your eye out for these tips on MyPlate’s Twitter and Facebook, or visit the Stories from Families & Individuals page on ChooseMyPlate.gov!

Do you have your own New Year’s Real Solutions? We would love to hear them! Share your story on our website or on social media using #MyPlateMyWins. Cheers to a happy and healthful 2017!

MyPlateMyWins testimonials from the team

The MyPlate team knows that the struggle is real… but so are the solutions! These are just a few of our MyWins for the New Year.