Families Projected to Spend an Average of $233,610 Raising a Child Born in 2015.
USDA recently issued Expenditures on Children by Families, 2015. This report is also known as “The Cost of Raising a Child.” USDA has been tracking the cost of raising a child since 1960 and this analysis examines expenses by age of child, household income, budgetary component, and region of the country.
Based on the most recent data from the Consumer Expenditures Survey, in 2015, a family will spend approximately $12,980 annually per child in a middle-income ($59,200-$107,400), two-child, married-couple family. Middle-income, married-couple parents of a child born in 2015 may expect to spend $233,610 ($284,570 if projected inflation costs are factored in*) for food, shelter, and other necessities to raise a child through age 17. This does not include the cost of a college education. Read more »
Knowing the maximum size of a tree can help a planner or manager avoid future conflicts between roots and sidewalks or branches and power lines. A technical manual published by the U.S. Forest Service can help cities decide which trees are best to plant in specific areas. (Photo Credit: U.S. Forest Service)
In the cramped environs of U.S. cities every inch counts, especially if attempting to make space for nature. But now city planners and urban foresters have a resource to more precisely select tree species whose growth will be a landscaping dream instead of a maintenance nightmare.
The U.S. Forest Service’s Pacific Southwest Research Station recently published a technical manual and launched the most extensive database available cataloging urban trees with their projected growth tailored to specific geographic regions. Read more »
Glenn Buffkin, store manager of Mayflower Foods, Stuttgart, Arkansas, presents a special display of rice products to celebrate National Rice Month.
September is National Rice Month, and the Agricultural Research Service’s (ARS) Dale Bumpers National Rice Research Center in Stuttgart, Arkansas, is well positioned—literally and figuratively—to support the production, harvest, and public enjoyment of this versatile and nutritious grain. And on the world-food security front, ARS’ Stuttgart center is closing in on genes that regulate rice’s uptake and storage of iron, thiamine and other important vitamins and minerals—a pursuit that could bolster the nutritional value of this cereal grain crop as a staple food for roughly half the world’s population.
In the United States, nearly 85 percent of the rice eaten by consumers is grown on family-run farms across six States: Arkansas, California, Louisiana, Mississippi, Missouri, and Texas. Of these, Arkansas produces about half of all U.S. rice on nearly 1.3 million acres of cropland. Read more »
Researchers prepare for the next phase in examining physical fire processes by adding the effect of a slope. Photo credit: Mark Finney
In recent months, we have all become familiar with images in the media of wildland firefighters digging lines, air tankers dropping retardant and fire engines dispersing water. You may wonder “how do these firefighters know what it takes to fight fire?”
The short answer is: research.
Before a wildland firefighter sees his or her first fire, they are given the tools and training on how to fight fire and its behavior. The information passed onto them is not learned overnight but rather through years of research. Read more »
Bertha Etsitty helps 4-H members make traditional blue corn mush during a club activity. Photo by Leah Platero
Nutritional security is defined as “a situation that exists when all people, at all times, have physical, social, and economic access to sufficient, safe, and nutritious food that meets their dietary needs and food preferences for an active and healthy life.”
Achieving nutritional security in the context of the burgeoning population, climate change, diminishing land and water resources, environmental degradation, and changing incomes and diets will require not just approaches to sustainably producing more food, but also smarter ways of producing food, dealing with food waste, and promoting improved nutritional outcomes. The National Institute of Food and Agriculture (NIFA) invests in and advances agricultural research, education, and extension and seeks to make transformative discoveries that solve these societal challenges. NIFA’s portfolio of support for nutritional security and sustainable agriculture includes literally thousands of impactful efforts across our nation; below are just a handful that speak to the transformative work transforming lives. For example: Read more »
Freezing rain covers flowers, plants and trees in Falls Church, VA, like when unseasonably warm March is followed by last frost. USDA photo by Lance Cheung
All this month we will be taking a look at what a changing climate means to Agriculture. The ten regional USDA Climate Hubs were established to synthesize and translate climate science and research into easily understood products and tools that land managers can use to make climate-informed decisions. The Hubs work at the regional level with an extensive network of trusted USDA agency partners, technical service providers, University collaborators, and private sector advisers to ensure they have the information they need to respond to producers that are dealing with the effects of a variable climate. USDA’s Climate Hubs are part of our broad commitment to developing the next generation of climate solutions, so that our agricultural leaders have the modern technologies and tools they need to adapt and succeed in the face of a changing climate.
You might have noticed spring-like weather in the Northeast is arriving earlier than usual. There is reliable evidence from many studies that conditions in the Northeast and upper Midwest have become warmer and wetter in recent decades, especially before the coming of winter and spring. The spring-like warmth has snow melting faster and plant growth starting sooner. On average, the last spring frost in the Northeast is about a week earlier now than it was 30 years ago. The change is not as positive as one might expect since the start of growth for many plants has shifted even earlier than the last frost date leading to increased chances of frost damage. This happens most often when unusually warm temperatures in March are followed within 2-5 weeks by a frost event. In 2012, record high March temperatures were followed by record low temperatures (for the date) at the end of April with terrible consequences for fruit growers across Michigan, Ontario, New York, Vermont, and surrounding states. In some places losses were almost total. In something of a repeat, unusual warmth in the Northeast this past winter was interrupted by very cold outbreaks in mid-February and early April. This combination was particularly bad for peaches in New Jersey, Connecticut, parts of New York, and other northeastern states where greater than 90% losses have been reported. Read more »