Category Archives: Agriculture Careers

UD Farm Tour

Today on the UD farm was cold and windy but also a lot of fun! Scott Hopkins was so knowledgeable as the farm superintendent and very informative. The farm consists of an organic garden, 7 horses, 25 beef cattle, 85 dairy cattle, sheep and horses. Mr. Hopkins thinks that the dairy cattle are the most challenging to care for because the dairy cattle get milked twice a day which requires a lot of labor and the dairy cattle require a lot of different equipment. The farm provides food products to restaurants and to UD students through ice cream, produce stands, and star campus.

It was cool to see parts of the farm that I usually don’t get to see as a plant science major. I always love seeing the dairy cows, though sadly the babies were warded off by all of the rain that we have had. The angus cows did not want us around and mooed very loudly. The sheep were also not happy that we were barging in on the cud chewing. There are so many careers on a research farm such as managers and superintendents and other workers that participate on the farm but also professors and graduate students who are conducting most of the research done on the farm. Overall, I had a great time today and I am sad that this was our last field trip.

As mentioned, the sheep were not happy to see us and crammed themselves as far as they could into the corner of their pen.

Hoober Inc. Field Trip

On Saturday, October 20th we visited the Hoober Inc. shop in Middletown, DE. It was an eye-opening day, full of learning and first-hand experience. First, the company’s history and services were explained. After receiving an explanation of the services provided, we took a tour of the facilities and the shop. We got the chance to see tractors and spreaders being worked on and complete models of combines and harvesters. It was intriguing to see how much work goes into precision agriculture. We learned that their store, the auto-steer is the most popular precision ag equipment sold. Precision ag is a field that offers many jobs, looking for applicants that are tech savvy and can work under pressure. A new and emerging precision ag technology being used are drones for filed scouting and spray applications. 

** precision ag – managing crop production inputs (seed, fertilizer, lime, pesticides, etc.) on a site-specific basis to increase profits, reduce waste and maintain environmental quality.

Horse Racing Industry

On October 24th, we had guest speaker Mark Davis give us a lecture on the horse racing industry in Delaware. 

The modern horse racing began in the 12th century when English knights returned from the Crusades with swift Arabian horses. It was not until the mid-1600’s when British settlers brought horse racing to the new world, with the first track made in Long Island. American horse breeders and racers established the Jockey Club, that still defines standards and regulations for racing, racecourses, and breeding. Harness racing is a prevalent part of the Delaware horse industry. In 1940, the opening of the Roosevelt Raceway set the stage for the current era of harness racing, which took off after WWII. In 1945, the Delaware Harness racing Commission was established. Delaware has two tracks used annually, Dover Downs and Harrington Raceway. Over time, the popularity of harness and thoroughbred races went down. The decrease in public interest and aim to regain the interest of the industry the Delaware government passed a law allowing casinos to be established in the state. Casinos could only be established alongside a racetrack. With the law in place, the industry has been able to gain a steady income. Annually, the DE Harness Racing Commission issues 2,000 licenses to owners, trainers, drivers, groomers, vendors, and track employees. In 2014, the horse racing industry total contribution to Delaware economy was nearly $182 million dollars and 1500 jobs. Currently, in the U.S. there are 9.2 million horses which are used for show, racing, recreation, employees, and volunteers. The horse industry has a direct economic effect on the U.S. of $39 billion dollars annually. 

Dan Severson and The Livestock Industry

Dan Severson’s guest lecture on the livestock industry covered all species of livestock used for production in Delaware. Growing up on a dairy farm and being very active in 4-H showing my dairy cattle I knew a little bit about the livestock industry. However Dan taught me some pretty interesting facts such as there’s a water buffalo farm in Delaware and that people raise rabbits for food production. I found these facts very eye-opening to how diverse the livestock industry in Delaware is and how many different opportunities there are for young people to get into the industry. I also learned that to be considered a farmer all you have to do is make a profit of $1,000 off your production. This surprises me because virtually anybody could be considered a farmer if they have a garden or a pasture because $1,000 is not really that much when you think about it. While Dan’s lecture was very informational it was also sad because when he talked about the dairy industry it really hit home. Coming from a farm that had milked cows for 150 years and sold out just 5 years ago I understand the sadness these dairy farmers are feeling. Luckily my family had diversified in agriculture and had expanded our grain operation but for many of these farmers their source of income is gone and their left helpless once the cows are sold. Overall I found Dan’s lecture to be very informative and I hope it helped some of the students in the class realize how hard farmers have it in the livestock industry.

The Horse Racing Industry with Mark Davis

For one of our classes, we had the privilege to listen o Mark Davis guest lecture on the horse industry in Delaware. He started out by giving some history on the sport of horse racing and how it has been around, in different forms, for hundreds of years. It was interesting to learn how to standards, rules, and regulations have changed over the years. Now, horse racing is very heavily regulated to ensure not only the safety of the horse, but the rider as well. I was very surprised when Mark pointed out that the horse industry’s a $39 billion effect on the US economy annually. That is a lot of money. Afterwards, he dove more directly into the history of horse racing in DE which started in the 1760’s.  Since than, he explained how many different commissions have formed as well as how to industry grew in DE.

Mark also talked a bit about the value of the Standardbreds and Thoroughbreds that are mainly used in the different types of racing. I can’t say that I was surprised to learn they are valued on average at $15,000-$20,000. I know the genetics of a good race horse can be highly valued, it is crazy to think that there are horses valued at even higher numbers. However, Mark showed us that if you own a good race horse you can win a decent amount of money on that investment.  All that’s said and done, the horse industry as a whole provides many job opportunities but also a way for higher income people to invest their money. The horse racing industry can range from being utilized as an investment tool, a job for some, or just a recreational event for others to watch.

Delaware’s Green Industry

On October 17th Tracy Wootten and Valann Budischak spoke to the AGRI130 class about the Green Industry and what jobs could be attained within the industry. Such jobs could be producers, landscapers, retailers, land managers, golf courses and suppliers. There is also different types of crop groups. Floriculture includes bedding and garden plants while Nursery crops refer to broadleaf evergreens, flowering trees, and deciduous shrubs to name a few. Overall the industry as a whole composed of $21,774,000 in 2014. I never realized how big the green industry was. Matter of fact I never really thought about the industry much outside of the landscaping aspect. One of the things that I thought was interesting in the presentation was that many states are trying to raise awareness and enhance the natural landscape within their respective state. I never really noticed before but now driving home down Route 1 or heading to New Jersey for the day I see all the flowers growing along the highways. It really is great what the states are trying to do. I would like to thank Tracy Wootten and Valann Budischak for coming out to speak to our class and teaching us about the amazing opportunities within the green industry.

Hoobers Inc. and Precision Agriculture

Picture of the class with our two guides in front of a Case IH 4430 Sprayer.

Hoobers Inc. a well known agriculture equipment dealership among the East Coast is one that has seen technology change over the years. Our class was toured around the Middletown dealership by two employees that are excellent in the precision ag. field and taught us the broad history of Hoobers and what they do on a daily basis. Hoobers Inc. was first started in 1941 in Intercourse, Pa where Charles Hoober sold International Harvesters. Since 1941 the company has expanded to 9 locations covering 4 different states and continues to adapt to the new technology available to farmers. One aspect that really stands out compared to other companies today is that Hoobers is still owned and operated by the same family that means they really know and believe in their product. After the two employees taught us some history they took us on a tour of the Middletown facility where we got to see the products and services they provide to farmers.

Growing up on a large grain farm I was familiar with Hoobers Inc. and precision agriculture for my family is a huge customer to the company. However I did not realize that this company was a 3rd generation operation, which appeals to me and gives me a sense of trust towards the company. I also thought that the drone was quite interesting because while my family uses precision ag. for our equipment we do not currently take-advantage of drones. I believe this technology could save my family money in the future because we currently use two different agriculture consultant companies to scout our fields but with the technology of drones we could scout ourselves, which could possibly reduce or eliminate the scouting cost.

 

Delaware’s Green Industry


 

What is the Green Industry?

The green industry 2014 Horticulture Product sales were $21,774,000 alone in DE cash receipts of greenhouse/nurseries. Sales are very dependent on consumers wants and needs. Although that isn’t a major difference from other industries the difference lies in the time needed to grow and produce plants that can take years. This is important for the horticulture industry to stay on top of current and future trends. The people that make up the industry are producers, retailers, landscapers, land managers, golf courses, and other suppliers. Retailers help bridge the gap between people and horticulture plants with the displays of plants and shrubs placed together at stores. Consumers then have a visual of how to place the plants within their own homes and are more intrigued to purchase the plants. Landscapers have deep knowledge of plants and their needs and of land maintenance and design.
Nursery production is categorized into six main production types, which include containerized, B&B, bare root, field grow bag, balled and potted, and in-ground containers. The nurseries are producing two types of crop groups. One of the crop groups is Floriculture crops. These are your bedding and garden plants. The other is Nursery crops, such as broadleaf evergreens and deciduous shrubs.

To be able to contribute to the green industry our land has to be healthy. To ensure that, Delaware Livable Lawns, is a  voluntary certification program,  that certifies homeowners and lawn care companies that follow environmentally friendly fertilizer application practices and teach homeowners on the best practices to use.

Livestock Industry – Dan Severson

Dan Severson came and guest lectured in class on Monday about the livestock industry in Delaware. He started out by giving a brief overview of general trends in farming, and then meat consumption trends over the years. I was not very surprised when he said the consumption of beef and veal have been decreasing while pork and chicken have been increasing. This is probably due to many recent trends that red meat is harmful to your health, so consumers are choosing cuts of pork and chicken to eat versus beef. After that he discussed a lot about the differing operation methods for many species of livestock including cattle, hogs, sheeps, goats, dairy cows and a couple other specialty species. I was surprised to learn how much of a market their is for goat products. Dan said a lot of international folks seeks out goat meat for religious purposes and holidays, but also products like goat milk cheesecake and ice cream are made. He also talked about the dairy industry and how farmers are struggling to make ends meet due to the milk market. People don’t drink cow’s milk like they used to and it is affecting dairy farmers.

At the end of his lecture Dan spoke about the future of the livestock industry. He touched on how genetics and technology has already and will continue to impact how we raise our animals. But he also spoke about how farmers are running into the problem of the next generation not wanting to continue to farm, and how all these different factors is going to affect the ability to feed the ever growing population. Overall, Dan gave a great overview of the livestock industry touching on past, current, and future trends.

Hoober’s Tour & Precision Agriculture

This past Saturday the class took a field trip to Hoobers to see how much precision agriculture has truly impacted the industry. On the field trip my fellow classmates were able to see and experience how the use of GPS is used to work a field, auto steer technology, and drone technology. Although I was not able to actually attend, precision agriculture is something I a lot of experience with. Much of what was shown and talked about on the tour, I have actually been doing on my family’s farm for many years. Precision agriculture is something that still continues to amaze me every day.

One aspect of precision agriculture that I was able to work a lot with this summer, and that my classmates got to see, was the use of drone technology. This summer my family’s farm has really dove into the use of drones for crop health and scouting purposes. I got to see and actually fly drones over our fields and pretty accurately do stand counts, crop health indexes, and in general show problem areas in our fields that we would have never seen on foot. Seeing the information a drone can gather really gives farmers the opportunity to make the slightest change land management decisions to increase yield. For example, soil sampling specific sections of a field due to poor crop health during growth. Drones and many other aspects of precision agriculture shown on the Hoobers tour will continue to change the way we farm. Precision agriculture is something that still continues to amaze me every day and also is opening up so many new jobs for my generation.

Hoober’s Field Trip

On October 20th we had an awesome opportunity to go and visit Hoober’s in Middletown.  We got the chance to chat with two of the workers there and learn a little bit about Hoober’s background and how the company expanded over time.  They told us they also had locations in Mifflintown and Chambersburg, PA, both towns I am familiar with and live within a couple hours of; this painted a better picture of just how big of a company Hoober’s is.  We toured the shop as a group and got a chance to have some up-close looks at the equipment they were working on. From combines to tractors to sprayers, we got a good overview of just how expensive and meticulous all of these machines are, and how big of an impact precision ag has had on the evolution of machinery used within the industry.  Hands down the neatest part of the trip was the chance for everyone to either drive a tractor or a sprayer. Everyone got to drive at least one of the machines, and they both had auto-steer which was super neat. While others drove the machines, we got a chance to learn about drones and their use in agriculture. All in all, this trip gave us a unique opportunity to see precision ag up close and personal, giving us a broader perspective of the industry as a whole.

Fifer’s Orchard Field Trip

On Saturday, October 6th, the Agri130 class visited Fifers Orchards in Camden, DE. The tour was filled with excitement as the annual Fall Fest was underway. On the tour, we learned about the overall process of the farm, and what kinds of produce they harvest. Corn, pumpkins, peaches, and apples were some of their most popular items. The U-pick operation included apples, peaches, and a pumpkin path. We found out that Fifers also does a Community Supported Agriculture club, allowing them to receive a cash advance during the off-season. A challenge Fifer’s face is finding a right balance within the work force. Many jobs are required to be seasonal, because most crops don’t grow in the winter. With that, they also need to employ more part-time than full-time workers, which makes it a challenge to find qualified candidates. Fifer’s seek retirees and students to fill many of these positions, and says they make great workers.

Overall, Fifers has made a great name within the community and it was a great field trip to be apart of.

CRISP/Cas 9 Gene Editing

CRISPR/Cas9 is a system that has just recently been discovered around the early 2000s and is taking the science world by surprise. This system is much more accurate compared to early gene editing systems, which makes it the new technique scientist are using. The way this system works is by targeting a specific genome and altering it. While you may think it sounds simple you might be surprised because quite frankly working with DNA sequences is very complex and hard. When looking further into the process there are two molecules used one being the Cas9 and the other being RNA. Now when a scientist picks out what DNA sequence they want to cut out in order to alter the genes they first need Cas9. This molecule is an enzyme that is inserted into the DNA sequence and cuts at a specific location in order to alter the DNA sequence where the scientist pick without harming the whole gene. Though in order for the enzyme to cut out the specific location it needs guide RNA to show it the right path. That means that the RNA is responsible for leading Cas9 to an exact spot in the DNA sequence and then performs the cut. Once the cut is made the cell recognizes the change in the DNA and tries to repair itself. However before the cell can repair itself the scientist uses a DNA repairing machine to introduce changes which will then become part of the gene. Once this process is complete the gene has the desirable trait the scientist picked out and now the process is done.

 

Sources:

https://www.yourgenome.org/facts/what-is-crispr-cas9

https://www.broadinstitute.org/what-broad/areas-focus/project-spotlight/crispr-timeline

 

Irrigation Systems

James Adkins was a guest speaker informing UD students on the irrigation systems and why and how they’re used in agriculture.

So what is an irrigation system?

Irrigation is the application of controlled amounts of water to plants at needed intervals. Irrigation helps to grow agricultural crops, maintain landscapes, and revegetate disturbed soils in dry areas and during periods of less than average rainfall.

Types of irrigation systems

-The oldest and most inefficient way of irrigation is flood irrigation. This process channels water into the field that is being irrigated.
-Pivot irrigation was invented after WWII using aluminum pipes. The pivot system allows for a customizable accurate application of water. This type of irrigation is expensive, with each span costing about $11,000.
-Drip irrigation is the most efficient way of irrigation. Drip irrigation puts water right into the soils, minimizing water contact with the plants thus reducing disease risks.

The importance

Irrigation is important and without it, we would be unable to sustain and grow the population we currently have. Only 20% of farmland is irrigated which produces over 40% of the worlds food supply comes from irrigated land. Delaware has 30% of its farmland irrigated, about 150,000 acres. Particularly Sussex County has 50% of its farmland irrigated because of the sandy soils. Advancements in technology have allowed irrigation systems to become efficient and better for the environment.

CRISPR/Cas9 System

CRISPR-Cas 9 is a system that enables geneticists and medical researchers to edit parts of a genome by removing, adding or altering sections of the DNA sequence. Cas9 is a protein that is programmed by small RNAs to cleave DNA at the DNA strand where a scientist wants it to cut. The Cas9 is complexed with both a crRNA and a separate trans-activating crRNA in order to achieve the site-specific DNA recognition and cleavage. From this scientist can change the genes in the genome of a cell by introducing new genes into the sequence. CRISPR-Cas9 was discovered in adaptive immunity in select bacteria and archaea that enabled the organisms to respond to and eliminate invading genetic material.

This system or technology is better than other biotechnology since it is more accurate and is less likely to result in an error. The reason this is more accurate is it targets the specific spot in the sequence where the new genes need to be added. This is different than the other method of using chemicals or radiation to cause mutations. By using chemicals or radiation you were affecting the entire genome and could get a mutation you didn’t want since it was up to chance. Currently the CRISPR-Cas9 system is the fastest, cheapest and most reliable system for editing genes.

For more information on this you can go to https://www.yourgenome.org/facts/what-is-crispr-cas9 which simplifies the process. For a more in-depth look into it you can go to https://www.neb.com/tools-and-resources/feature-articles/crispr-cas9-and-targeted-genome-editing-a-new-era-in-molecular-biology which goes into the biology of it and explains all the types of RNA that are used in the system.