Grad students work with distribution center to lower electric bill

December 20, 2012 under CANR News

UD Grad students help D&S lower lighting billUniversity of Delaware graduate students Monali Phukan and Qiang Li worked this semester at a warehouse owned by D&S Warehousing Inc., a full service distribution center in the Newark area, in an effort to solve a logistical problem for the company.

After discussing options with Stephen Dawson, president of D&S, the two decided to look at the lighting system in one of the warehouses with a goal of creating a model to show how the company could lower that building’s monthly electric bill while at the same time increasing luminosity.

The project was part of a class taught by Kent Messer, associate professor in the Department of Applied Economics and Statistics.

Phukan explained how she and Li, who are both master’s degree students in the College of Agriculture and Natural Resources, went about the project. “First we found out the current layout of the lights. That told us the type of lights used and how they were placed,” said Phukan, explaining that they turned off all the lights in the warehouse to gauge the brightness discrepancies between two different types of lights used there — T12 and T5 fluorescent lights.

“T12 uses 200 watts and T5 uses 216 watts. It might look like T12 is better than T5. However, the brightness experiment told us that T5 is twice as bright as a T12, which meant, we could provide 2.2 footcandles of light — as recommended by the American National Standards Institute (ANSI) — using fewer T5s,” said Phukan.

Under the current setup, the warehouse’s electric bill is roughly $4,000 a month, about 30 percent of which is used up on lighting. Using the numbers crunched by Phukan and Li, the warehouse’s lighting bill would be reduced to $562 a month, a savings of nearly $800.

The annual savings in one 175,000-square-foot building is $9,600 per year.

In addition to lowering the monthly bill, utilizing the lights in this manner would also improve the lighting in the warehouse, making it easier for workers to see and to operate their equipment.

Dawson said that he had total faith in the numbers presented to him by the students because, unlike someone trying to sell him a product, the only motive the students had was to get a good grade. “The benefit of having UD students come out is it’s totally unbiased,” said Dawson. “There’s no agenda for these students other than doing well in school and understanding what they’re doing.”

He also noted that he was thrilled to see UD students engaged in the Newark community, taking the lessons they learned in the classroom and applying them to real world situations. “I think that this is a model of what should be done at the University. Getting people out into the environment, letting them do something that is real and concrete,” said Dawson. “This is something that’s tangible, that’s actually going to happen. This is not just theory; the work that they did was real work and it’s going to have real value.”

Steve Dawson with the studentsDawson stressed that the project centered on a real business issue that will result in real dollar savings.

While he raved about how the students’ research was going to help his company save on its monthly electric bill, Dawson was quick to point out that the study would have an equal impact in another vital area: employee safety.

“The benefits that aren’t showing up in here is that it’s going to increase safety and it’s going to reduce damage, and those are big concerns in warehousing and distribution,” said Dawson.

This isn’t the first time a student from Messer’s class has taken the knowledge learned in the classroom and applied it to the local community. In 2011, Priyanka Jain, helped the city of Newark optimize its trash collection routes.

Messer said that it is ultimately up to his students to decide what they are going to do with their final project but that he is always thrilled when they go out and help the local community. “In my classes, I encourage my students to extend their academic knowledge to address real world challenges,” he said.  Monali and Charlie’s work is an excellent example of situations that are beneficial for all involved.”

He added, “This example demonstrates the promise of UD and local business working together to both enhance the educational experience and improve the local economy. Not only does the proposed solution save D&S money, but the solution also is environmentally friendly as it will reduce its electricity consumption and help improve worker safety. It has been gratifying to see the excitement of the students be matched by the enthusiasm of D&S.”

Article by Adam Thomas

Photos by Danielle Quigley

This article can also be viewed on UDaily.

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UD’s Messer gauges Delaware beachgoers’ reactions to offshore energy

October 8, 2012 under CANR News

The University of Delaware’s Kent Messer leads a research team that is conducting two studies at the Delaware coast to determine how people would react to offshore energy production and how that could impact the state’s economy.

The first study was conducted at Cape Henlopen and Rehoboth Beach and involved students surveying beachgoers to see how open they were to the idea of offshore energy, specifically wind turbines and oil drilling platforms.

“The question was how close these turbines and platforms could come to shore before people would no longer want to visit Rehoboth Beach or Cape Henlopen that day,” said Messer, associate professor in the Department of Applied Economics and Statistics in UD’s College of Agriculture and Natural Resources (CANR). “Would it negatively impact their experience to the point where they didn’t want to be there anymore?”

Other faculty members involved in the research team include Joshua Duke, professor in the Department of Applied Economics and Statistics; George Parsons, professor of economics and in the School of Marine Science and Policy in UD’s College of Earth, Ocean, and Environment; and Janet Johnson, associate professor of political science and international relations in the College of Arts and Sciences.

The students involved in this survey were Walker Jones of Virginia State University, who attended the CANR Summer Institute; Seth Olsen, a CANR sophomore who is also a Delaware Environmental Institute (DENIN) Scholar; and Jacob Fooks, a UD doctoral level student studying business and economics.

Using a computer simulation, passersby who participated in the survey were given the option to have oil platforms or wind turbines, or both, off the coast of Delaware at various distances.

The idea behind the project was that if participants moved the objects closer to the beach, it would result in lower energy costs, especially with regard to wind turbines that lose efficiency the farther out to sea they are located, but the objects would also have a bigger impact on the coastal view.

Moving the objects away from the beach would result in higher energy costs but beach visitors would have a less obstructed view.

“If you go to the gulf coast of Mexico, you see oil rigs off the coast. We don’t have them in the Atlantic but it could happen,” said Messer. “So we used virtual reality simulations, presenting pictures of the Delaware shore and imagining what these structures would look like at various distances.”

The researchers allowed people to indicate the distance at which structures could be placed offshore before they would no longer want to visit that area, choosing to go elsewhere instead.

Messer said that 500 people participated in one stage or another of the survey, with 148 completing the entire 30-minute survey.

The group’s findings indicated that people would be more open to viewing wind turbines off the coast than oil platforms, and that people were generally very open to the idea of having wind turbines at the beach if it resulted in lower energy costs. In fact, only about 30 percent of participants indicated that the presence of wind turbines would detract from their beach experience, while 60 percent indicated the same for oil platforms.

On average, research participants were willing to have the wind turbines just over 2.5 miles off shore before they would no longer have made their visit to the Delaware beaches.  In comparison, on average, Delaware beach visitation would have been affected by oil platforms if they were approximately 6 miles from shore with a significant portion of the respondents reporting that even at 10 miles from shore they would no longer visit the Delaware beaches.

“An interesting result of this study is that visitors to Delaware’s beaches were comfortable with wind turbines at distances from shore that were significantly shorter than the current permitted area which is 13 miles from shore. Whether due to finding the turbines visually appealing or liking having better fishing closer to shore by the creation of artificial reefs around the turbines, there is a significant percentage of the population that approved of the turbines at a closer than we ever imagined they would.” Messer said.

Wind turbines and hotels

The other study involves Messer, his faculty collaborators and his students trying to gauge how proximity to the UD wind turbine on the Hugh R. Sharp Campus in Lewes impacts a tourist’s willingness to stay at certain hotels in southern Delaware.

Using the Cape May-Lewes Ferry as their “floating lab,” Messer and his students auctioned off lottery tickets to willing participants in which the participants could win a free stay at one of three Lewes area locations:  UD’s Virden Center, the Hotel Blue and the Beacon Motel.

Messer explained that the three hotels currently sell hotel rooms either with a view of the UD wind turbine or without a view of the turbine. The goal of this study is to measure how willing people might be to pay to see the turbine (or to avoid seeing them) and, because the hotels are at different distances from the turbine, how proximity to the wind turbine impacts tourist behavior. Overall, about 57 percent of people showed no difference or a preference for a room with a view of the turbine. This number was higher for the more luxurious Hotel Blue than for the other two. The difference in bid amount between the rooms with and without the windmill views was about 11 percent for the Virden Center and the Beacon Motel, and 17 percent for Hotel Blue. These results suggest that some visitors are sensitive to viewing wind turbines and would prefer views without them.

National implications

Messer said that both of these impacts have regional and national implications given growing interest in offshore energy, particularly wind.

“It is important to find out the sense of comfort people have with offshore energy production and who those people are,” Messer said, noting that different classes of people would include those on day trips, longtime beachgoers and coastal residents.

The research projects are funded through UD’s National Science Foundation Experimental Program to Stimulate Competitive Research (EPSCoR) program.

Article by Adam Thomas

Photo by Teisha Fooks

This article can also be viewed on UDaily.

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CANR Summer Institute starts scholars on road to success

August 23, 2012 under CANR News

As the University of Delaware’s College of Agriculture and Natural Resources Summer Institute comes to a close, this year’s participants, Bianca Riddick and Walker Jones, are heading home having completed research projects and gotten a feel for the UD campus.

“I think it’s going to be bittersweet,” said Riddick. “I’m going to miss it when I’m ready to go home. It’s grown on me.”

The 10-week Summer Institute is designed for underrepresented populations of undergraduate students who have an interest in pursuing graduate degrees in the agricultural and natural resource sciences. It is intended to provide these students with an opportunity to learn about the varied and exciting opportunities available in graduate education at the college.

Bianca Riddick

Riddick, who will be a junior at Norfolk (Va.) State University as a pre-med student majoring in biology with a minor in chemistry, said that her time at the Summer Institute was instructive as she conducted research for the first time on a subject out of her normal area of study: rice.

“I never thought I’d be working with rice,” said Riddick. “I really don’t care too much for rice, but some people depend on rice so it’s good to contribute to the research of this disease.”

The disease in question is known as “rice blast” and Riddick studied the interaction between the rice blast fungus and a bacterium that has the potential to be a bio-control agent for the disease. Specifically, Riddick looked at a handful of fungal genes in rice blast to see how they react — if they turn on or off — to the bacterium in order to get a better idea of how the disease-causing agent is defending itself against the bio-control agent.

The reason behind looking for a bio-control solution to the rice blast problem is that it has the potential to be more cost efficient and environmentally friendly than applying pesticides.

Riddick is studying in the laboratory of Nicole Donofrio, who said that she has been amazed at how quickly Riddick picks things up, especially since this is her first time conducting research.

Donofrio, assistant professor in the Department of Plant and Soil Sciences, said of Riddick, “she is one of those people who just gets it. A lot of people, when they first start research, and this was the case with me too when I was an undergrad, have a pretty shallow learning curve. I had to make a lot of mistakes and Bianca is a rare student because she retains all of this information we’re throwing at her on the first try.”

Donofrio said that she has been so impressed with Riddick this year that she is going to ask her to come back next summer.

Riddick said that she has really enjoyed her time at the Summer Institute, calling it “a really good experience. It has everything laid out for you, you just have to come here and give your time. And I think that it’s a really good eye-opener.”

She also said that she has enjoyed the UDairy Creamery, with her favorite flavor being Cookies and Cream.

Walker Jones

Like Riddick, Jones also had to conduct research in an area outside of his wheelhouse.

As a senior at Virginia State University, Jones studies agricultural business and economics, but he spent the summer with Kent Messer helping him conduct a study on how beachgoers at Cape Henlopen and Rehoboth Beach would behave if there were offshore energy production providing renewable or lower energy costs but also affecting the aesthetics of the beach.

While conducting a study on the beach may sound like a summer job that is every undergraduate’s dream, Messer explained that Jones’ job was tougher than it sounds.

“This is actually really hard work. Going to the beach sounds really fun until you spend six days standing on the beach being told, ‘No, we will not participate in your study.’ And it’s 95 degrees, and you’re sweating and your relief is that you get to go hang out inside of a tent,” said Messer, associate professor in the Department of Applied Economics and Statistics.

Messer said that Jones was integral in getting the study conducted, as he conversed directly with state officials from the Delaware Department of Natural Resources and Environmental Control, getting the permission for the group to set up their tent at Cape Henlopen. Messer credited Jones with securing a “great spot” for the research project and said that it was a huge help to be able to give Jones such a high level of responsibility.

The research project involved having a computer simulation show participants images of wind turbines and oil drilling platforms as options for offshore energy. The participants were able to move the turbines or platforms closer or farther away from the beach, with the idea being that the closer the objects got, especially the wind turbines, the energy costs would be lower but the aesthetics of the beach would be affected.

Jones said that the group found that more people were open to the idea of having wind turbines present and closer to the shore, rather than oil platforms. “The (Gulf of Mexico) oil spill tragedy is still ringing true with some people and they don’t want that to happen again so when they see the picture of an oil platform they’d say, ‘No, I don’t like it,’” said Jones.

Jones said that he has enjoyed his time at UD, especially the fact that there are so many researchers on campus conducting a wide range of research in different departments.

He also said that he “really enjoyed how cooperative things went here, and how easily approachable the administration is around here.”

Tom Sims, CANR deputy dean and the T.A. Baker Professor of Plant and Soil Science, said that the Summer Institute was launched four years ago to “provide outstanding students such as Walker and Bianca with the opportunity to work with faculty mentors and learn more about graduate education in the agricultural and natural resource sciences.”

Sims continued that many of the 16 Summer Institute participants have “since entered graduate or professional schools both at UD and other top graduate programs. I’m sure that Walker’s exposure to the exciting new field of experimental economics and Bianca’s experiences in plant molecular biology have better prepared them for similar opportunities — we wish them well and look forward to continuing to work with similar dedicated students in the future.”

Article by Adam Thomas

Photos by Danielle Quigley and courtesy Kent Messer

This article can also be viewed on UDaily.

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Joshua Duke Elected President of NAREA

May 25, 2012 under CANR News

Joshua M. Duke, professor in the Department of Food and Resource Economics, has been elected president for the Northeastern Agricultural and Resource Economics Association (NAREA), a group of 250 agricultural and resource economists focused on promoting education and research on economic and social problems related to the environment, natural resource use, agricultural production, and economic development.

Duke has held every major position within the organization, from being an elected member of the executive board, to serving as co-editor with Titus Awokuse, chair of the Department of Food and Resource Economics, of the peer-reviewed journal Agricultural and Resource Economics Review, the official publication of the NAREA. Duke also served as workshop organizer and on the local arrangements committee for the annual meeting. He received the distinguished member award from the group in 2010, only the second UD recipient after Conrado M. Gempesaw II, former dean of the Alfred Lerner College of Business and Economics.

Duke said that he is honored to be elected president and is incredibly excited for the opportunity to head such a great organization. “My career benefited tremendously from the collegiality, sharing of research, and networking opportunities afforded by NAREA,” said Duke. “One of my goals as president will be to recruit the next group of leaders to the organization.” He will begin his 3-year term in June and he said that he is most looking forward to organizing the program for the 2013 annual meeting. “It’s a great opportunity to shape an annual meeting by categorizing selected-paper panels and inviting renowned experts to speak,” said Duke.

Awokuse said of Duke being named president, “I’m excited about the election of Joshua Duke as the next president-elect of NAREA.  This is a great honor for Josh and it is a culmination of his many years of faithful service to NAREA in various roles. As a friend and colleague for over a decade, I can attest to Josh’s passion for professional excellence and commitment to a life of service to others.  As leader, he will lead the organization to greater heights.”

Duke will be the 4th faculty member to serve as president for the NAREA from the University of Delaware. Past presidents include Gempesaw, Gerald Cole, emeritus professor in the Department of Food and Resource Economics, and Steve Hastings, professor in the Department of Food and Resource Economics.

There are other strong ties between the NAREA and the University of Delaware as well, as Awokuse, John Bernard, Tom Ilvento, professors of food and resource economics, and Kent Messer, associate professor of food and resource economics, are also involved in the organization.

For more information about NAREA, visit their website.

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UD students plant trees to sequester carbon in Milford Neck

April 21, 2011 under CANR News

UD students plant trees in carbon sequestration project at Milford NeckUniversity of Delaware Professor Kent Messer and his students went to the state’s Milford Neck region on Saturday, April 16, to start a project that aims to plant more than 55,000 trees over a 60-acre plot of land — work that will result in the sequestration of an estimated 17,500 tons of carbon.

The team planted 5,000 trees in the initial weekend and, in addition to carbon sequestration, Messer said the trees will provide direct benefits for biodiversity and water quality in the region.

Messer, assistant professor of food and resource economics in UD’s College of Agriculture and Natural Resources, jumped at the opportunity to have his students gain valuable hands-on sustainable development experience while also providing a beneficial service to the environment.

“I want my students to not only learn in the classroom, but also to get involved with environmental projects in the local community and region,” he said.

Read more at UDaily >

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Kent Messer co-authors new book

February 17, 2011 under CANR News

Kent Messer, assistant professor of food and resource economics and assistant professor of economics, has written a book on Mathematical Programming for Agricultural, Environmental and Resource Economics. The book is co-authored by Harry M. Kaiser of Cornell University.

Finding that many mathematical programming textbooks don’t cover natural resource and environmental issues, Messer said that he and Kaiser decided to write a book that would address these. “My passion is the world of environmental and resource economics and I also work in agricultural economics, and so while there are many books on operations research and math programming, they end up being targeted towards MBA students. I thought that there are some unique applications to natural resource and environmental problems that these books just don’t cover. And those are the areas that I am most interested in.”

Messer said that Kaiser does a lot of work on agricultural marketing, and since he had an interest in the subject too, they both decided to combine their interests and turn them into a book. “We were really pleased to have Wiley and Sons, a top flight publisher, be willing to publish this book, which will provide a global distribution network.”

The book is divided into two parts, with 13 chapters total. Each chapter contains at least 20 exercises and several research examples.

Messer said that the goal was “to make a reader-friendly textbook that would be great in the classroom and would develop the foundation of quantitative skills needed for research. Thus, the textbook doesn’t just cover theory, but also provides instruction on how to bridge the gap between ‘here are the techniques and here’s how you apply them to research.’”

The book is geared toward graduate students as well as upper level undergraduates who might be looking at doing research in the area.

Messer said he plans to use the book in his future classes but also notes that he has been using parts of the book in his course in a paper version for the past four years. “My previous students have been great at ‘proofing’ the chapters and testing problems.”

For more information about the book, see the website.

This article is an excerpt from a larger UDaily article “Books in Brief.”  Books in Brief is a roundup of recent books by University of Delaware faculty, staff and alumni. For the full article, click here.

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Operations Research grad student helps Newark optimize trash collection

January 3, 2011 under CANR News

Priyanka Jain, a master’s degree student in the College of Agriculture and Natural Resources, is working with the city of Newark to study ways to optimize residential trash pick-up and save costs.

Jain, who is in CANR’s operations research program, explained that the main goal of her work is to “enhance waste collection practices in the city of Newark in terms of minimizing fleet size, total transportation and operational cost, and avoiding time imbalance in between different routes.”

The study has two main parts. First, Jain looked at assigning different capacity trucks to various routes to help cut down on the number of trips taken by each truck. The city has trucks of varying capacity and Jain saw that specific types of trucks worked better on certain routes.

Jain found that a smaller model of truck was making two trips to pick up the same amount of waste that could be handled by a larger truck in one trip. She said she would like to cut the number of trips to save on fuel, operational costs and overtime pay.

Because there is less trash to pick up in the winter, Jain said she believes the city can collect all the trash successfully with four trucks rather than the five they currently use.

By decreasing the number of trips taken by each truck on their routes, Jain’s research showed a 19 percent reduction in yearly transportation and drivers’ labor costs.

The second part of the study concerned route optimization to save on fuel and overtime costs.

To determine the optimal route depending on the average waste to be collected, Jain used Network Analyst, an ArcGIS extension for problems such as shortest route, closest facility, location allocation and vehicle routing.

Jain said of the city’s current routing plan, “They have a good scheme, but still there are some trucks that have to do multiple trips because there are uncovered remaining houses. I’m trying to make routes, different routes, so that they have very optimal collection schemes and they don’t have to go back.”

Using optimal route solutions for the city, the ArcGIS computed using traffic directions, turn restrictions, average speeds for local roads and highways and average time for serving each bin. It included geocoding of the city’s customers on GIS maps, which can be helpful in the future if more customers need to be added. City historical data was used to calculate average drop off time at the transfer station, the area where the trucks transfer their waste. Field observations were also conducted to assess the average turn times and service time for bins.

When these optimized routes were compared to the current ones, the results showed that distance would be decreased between 4-15 percent on each route, with an average of a 9 percent reduction in mileage, leading to an estimated decrease of fuel costs by $1,500 and maintenance costs of $7,000 per year per route.

Cost is not the only benefit from Jain’s research, however, as she says another plus that comes from route optimization will be public safety.

Jain said she is “trying to optimize their routes so they do fewer U-turns, which is critical in terms of safety. They are huge trucks and when they back up, if they make a three-point turn, it is a main concern especially in terms of safety. They don’t want the trucks to make many U-turns or three-point turns.”

With fewer trucks running more efficient routes, there will be an environmental benefit to the research as well, as fewer trucks driving fewer miles will help Newark reduce its carbon footprint.

The study originated in a class taught by Kent Messer, assistant professor of food and resource economics and assistant professor of economics, and Messer says Jain was “just a wonderful example of someone going above and beyond and demonstrating her passion and knowledge. She obviously did a great job.”

Messer also said that the city of Newark was very helpful to Jain throughout her research. “They are a great team, and I give them kudos for doing it because they have to get a lot of data to run these things,” he said. “They’re very data intensive to get good meaningful results. So I just think that it’s a beautiful relationship between the University of Delaware and a student and the city.

“I think her analysis was great, and the thing that I like about it is that I think they’re going to do it. From what I can tell, they’re going to go try it out, run some of these routes, get feedback and see whether it’s actually going to get put on the ground. And that’s so much better than a study by itself.”

Along with Messer, Jain credited Rich Lapointe, the director of public works for the city; Patrick Bartling, public works superintendent for providing a lot of support, information and data; and Benjamin Mearns, information resources consultant with the University’s IT-Client Support and Services, for helping her with ArcGIS.

Jain will continue her study into next semester, adding things such as more detailed traffic data and recycling into her analysis.

Article by Adam Thomas
Photo by Danielle Quigley

This article can also be viewed online on UDaily by clicking here.

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CANR Students Conduct Community Service

November 8, 2010 under CANR News

CANR students have been spending time this fall volunteering for community service organizations.

In October, Alpha Zeta went to the Brandywine Zoo for two hours for our community service project. Most of the members raked leaves to help keep the zoo looking neat. The leaves that we raked were also used for bedding for the animals in the winter. Other members helped renovate an animal holding pen area.

UD students in Kent Messer’s FREC100 class volunteered for The Nature Conservancy on November 7th.  “This is the second year where my students have volunteered with The Nature Conservancy and it appears to be developing into a long-term partnership as its seems to be beneficial to all involved,” Messer said.

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Conservationists model smart shopping, save big

February 3, 2010 under CANR News

If there was ever a time for conservationists to shop smart, this is it. Across America, states confront budget shortfalls — a grim cycle of cuts, followed by more cuts that the Pew Center on States refers to as “fiscal crisis.” Tough choices confront land conservationists, who shop the American landscape with big ambitions but slim wallets.

That’s why an emerging economics tool is so timely. Researchers at the University of Delaware and The Conservation Fund have designed a computer based decision making tool that is helping conservationists get more bang for their buck — by evaluating potential conservation projects for best dollar value. With this new tool, government leaders can comparison-shop projects like never before.

“We all want the most bang for our buck, and conservation is no different,” says Will Allen, director of strategic conservation at The Conservation Fund, a leading environmental nonprofit. “Are you spending too much money on expensive projects — what some call budget sponges — or are you getting real value? With public budgets so tight, government officials must be able to justify how they’re spending these dollars wisely.”

Until now, conservation organizations have chosen which lands to conserve based primarily on land benefits. Their goal is to save high-priority land that’s valued for agriculture, perhaps, or open space and wildlife habitat. But Baltimore County, Md., has a better way, using optimization techniques developed by UD’s Kent Messer, an economist in the College of Agriculture and Natural Resources, and Allen.

According to Messer, optimization strategy, first used by the military during World War II, is gaining new ground in the conservation world. He says it would have once taken a supercomputer to run these calculations. But thanks to evolving technology, people can now run optimization analysis quickly for fields like conservation, which has largely operated more on a wish-list level.

Messer compares buying land to buying wine — choosing well means recognizing good value when you see it.

Messer and Allen have developed and applied a computer model to “optimize” conservation decisions. The model turns raw data about conservation decisions — project costs, benefits (scored numerically), budget constraints — into a user-friendly spreadsheet yielding comparison shopping conclusions.

Using the model, for example, a government agency can quickly compare the relative value of all possible projects — and then make, and justify, an informed choice.

The Baltimore County Agricultural Land Preservation Program in Maryland has one of the nation’s most well-established farmland preservation efforts. Every year since 2007, Baltimore County has tapped an optimization model to choose which agricultural lands to save with impressive results.

Over the past three years, Baltimore County staff estimate that optimization has helped the county protect an additional 680 acres of high-quality agricultural land at a cost savings of roughly $5.4 million compared to the class conservation decisions tools. This amounts to a return on investment of more than 60 to 1. In other words, for every dollar that Baltimore County spent using its optimization model, it has gained more than $60 in conservation benefits.

“This work is especially important in these times of constrained budgets. Making our money go as far as possible is a good thing,” says Michael McGrath, chief of planning for the Delaware Department of Agriculture (DDA). Messer used data provided by the DDA for some of his initial research related to optimization. He and McGrath continue to look for ways that UD and DDA can use these techniques in Delaware.

McGrath says, “Dr. Messer’s current work in Baltimore County provides important substantiation of his techniques in optimization. These techniques have applicability in Delaware and all across the U.S. in optimizing farmland preservation easement negotiations.”

Read the article here on UDaily.

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