San Francisco Zoo seeks Dietician in the Nutrition Center

The Dietician is based at the San Francisco Zoo Nutrition Center and supports the integrated animal wellness program. The position plays a key role in ensuring optimal nutrition for the Zoo’s animals.  The Dietician will work with the veterinary, animal care and animal wellness departments to maintain the health and psychological well-being of the Zoo’s animals. The Dietician takes a specific role in understanding the effect and impact of diet on these animals. This includes, but is not limited to, the preparation of diets and assisting with the formulation and scientific assessment of diets and nutritional records; tracking diets and diet changes; and assisting with the diet review process.  To finds details about this position, and for necessary application requirements, please navigate to: www.sfzoo.org and look at “current jobs.”

Denver Zoo: Nutritionist Job Opportunity

Denver Zoo is a leader in animal care, wildlife conservation, and education. We are passionate about our commitment to excellence in support of our mission to secure a better world for animals through human understanding.

Denver Zoo honors our animals, staff, and guests by conducting ourselves at the highest level of integrity through our Core Actions — Inspire Awe: Safety, Care, Connect and by embracing our Core Behaviors of: Passion, Respect, Innovation, Diversity, and Excellence in all that we do.

Denver Zoo is seeking an animal Nutritionist to begin building a comprehensive nutrition program for our over 4,000 animal residents. This position will advance the mission of Denver Zoo by developing and managing the animal nutrition program to help ensure the highest level of animal care. Core responsibilities include the formulation and management of diets, nutritional records, diet changes, and diet review processes. As current immediate needs are met the selected person will then further the development of a comprehensive nutrition program that will eventually include research and development. The position will report to the Vice President for Veterinary Medicine and will provide oversight to the Nutrition Center.  The nutritionist will be a partner with the Animal Care and Veterinary Medicine teams in maintaining the health and well-being of Denver Zoo’s animal collection with a specific role in understanding the effect and impact of diet on these animals. These teams will work together to develop nutrition program priorities, expectations, and work plans.  Strong teamwork along with excellent communication and presentation skills, verbally and written, are essential.

 

Our staff is a dedicated and diverse group of individuals committed to providing quality care to our animals while creating moments of awe for guests.  If you are a like-minded individual and thrive in a dynamic, fast paced, and innovative culture, Denver Zoo is the place for you!

 

The Successful Candidate will have the following qualifications:

  • Graduate degree in nutrition or a related field is required, with PhD preferred.
  • At least two years of experience working with nutritional issues with wildlife in managed care.
  • Excellent oral and written presentation skills.
  • Ability to communicate among and integrate into multiple departments and working groups and work within a highly collaborative environment.
  • Demonstrated leadership and supervisory abilities.
  • Research experience with evidence of peer-reviewed publication.
  • Competency in computer skills, including word processor, spreadsheets, Internet and networks, as well as nutritional analysis software.
  • Clear driving record.

Completed applications must be submitted by October 19, 2018

***APPLICANTS MUST SUBMIT A COVER LETTER WITH RESUME***

Denver Zoo reserves the right to close the position prior to the above date.

Denver Zoo is an Equal Opportunity Employer

Please apply through www.denverzoo.org

Fecal Condition Scoring Resource Center

Fecal condition scores and fecal color provide insight into how a diet is being digested by an animal and the state of gastrointestinal health. The following fecal condition scoring scales have been obtained from a variety of sources.  We have credited the authors where we can, and encourage you to submit additional scales or corrections to attributions.  More info is at the bottom of this page.

About Fecal Condition Scoring

As zoo and wildlife nutrition professionals, we utilize all information we can gather about the animals in our care and how they process their diet, especially information that can be gathered passively, without impact to the animal.  One, often underutilized, tool that used to assess how an animal is processing their diet is a thorough examination of their feces (stool).  This can be informal and subjective (i.e. – “loose,” or “pebble-like,” or “pudding”), but those words can mean different things to different people.  If fecal consistency is used as a tool to assess how a diet is digested and/or overall animal health, an objective assessment of that consistency is necessary.  We spend so much time looking at it, scooping it, moving it, dumping it, so let’s utilize it to better care for our animals!

Fecal Condition Scoring Scales

Fecal condition scores are developed to provide an objective and commonly understood scale to assess and describe fecal material.  Obviously, this differs with the species and digestive strategy in question (“ideal” horse and cow fecal material differs in consistency).  For this reason, a variety of scales have been developed.  These scales are primarily numerical with descriptive terminology and images associated with them.  These efforts have primarily focused on domestic animals (dogs), but also have expanded to several wildlife species.

The scores range from simple 1-3, 1-5, or 1-7 point systems, to similar systems with sub-scores for each number, and systems that score from 0-100 in 25 point increments.  Given the systems currently in place for domestic animals, and those currently utilized for the wildlife species we manage, a 0-100 scale appears to be most preferred and useful.  These types of scales are currently in place for some of our carnivore species, but remain undeveloped for most of the animals with which we work.

Implications of Fecal Condition Scores

Fecal condition scores can provide insight into how a diet is being digested (otherwise utilized) by an animal (color is helpful, as well).  Low scores (unformed, loose, diarrhea, etc) may indicate digestive upset, malabsorption, and/or possible hydration issues.  On the other end of the spectrum, hard stools may indicate a lack of appropriate fiber, a water balance issue, etc.  The routine use of fecal scoring systems with animals can provide an invaluable tool to veterinarians and animal managers when “something” changes with condition, consumption, and/or overall health.

Call for More Scales (Training Opportunity)

We welcome the development of additional scales.   This is an excellent opportunity for you, your staff, volunteers, interns, and other students to get involved in the development of a basic animal husbandry management tool!  Need a fecal condition scoring scale for a species not represented?  Consider the following:

  • Look at scales already developed and determine a format that might work best for the species in question.
  • Consider a scale that includes lower scores as drier feces and higher scores as wetter feces (so we can start to gain some consistency, building from the scales established for domestics).
  • Consider photo techniques.  Just like body condition scoring (BCS), angle, light exposure, shadows can all play a role in visual assessment (especially in a 2D picture).  Take your best shots and include language that describes and supports the image as objectively as possible.
  • Once developed and tested/used, consider not only sharing the value and utility of the scales via a NAG Conference poster or the such, but also with the resource at this site and the associated ACM for the species.
  • This a great chance for your interns, volunteers, keepers, etc to get involved in a simple, yet very useful tool, to provide more objective information and get involved in animal care!

If you know of additional published resources for this page, we encourage you to submit them for potential inclusion:

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What species is this for?

Please upload your document for review.

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Guidelines for the Humane and Ethical Acquisition and Management of Vertebrate Feeder Animals (Excluding Fish)

It is vitally important that omnivorous and carnivorous species in the care of zoos and aquariums receive the appropriate foods needed to meet their nutritional and behavioral requirements. Oftentimes this entails using ‘feeder animals’ as part of their diet.  It is important that zoos and aquariums accredited by the Association of Zoos and Aquariums (AZA) make certain that feeder animals...

Body Condition Scoring Resource Center

  The following body condition scoring (BCS) scales have been obtained from a variety of sources.  We have credited the authors where we can, and encourage you to submit newly developed or modified scales or corrections to attributions.

The following body condition scoring (BCS) scales have been obtained from a variety of sources.  We have credited the authors where we can, and encourage you to submit newly developed or modified scales or corrections to attributions.

Click to expand

Pangolins, Aardvarks, & Xenarthrans (Sloths, Anteaters, Armadillos)
Reptiles & Amphibians

About BCS Scales

Body condition scoring (BCS) is a subjective measurement of an animal’s muscle definition and superficial fatty tissue.BCS for Zoo Animals

BCS has been used for many years in the livestock industry to improve the productivity, health, reproduction and longevity of herds.  BCS has become increasingly common in zoological settings for many of the same reasons.  Our greatest challenge in zoos is to develop practical systems or scales for the diverse species with which we work.  Some scales have been well-developed and validated, while others remain works in progress.  The NAG encourages the careful and thoughtful development of new scales, the refinement of those that already exist, and the diligent attention to their implementation for the good of the animals in our care.

About BCS Scales

Body condition scoring scales are numerical, and they typically range from 1 (emaciated) to either 5 or 9 (obese).  When using a 5-point scale, many people will assign half points (2.5 or 4.5 out of 5), which effectively turns the 5 point scale into a 9 point scale.  Whenever possible, we recommend the use of a 9 point scale.

fish3

Implications of BCS Scores

horsebcs

Low BCS scores have been associated with lowered reproductive success, poor recovery from illness, and may be a sign of disease or age.  High BCS scores have been associated with an increased risk of dystocia (difficulty giving birth), reproductive disorders, arthritis, diabetes, and other chronic conditions (Chan-McLeod et al. 1994; Burkholder 2000; Aeberhard et al. 2001; Busato et al. 2002; Berry et al. 2007; Boudreau 2012).  Despite the known risks of being too far at either end of the BCS spectrum, a BCS score should be non-judgmental.  You may be pleased that an animal recovering from a serious illness has moved from a 2 to a 3 (on a 9-pt scale), yet worry that a healthy animal has dropped from a 4 to a 3.  You may be glad that an obese animal has dropped from an 8 to a 5, yet endeavor to raise an animal preparing for hibernation from a 5 to an 8 or 9 (which may be “normal,” physiologically, for the species in question).  Keep in mind that just because it may be “normal” for a species to be over-conditioned at a specific time of year or life stage, this does not impact the BCS scale (a score of 8/9 remains 8/9, even if declared “appropriate” in terms of animal management; the scale does not “slide” to make that over-conditioned animal a 5/9). In addition, the scale is does not slide for growing, geriatric, or pregnant animals (regardless of stage of life, metabolic status, etc, the scale is designed to assess condition as objectively as possible).

Tips for Body Condition Scoring

  • BCS is best learned and implemented through consistent practice.  Often, it helps to have multiple staff involved at the start (animal managers, keepers, veterinarians, nutritionists, etc.) to make sure everyone is on the same page regarding terminology, anatomy, and the scoring system being used.  In the end, however, it is often best to have a limited number of scorers so that consistency can be maintained.  In addition, having someone who does not see the animals every day perform the scoring can be helpful.
  • Scorers should be familiar with the anatomy of each species.  If multiple scorers are utilized, they should be objectively evaluated for consistency with the same animals.  It can be helpful to note the initials of the scorer when a BCS is performed and recorded.
  • Although there are many different systems/scales (even for a single species), it is a good idea to pick one scoring system for each species and stick with it.  This allows for increased familiarity and proficiency, over time.
  • BCS is a particularly useful tool for animals that aren’t very tractable or for those who are unable to be weighed regularly.  If body weights are available, BCS acts as a complementary assessment for management purposes.  Ensure that the interval between BCS is reasonable and practical.
  • For growing animals, body weights can be paired with appropriate growth curves to assess development. However, body weights in growing individuals often vary, even within species, and may not be the best assessment of growth. In these cases, BCS can be used not only to assess appropriate growth, but also to establish target weights for individuals.
  • If your species of interest does not have a scale established, please consider developing one.  If you do, look at those that have already been thoughtfully developed. Ideal BCS scales are easy to use, distinguish biologically relevant changes in status, provide enough description that multiple observers will obtain similar results, and, ideally, have been validated through other means (ultrasound, TOBEC, necropsy).  Photographs and drawings should clearly show points of interest and be coupled with clear written descriptions.   The NAG encourages you to share your systems by presenting a poster or presentation at our conference, or publishing in another format that can be accessed by the zoo community.
References
  • Aeberhard K, Bruckmaier RM, Kuepfer U, and Blum JW. 2001. Milk Yield and Composition, Nutrition, Body Conformation Traits, Body Condition Scores, Fertility and Diseases in High-Yielding Dairy Cows – Part 1. Journal of Veterinary Medicine Series A 48:97–110.
  • Berry DP, Lee JM, Macdonald KA, and Roche JR. 2007. Body Condition Score and Body Weight Effects on Dystocia and Stillbirths and Consequent Effects on Postcalving Performance. Journal of Dairy Science 90:4201–4211.
  • Boudreau L. 2012. Effect of Moderate Diet Restriction on Body Condition, Health, and Reproductive Performance in Female Mink (Neovison vison).
  • Burkholder WJ. 2000. Use of body condition scores in clinical assessment of the provision of optimal nutrition. Journal of the American Veterinary Medical Association 217:650–654.
  • Busato A, Faissler D, Küpfer U, and Blum JW. 2002. Body condition scores in dairy cows: associations with metabolic and endocrine changes in healthy dairy cows. Journal of Veterinary Medicine Series A 49:455–460.
  • Chan-McLeod ACA, White RG, and Holleman DF. 1994. Effects of protein and energy intake, body condition, and season on nutrient partitioning and milk production in caribou and reindeer. Canadian Journal of Zoology 72:938–947.

If you know of additional published resources for this page, we encourage you to submit them for potential inclusion:

Your Name (required)

Your Email (required)

What species is this for?

Please upload your document for review.

Please provide as much reference/citation information you can so that we can properly attribute the resource.

Prove you aren't a robot. Enter the text below:
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We will review your submission and post if we feel it is appropriate for this site.

Zoo Nutrition Myth: A fruit is a fruit

The nutrient composition of domestic fruits, which have been selected and cultivated for sweetness, differs greatly from their wild counterparts.  A simple comparison of domestic vs. wild figs reveals the difference. Our domestic vegetables (though still not perfect substitutes by any means) may more closely mimic the composition of wild fruits.  For more information on fruit-free diets, see these articles:

fruits