Groupings: Difference between revisions
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In general, it is best practice to set up diets the way they are fed. If the animals are fed as a group, the diet should be prepared as a group. If the animals are fed individually, diets should be set up (and also weighed and prepared) individually. We try to avoid situations where we carefully prepare individual diets only to have the keepers put everything together in a pan, or to weigh out bulk food and then the keepers spend time further weighing and portioning it out. It is most efficient to handle/weigh/prepare the food once rather than multiple times. | In general, it is best practice to set up diets the way they are fed. If the animals are fed as a group, the diet should be prepared as a group. If the animals are fed individually, diets should be set up (and also weighed and prepared) individually. We try to avoid situations where we carefully prepare individual diets only to have the keepers put everything together in a pan, or to weigh out bulk food and then the keepers spend time further weighing and portioning it out. It is most efficient to handle/weigh/prepare the food once rather than multiple times. | ||
ZDN has two | == ZDN has two main methods of grouping animals == | ||
* '''Herd (or flock) diets:''' one diet plan multiplied by the number of animals. Generally, each animal is considered to have a value of 1. So, for example if your flock of 50 flamingos each gets ~100 g of flamingo food a day, you could create a diet for 100 g and assign 50 birds to that diet for a total of 5000 g. However you can set the value (Animal Units) of an animal to be less (a smaller animal) or more (a growing/pregnant/lactating animal) than 1 if needed. If one bird is small, you might set that animal to be worth 0.5 animal units, and then you'd have 49.5 "animals", for a amount of 4950 g. 🦆🦆🦆🦆 <- a herd diet | * '''Herd (or flock) diets:''' one diet plan multiplied by the number of animals. Generally, each animal is considered to have a value of 1. So, for example if your flock of 50 flamingos each gets ~100 g of flamingo food a day, you could create a diet for 100 g and assign 50 birds to that diet for a total of 5000 g. However you can set the value (Animal Units) of an animal to be less (a smaller animal) or more (a growing/pregnant/lactating animal) than 1 if needed. If one bird is small, you might set that animal to be worth 0.5 animal units, and then you'd have 49.5 "animals", for a amount of 4950 g. 🦆🦆🦆🦆 <- a herd diet | ||
* '''Grouped diets:''' multiple diets combined together. For example, in one pond you have ducks (who eat duck food), geese (who eat goose food), and swans (who eat swan food) who are fed together out of the same pans. You can place these three diets together in a Group. The summed diet (duck + goose + swan food) will be what is prepared as a single diet, but you can still maintain the three types of diets separately, which makes it easier when birds move around or you want to see the diet history. 🦆🦆🦆🦆🦆 + 🦜🦜 + 🦚🦚🦚🦚🦚 + 🐦🐦 + 🐓🐓🐓 <- a grouped diet | * '''Grouped diets:''' multiple diets combined together. For example, in one pond you have ducks (who eat duck food), geese (who eat goose food), and swans (who eat swan food) who are fed together out of the same pans. You can place these three diets together in a Group. The summed diet (duck + goose + swan food) will be what is prepared as a single diet, but you can still maintain the three types of diets separately, which makes it easier when birds move around or you want to see the diet history. 🦆🦆🦆🦆🦆 + 🦜🦜 + 🦚🦚🦚🦚🦚 + 🐦🐦 + 🐓🐓🐓 <- a grouped diet | ||
== Examples == | |||
Here are some examples of how to apply Herds and Groups in practice: | Here are some examples of how to apply Herds and Groups in practice: | ||
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** ''Option 2:'' Create 1 gorilla diet. Assign all four animals to this diet. Assign Animal Units as 0.5 (baby), 1.2 (mom - late lactation), 1 (adult female), 1.5 (silverback). Doing this may make future diet changes easier - you only have to change one diet rather than 4. However, it is harder to tailor diets to each individual. <small>🦍</small>🦍🦍<big>🦍</big> | ** ''Option 2:'' Create 1 gorilla diet. Assign all four animals to this diet. Assign Animal Units as 0.5 (baby), 1.2 (mom - late lactation), 1 (adult female), 1.5 (silverback). Doing this may make future diet changes easier - you only have to change one diet rather than 4. However, it is harder to tailor diets to each individual. <small>🦍</small>🦍🦍<big>🦍</big> | ||
** There is no right answer - either option will work depending on whether you are more likely to make 4 diet changes when the group needs a change, or many individual diet changes to keep up with the management of each individual. | ** There is no right answer - either option will work depending on whether you are more likely to make 4 diet changes when the group needs a change, or many individual diet changes to keep up with the management of each individual. | ||
== 3rd way of grouping diets: Assembly Line == | |||
Finally, I must introduce the demon child of Herd and Grouped diets...Assembly Line Grouped diets. | Finally, I must introduce the demon child of Herd and Grouped diets...Assembly Line Grouped diets. | ||
Sometimes, when there are many similar diets, you don't want to prepare them one diet at a time. A common example is in the preparation of aquatic animal diets. Often you portion out all of the capelin (then return the box to the freezer), then the herring (and return the box), then shrimp, etc. Many animals will get all three of these foods, even if | Sometimes, when there are many similar diets, you don't want to prepare them one diet at a time. A common example is in the preparation of aquatic animal diets. Often you portion out all of the capelin (then return the box to the freezer), then the herring (and return the box), then shrimp, etc. Many animals will get all three of these foods, even if the animals aren't fed together and may not even live in the same tank. There are two ways to accomplish this: | ||
* Ingredient labels - print out labels for each item (select which items are included in Settings > Edit Foods > Include on Ingredient Stickers) . | * '''Ingredient labels''' - print out labels for each item (select which items are included in Settings > Edit Foods > Include on Ingredient Stickers) . | ||
* Assembly line diets - put the animals into a group to indicate that these diets are similar. But mark that group (Settings > Edit Zoo Areas and Diet Groups > Diet Groups) as "Assembly Line" instead of "Bulk" to say that they are still prepped as individual diets. | * '''Assembly line diets''' - put the animals into a group to indicate that these diets are similar. But mark that group (Settings > Edit Zoo Areas and Diet Groups > Diet Groups) as "Assembly Line" instead of "Bulk" to say that they are still prepped as individual diets. | ||
** Paper books: Print out the "Assembly Line" report | ** Paper books: Print out the "Assembly Line" report | ||
** Touchscreen: If you marked the group as "Assembly Line" style in Settings > Edit Zoo Areas and Diet Groups > Diet Groups, then it should show up as Assembly Line in the Touchscreen. Or you can click the "Assembly Line" button to force it to show this way. | ** Touchscreen: If you marked the group as "Assembly Line" style in Settings > Edit Zoo Areas and Diet Groups > Diet Groups, then it should show up as Assembly Line in the Touchscreen. Or you can click the "Assembly Line" button to force it to show this way. |
Revision as of 20:59, 16 October 2023
In general, it is best practice to set up diets the way they are fed. If the animals are fed as a group, the diet should be prepared as a group. If the animals are fed individually, diets should be set up (and also weighed and prepared) individually. We try to avoid situations where we carefully prepare individual diets only to have the keepers put everything together in a pan, or to weigh out bulk food and then the keepers spend time further weighing and portioning it out. It is most efficient to handle/weigh/prepare the food once rather than multiple times.
ZDN has two main methods of grouping animals
- Herd (or flock) diets: one diet plan multiplied by the number of animals. Generally, each animal is considered to have a value of 1. So, for example if your flock of 50 flamingos each gets ~100 g of flamingo food a day, you could create a diet for 100 g and assign 50 birds to that diet for a total of 5000 g. However you can set the value (Animal Units) of an animal to be less (a smaller animal) or more (a growing/pregnant/lactating animal) than 1 if needed. If one bird is small, you might set that animal to be worth 0.5 animal units, and then you'd have 49.5 "animals", for a amount of 4950 g. 🦆🦆🦆🦆 <- a herd diet
- Grouped diets: multiple diets combined together. For example, in one pond you have ducks (who eat duck food), geese (who eat goose food), and swans (who eat swan food) who are fed together out of the same pans. You can place these three diets together in a Group. The summed diet (duck + goose + swan food) will be what is prepared as a single diet, but you can still maintain the three types of diets separately, which makes it easier when birds move around or you want to see the diet history. 🦆🦆🦆🦆🦆 + 🦜🦜 + 🦚🦚🦚🦚🦚 + 🐦🐦 + 🐓🐓🐓 <- a grouped diet
Examples
Here are some examples of how to apply Herds and Groups in practice:
- A group of 4 similar zebra fed together - Create 1 diet with the amounts for 1 animal. Add all 4 animals to the diet (on the Edit Diets > Animals & Enclosures tab). The group amount will change to reflect 4x the single diet. 🦓🦓🦓🦓
- A group of 4 similar zebra fed together. One zebra gets an additional "treat" for taking medication:
- Option 1: Create 1 diet with the amounts for 1 animal. Add all 4 animals to the diet (for the diet they have in common). Create a second diet with just the additional treat and assign the medicated animal to that diet (will generate 2 separate diets for that group).🦓🦓🦓🦓 + 🍎
- Option 2: Create 1 diet with the amounts for 1 animal. Add the 3 non-medicated animals to that diet. Copy the diet items. Create an additional diet for the medicated zebra. Paste in the diet items. Add in the medication treat. This will also generate 2 separate diets for the zebras. 🦓🦓🦓 + 🦓🍎
- Option 3: Begin the same as options 1 or 2, but create a Group called "Group of 4 zebras" and assign both diets to that group. This will generate one combined prep for the zebra group containing all the foods from the two diets. 🦓🦓🦓🦓🍎
- A group of 4 adult zebras, plus a newborn foal - Create 1 diet with the amounts for 1 animal. Add all 5 animals to the diet. Set mom's Animal Units to 1.4 to account for early lactation. Set foal to 0 Animal Units for now. In a few weeks, set foal to 0.5 Animal Units and perhaps increase mom to 1.8 Animal Units.🦓🦓 🦓🦓🦓
- A group of 4 gorillas fed together as a family - one 3-year-old, one adult lactating female (mom), one adult female, one silverback male.
- Option 1: Create 4 separate diets (one for each animal). Create a group called "Gorilla Family" and assign each of the four diets to belong to this group. This will allow you to maintain separate diet histories and individualized diet plans for each animal. 🦍 + 🦍 + 🦍 + 🦍
- Option 2: Create 1 gorilla diet. Assign all four animals to this diet. Assign Animal Units as 0.5 (baby), 1.2 (mom - late lactation), 1 (adult female), 1.5 (silverback). Doing this may make future diet changes easier - you only have to change one diet rather than 4. However, it is harder to tailor diets to each individual. 🦍🦍🦍🦍
- There is no right answer - either option will work depending on whether you are more likely to make 4 diet changes when the group needs a change, or many individual diet changes to keep up with the management of each individual.
3rd way of grouping diets: Assembly Line
Finally, I must introduce the demon child of Herd and Grouped diets...Assembly Line Grouped diets.
Sometimes, when there are many similar diets, you don't want to prepare them one diet at a time. A common example is in the preparation of aquatic animal diets. Often you portion out all of the capelin (then return the box to the freezer), then the herring (and return the box), then shrimp, etc. Many animals will get all three of these foods, even if the animals aren't fed together and may not even live in the same tank. There are two ways to accomplish this:
- Ingredient labels - print out labels for each item (select which items are included in Settings > Edit Foods > Include on Ingredient Stickers) .
- Assembly line diets - put the animals into a group to indicate that these diets are similar. But mark that group (Settings > Edit Zoo Areas and Diet Groups > Diet Groups) as "Assembly Line" instead of "Bulk" to say that they are still prepped as individual diets.
- Paper books: Print out the "Assembly Line" report
- Touchscreen: If you marked the group as "Assembly Line" style in Settings > Edit Zoo Areas and Diet Groups > Diet Groups, then it should show up as Assembly Line in the Touchscreen. Or you can click the "Assembly Line" button to force it to show this way.
- Regular Individual Diet
- Fluffy
- 1 capelin
- 2 herring
- Fifi
- 3 capelin
- 9 herring
- Fluffy
- Regular Grouped Diet
- Penguin Pair
- 4 capelin
- 11 herring
- Penguin Pair
- Assembly Line Diet
- Capelin
- 1 Fluffy
- 3 Fifi
- Herring
- 2 Fluffy
- 9 Fifi
- Capelin