FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W46194619> ?p ?o ?g. }

• W46194619 endingPage "291" @default.
• W46194619 startingPage "291" @default.
• W46194619 abstract "Risk of livestock losses to poisonous plants can be reduced on many ranges through prudent management based on application of existing knowledge. Poisonous plants can be categorized using both acceptability to livestock and a plant's toxic potential. Acceptability encompasses forage qualities such as taste and chemistry (i.e., nutrient and toxin concentrations) and postingestive feedback from an animal's daily and long-term (e.g., body condition) nutritional and toxicological state. Toxic potential reflects aspects of plant chemistry, including seasonal or other changes in concentration or functionality of the toxin(s), and type of toxicity (i.e., acute or chronic). Persistent livestock losses to poisonous plants may indicate that ranges are over-grazed or improperly managed. Aggressive management schemes that employ high stocking rates and grazing intensities may yield greater returns, but may also increase risk if poisonous plants are present. Plants may be ranked according to toxicity and acceptability. Six interrelated categories of plants are discussed: 1) always toxic and acceptable to livestock; 2) always toxic and not acceptable; 3) always toxic and acceptable at certain times; 4) toxic only at certain times and acceptable to livestock; 5) toxic at certain times and unacceptable; and 6) toxic at certain times and acceptable at certain times. Each category involves differing risk and uncertainty. Within this management matrix, strategies for dealing with specific poisonous plants can be customized depending on how much and when the plant is eaten by livestock, and when the plant is most toxic. DOI:10.2458/azu_jrm_v55i3_pfister" @default.
• W46194619 created "2016-06-24" @default.
• W46194619 creator A5021012277 @default.
• W46194619 creator A5036574928 @default.
• W46194619 creator A5043061408 @default.
• W46194619 creator A5075526192 @default.
• W46194619 creator A5078855411 @default.
• W46194619 date "2002-05-01" @default.
• W46194619 modified "2023-10-02" @default.
• W46194619 title "Risk Management to Reduce Livestock Losses from Toxic Plants" @default.
• W46194619 cites W114432195 @default.
• W46194619 cites W120548982 @default.
• W46194619 cites W127314605 @default.
• W46194619 cites W140350066 @default.
• W46194619 cites W1419469134 @default.
• W46194619 cites W145356249 @default.
• W46194619 cites W1521214590 @default.
• W46194619 cites W1541963608 @default.
• W46194619 cites W1576163026 @default.
• W46194619 cites W1607373716 @default.
• W46194619 cites W1803178544 @default.
• W46194619 cites W1867955960 @default.
• W46194619 cites W188090474 @default.
• W46194619 cites W1897836047 @default.
• W46194619 cites W1969166329 @default.
• W46194619 cites W1971805991 @default.
• W46194619 cites W1972118381 @default.
• W46194619 cites W1978021178 @default.
• W46194619 cites W1983976197 @default.
• W46194619 cites W1987326379 @default.
• W46194619 cites W1991550423 @default.
• W46194619 cites W1999744024 @default.
• W46194619 cites W2001672385 @default.
• W46194619 cites W2017651307 @default.
• W46194619 cites W2021174678 @default.
• W46194619 cites W2028268016 @default.
• W46194619 cites W203079215 @default.
• W46194619 cites W2040377703 @default.
• W46194619 cites W2045653366 @default.
• W46194619 cites W2049174383 @default.
• W46194619 cites W2057559919 @default.
• W46194619 cites W2090656849 @default.
• W46194619 cites W2095621787 @default.
• W46194619 cites W2108807905 @default.
• W46194619 cites W2119205865 @default.
• W46194619 cites W2127089178 @default.
• W46194619 cites W2144289297 @default.
• W46194619 cites W2158988016 @default.
• W46194619 cites W2210514873 @default.
• W46194619 cites W2258032797 @default.
• W46194619 cites W2274616090 @default.
• W46194619 cites W2275517228 @default.
• W46194619 cites W2276606266 @default.
• W46194619 cites W229302232 @default.
• W46194619 cites W2395500991 @default.
• W46194619 cites W2399774477 @default.
• W46194619 cites W2401513241 @default.
• W46194619 cites W2403166368 @default.
• W46194619 cites W2414757318 @default.
• W46194619 cites W2416022801 @default.
• W46194619 cites W2419195354 @default.
• W46194619 cites W242265469 @default.
• W46194619 cites W2436361109 @default.
• W46194619 cites W2462650924 @default.
• W46194619 cites W2465674666 @default.
• W46194619 cites W2489327928 @default.
• W46194619 cites W2492098188 @default.
• W46194619 cites W2492460864 @default.
• W46194619 cites W2509998913 @default.
• W46194619 cites W2515426103 @default.
• W46194619 cites W2516247893 @default.
• W46194619 cites W2522265519 @default.
• W46194619 cites W27734293 @default.
• W46194619 cites W2797928749 @default.
• W46194619 cites W2993363179 @default.
• W46194619 cites W303785707 @default.
• W46194619 cites W641628906 @default.
• W46194619 cites W70363045 @default.
• W46194619 cites W199341242 @default.
• W46194619 cites W2000993796 @default.
• W46194619 cites W2522510505 @default.
• W46194619 cites W612486305 @default.
• W46194619 doi "https://doi.org/10.2307/4003137" @default.
• W46194619 hasPublicationYear "2002" @default.
• W46194619 type Work @default.
• W46194619 sameAs 46194619 @default.
• W46194619 citedByCount "12" @default.
• W46194619 countsByYear W461946192012 @default.
• W46194619 countsByYear W461946192013 @default.
• W46194619 countsByYear W461946192014 @default.
• W46194619 countsByYear W461946192015 @default.
• W46194619 countsByYear W461946192016 @default.
• W46194619 countsByYear W461946192017 @default.
• W46194619 countsByYear W461946192018 @default.
• W46194619 countsByYear W461946192020 @default.
• W46194619 countsByYear W461946192021 @default.
• W46194619 countsByYear W461946192023 @default.
• W46194619 crossrefType "journal-article" @default.

• next