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Table 1 Mean number of domain-specific internal parts spontaneously mentioned as inside animals, plants, and machines Animals Plants Machines

in Developing domain-specific causal-explanatory frameworks: the role of insides and immanence
by Gail M. Gottfried A, Susan A. Gelman B

Table 18 Student Responses to Item 7 quot;Would animals be able to live in a world without plants?

in INSTRUCTION
by Dr. Glenda Carter, Bess Currin Adcock 2003
"... In PAGE 6: ... Chlorophyll? quot;. . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55 Table18 Responses to Item 7 quot;Would Animals be Able to Live in a World Without Plants?.... In PAGE 63: ... Item 7 posed the question quot;Could animals live in a world without plants? quot; Results of the pretest revealed that students tended to either focus on the role of plants in the oxygen cycle or the role of plants as producers of food, with only a few students mentioning both oxygen and food. Evidently, this unit on photosynthesis did little to improve students apos; performance on this item, as evidenced by the posttest results shown in Table18 . There was very little change in pretest and posttest responses on this item.... ..."

Table 1 Biological, Technical and Institutional Differences between Plant and Farm Animal Genetic Resources

in unknown title
by unknown authors 2007
"... In PAGE 29: ... A second rationale for regulating the export of genetic resources has been the expectations of benefit sharing arising out of the use of genetic reso- urces. However, it is a difficult task to determine any exact future econo- mic value and potential monetary benefits may be substantially lower for AnGR than for plant genetic resources in general (see Table1 for key dif- ferences between AnGR and PGR). Nevertheless, one should keep in mind the fact that current international AnGR research already involves considerable non-monetary benefit sharing with national institutions and livestock keepers, in terms of information exchange, technology transfer, training, joint research and development, and institutional capacity building.... ..."

Table 1. The YopJ family of type III protein effectors is conserved in plant and animal microbial pathogens.

in Common and Contrasting Themes of Plant and Animal Diseases
by J. Bergelson, M. Kreitman, E. A. Stahl, D. Tian, Brian J. Staskawicz, Mary Beth Mudgett, Jeffrey L. Dangl, Jorge E. Galan

Table 1. Type III protein secretion systems in animal- and plant-associated bacteria.

in References and Notes
by J. W. Costerton, G. G. Geesey, K. -j. Cheng, Sci Am, J. R. Lawrence, D. R. Korber, B. D. Hyde, J. W. Costerton, C. J. Whittaker, C. M. Klier, P. E. Kolenbr, D. Debeer, P. Stoodley, Z. Lew, D. G. Davies, A. M. Chakrabarty, G. G. Geesey, D. W. Lambe, K. P. Fergeson, K. J. Mayberry-carson

Table 2. Errors for plant proteins.

in Detecting Residues in Targeting Peptides
by Mikael Boden, John Hawkins
"... In PAGE 7: ... However, this advantage is only present in the latter end of the sequence (after position 55). See Table2 for details and Figure 5 for the position-specific error profiles. The errors are generally higher for the mTP detector network when trained on plant proteins.... ..."

Table 1 Main attributes of the five real pollination networks whose parameters were

in Journal of Theoretical Biology] (]]]])]]]–]]] Analysis and assembling of network structure in mutualistic systems
by Diego Medan A, Roberto P. J. Perazzo B, Mariano Devoto A, Enrique Burgos C, Martı´n G. Zimmermann D, Horacio Ceva C, Ana M. Delbue E 2006
"... In PAGE 9: ...3. A comparison with real-world systems The quality of the model is tested against five real-world pollination networks, which span the full size range known for these types of webs ( Table1 ). This comparison can easily be made because the proportion of FL and the total number of iterations are the only free parameters of the model.... In PAGE 9: ...ig. 8. Cumulative and normalized degree distributions of the animal mutualists distributions obtained with the SNM when TmETr are shown with filled squares. for a larger number of iterations and Tm is allowed to drop below Tr (theoretical case is given in Table1 . The effect of introducing FL is shown in the panel for distribution is the asymptotic one with a proportion of 80% of FL.... ..."

Table 3. Listed Plant Species at Mill Creek Nature Preserve

in unknown title
by unknown authors 2003
"... In PAGE 5: ...able 2: Animal Species .............................................................................................................. 15 Table3 : Listed Plant Species.... ..."

Table 4: Known habitat of rare plants and animals identified at the Ravenna Training and Logistics Site / Ravenna Army Ammunition Plant, Ohio (Timothy M. Morgan, Ohio Army National Guard, written commun., 2001; Eric H. Metzler, Eric H. Metzler

in District Chief U.S. Geological Survey
by J. Ostheimer, John S. Tertuliani, In Cooperation The, Charles G. Groat
"... In PAGE 30: ...Table4 : Known habitat of rare plants and animals identified at the Ravenna Training and Logistics Site / Ravenna Army Ammunition Plant, Ohio (Timothy M.... In PAGE 31: ...Table4 : Known habitat of rare plants and animals identified at the Ravenna Training and Logistics Site / Ravenna Army Ammunition Plant, Ohio (Timothy M.... In PAGE 32: ...Table4 : Known habitat of rare plants and animals identified at the Ravenna Training and Logistics Site / Ravenna Army Ammunition Plant, Ohio (Timothy M.... ..."

Table 4: Known habitat of rare plants and animals identified at the Ravenna Training and Logistics Site / Ravenna Army Ammunition Plant, Ohio (Timothy M. Morgan, Ohio Army National Guard, written commun., 2001; Eric H. Metzler, Eric H. Metzler

in District Chief U.S. Geological Survey
by J. Ostheimer, John S. Tertuliani, In Cooperation The, Charles G. Groat
"... In PAGE 29: ...Table4 : Known habitat of rare plants and animals identified at the Ravenna Training and Logistics Site / Ravenna Army Ammunition Plant, Ohio (Timothy M.... In PAGE 31: ...Table4 : Known habitat of rare plants and animals identified at the Ravenna Training and Logistics Site / Ravenna Army Ammunition Plant, Ohio (Timothy M.... In PAGE 32: ...Table4 : Known habitat of rare plants and animals identified at the Ravenna Training and Logistics Site / Ravenna Army Ammunition Plant, Ohio (Timothy M.... ..."
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