Earlier in the year in the beginning of September after completing the Ecology unit over the summer, AP Biology students were asked to research a cryptid (imaginary/mythical) organism and prepare a Pokeman-like card that described and classified the organism based on the biome in which it would have lived, the niche it would fit within that biome, its place in the food chain etc. These are links to the prototypes they prepared and discussed in class. In our last class meeting before the Thanksgiving recess, the students will be presenting and explaining their final cards.
Science News and Happenings of Interest to the Bronxville School Community
Wednesday, November 9, 2016
Thursday, November 3, 2016
Wednesday, November 2, 2016
Core Biology Students' Bronx River Argumentative Essays
Using a Bronx River Research Google site created by Mrs. Bastone, Core Biology students in Mr. Ippolito's class were asked to write an argumentative essay related to the research data that has been collected to date. This assignment was an extension of their researching the macroinvertebrates they might find when they examined the leaf packs placed in the river. Once again these are the raw submissions students submitted, they have not been edited or corrected for this post.
L Abbott Essay
T Bender Essay
J Burstein Essay
L Cruikshank Essay
J Curran Essay
E Donohue Essay
Z Flangos Essay
A Gaston Essay
S Huss Essay
K Ircha Essay
F Jones Essay
Q Madden Essay
S. Mitchell Essay
C Mooney Essay
A New Essay
E Parson Essay
T Purdy Essay
M Pytosh Essay
M Rizzo Essay
B Sands Essay
A Saralegui Essay
N Semenyuk Essay
S Sulimirski Essay
S Sullivan Essay
S Whitney Essay
L Abbott Essay
T Bender Essay
J Burstein Essay
L Cruikshank Essay
J Curran Essay
E Donohue Essay
Z Flangos Essay
A Gaston Essay
S Huss Essay
K Ircha Essay
F Jones Essay
Q Madden Essay
S. Mitchell Essay
C Mooney Essay
A New Essay
E Parson Essay
T Purdy Essay
M Pytosh Essay
M Rizzo Essay
B Sands Essay
A Saralegui Essay
N Semenyuk Essay
S Sulimirski Essay
S Sullivan Essay
S Whitney Essay
Tuesday, November 1, 2016
Core Biology Students Model the Fluid Mosaic Cell Membrane Theory
Core Biology students, while studying the structure and function of cells, used common materials to build models of the cell/plasma membrane to help deepen their understanding of this import cell component.
Friday, October 28, 2016
Honors Core Biology Cell-abration Presentations
In our study of cell function and structure the students were assigned a cell organelle or process to research and produce a short google slide presentation for Mr. Ippolito's section. These are their unedited presentations.
L. Abbott - Extracellular Matrix
T. Bender - Flagellum and Cilia
J. Burstein - Smooth Endoplasmic Reticulum
L. Cruikshank - Rough Endoplasmic Reticulum
J. Curran - Nucleolus
E. Donohue - Chromatin/Chromosomes
Z. Flangos - Ribosomes
A. Gaston - Golgi Apparatus
S. Huss - Lysosome
K. Ircha - Mitochondrion
F. Jones - Peroxisome
Q. Madden - Cell Wall
S. Mitchell - Microtubules
C. Mooney - Microfilament
A. New - Centrioles
E. Parson - Central Vacuole
T. Purdy - Chloroplast
M. Pytosh - Plasmodesmata
M. Rizzo - Desmosome/Tight Junction/Gap Junction
B. Sands - Nuclear Envelope
A. Saralegui - Phagocytosis/Pinocytosis
N. Semenyuk - Contractile Vacuole
S. Sulimirski - Autophagy
S. Sullivan - Secretory Vesicles
S. Whitney - Endosymbiosis Theory
L. Abbott - Extracellular Matrix
T. Bender - Flagellum and Cilia
J. Burstein - Smooth Endoplasmic Reticulum
L. Cruikshank - Rough Endoplasmic Reticulum
J. Curran - Nucleolus
E. Donohue - Chromatin/Chromosomes
Z. Flangos - Ribosomes
A. Gaston - Golgi Apparatus
S. Huss - Lysosome
K. Ircha - Mitochondrion
F. Jones - Peroxisome
Q. Madden - Cell Wall
S. Mitchell - Microtubules
C. Mooney - Microfilament
A. New - Centrioles
E. Parson - Central Vacuole
T. Purdy - Chloroplast
M. Pytosh - Plasmodesmata
M. Rizzo - Desmosome/Tight Junction/Gap Junction
B. Sands - Nuclear Envelope
A. Saralegui - Phagocytosis/Pinocytosis
N. Semenyuk - Contractile Vacuole
S. Sulimirski - Autophagy
S. Sullivan - Secretory Vesicles
S. Whitney - Endosymbiosis Theory
Honors Core Biology Bronx River Research Initiative Presentations
As part of the Bronx River Research Initiative Mr. Ippolito's Honors Core Biology class prepared a short informational google slide presentation or one-page report describing one type of macroinvertebrate that may be found in the river.
Leeches by L. Abbott
Hemiptera by T. Bender
Dragonflies by J. Burstein
Stonefly by L. Cruikshank
Leeches Paper by J. Curran
Clams by E. Donohue
Crayfish by Z. Flangos
Leeches by A. Gaston
Mayfly by S. Huss
Snails by K. Ircha
Coleoptera by F. Jones
Dragon Fly by Q. Madden
Dragonflies (Odonata) by S. Mitchell
Mussels & Clams by C. Mooney
Scuds by A. New
Macroinvertebrate overview by E. Parson
True Bugs (Hemiptera) by E. Parson
Dobsonflies by T. Purdy
Dragonflies by M. Pytosh
Mussels (Mollusca) by M. Rizzo
Dragonflies by B. Sands
Flatworm (Platyhelminthes) by A. Saralegui
Crayfish (Decapoda) by N. Semenyuk
Sowbugs by S. Sulimirski
Crane Fly by S. Sullivan
Dobsonflies by S. Whitney
These presentations/papers are "raw" student work presented here as submitted by the students without teacher editions.
Leeches by L. Abbott
Hemiptera by T. Bender
Dragonflies by J. Burstein
Stonefly by L. Cruikshank
Leeches Paper by J. Curran
Clams by E. Donohue
Crayfish by Z. Flangos
Leeches by A. Gaston
Mayfly by S. Huss
Snails by K. Ircha
Coleoptera by F. Jones
Dragon Fly by Q. Madden
Dragonflies (Odonata) by S. Mitchell
Mussels & Clams by C. Mooney
Scuds by A. New
Macroinvertebrate overview by E. Parson
True Bugs (Hemiptera) by E. Parson
Dobsonflies by T. Purdy
Dragonflies by M. Pytosh
Mussels (Mollusca) by M. Rizzo
Dragonflies by B. Sands
Flatworm (Platyhelminthes) by A. Saralegui
Crayfish (Decapoda) by N. Semenyuk
Sowbugs by S. Sulimirski
Crane Fly by S. Sullivan
Dobsonflies by S. Whitney
These presentations/papers are "raw" student work presented here as submitted by the students without teacher editions.
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