MORPHOLOGY STUDY EXTERNAL PLANT STRUCTURE
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1 MORPHOLOGY STUDY EXTERNAL PLANT STRUCTURE
2 TERMINAL BUD ^ P LATERAL BUD TERMINAL BUD SCALE SCAR ANGIOSPERM TWIG MORPHOLOGY TERMINAL BUD SCALE SCAR BUD SCAR TERMINAL BUD SCALE SCAR BUNDLE SCARS
3 PHYLOGENY
4 PHYLOGENY + STUDY PLANT EVOLUTION PHYLOGENY
5 PHYLOGENY STUDY PLANT EVOLUTION
6 PLANT PHYLOGENY ^ T TRACHEOPHYTES
7 TAXONOMY
8 TAXONOMY + STUDY PLANT CLASSIFICATION TAXONOMY
9 TAXONOMY STUDY PLANT CLASSIFICATION
10 PLANTAE ^ MAGNOLIOPHYTA MAGNOLIOPSIDA MAGNOLIALES MAGNOLIACEAE LIRIODENDRON TULIPIFERA TULIP POPLAR TAXONOMIC CLASSIFICATION
11 > PLANT DEFINITION
12 > PLANT DEFINTION NO COMMON DEFINITION AMONGST BOTANISTS
13 ^ PLANT DEFINITION SUBJECTIVE
14 P PLANT CLASS DEFINITION
15 PLANT
16 PLANT ORGANISM THAT POSSESSES PLASTIDS PLANT
17 PLANT CELL P PLASTID C.S.
18 PLASTID
19 PLASTID + P PLANT ORGANELLE ASSOCIATED WITH: PLASTID
20 PLASTID PLANT ORGANELLE ASSOCIATED WITH: PHOTOSYNTHESIS PLASTID
21 PHOTOSYNTHESIS
22 PLANT CELL C PLASTID C.S.
23 PLANT CELL P CHLOROPLAST C.S.
24 PHOTOSYNTHESIS WATER CO2 ^ P LIGHT EGY E- PHOTO PHOTOLYSIS ATMOSPHERE LT RXT THYLAKOID ATP DK RXT STROMA CHLOROPLAST SYNTHESIS CHEM EGY INPUT ATMOSPHERE OXYGEN GLUOSE
25 PLASTID + S PLANT ORGANELLE ASSOCIATED WITH: PLASTID
26 PLASTID PLANT ORGANELLE ASSOCIATED WITH: STARCH STORAGE PLASTID
27 PHOTOSYNTHESIS P
28 PHOTOSYNTHESIS WATER CO2 S LIGHT EGY E- PHOTO PHOTOLYSIS ATMOSPHERE LT RXT THYLAKOID ATP DK RXT STROMA CHLOROPLAST SYNTHESIS CHEM EGY INPUT ATMOSPHERE OXYGEN GLUOSE
29 PHOTOSYNTHESIS WATER CO2 LIGHT EGY E- PHOTO PHOTOLYSIS ATMOSPHERE LT RXT THYLAKOID ATP DK RXT STROMA CHLOROPLAST SYNTHESIS CHEM EGY INPUT ATMOSPHERE OXYGEN STARCH
30 STARCH STORAGE P STARCH GRAINS ROOT C.S.
31 STARCH STORAGE L PLASTIDS ROOT C.S.
32 STARCH STORAGE S LEUCOPLASTS ROOT C.S.
33 PLANT ^ T ORGANISM THAT POSSESSES PLASTIDS PLANT
34 TRUE PLANT
35 TRUE PLANT + POSSESSES CHLOROPLASTS WITH: DOUBLE MEMBRANE TRUE PLANT
36 TRUE PLANT POSSESSES CHLOROPLASTS WITH: DOUBLE MEMBRANE TRUE PLANT
37 TRUE PLANT CELL CHLOROPLAST
38 TRUE PLANT CHLOROPLAST ULTRASTRUCTURE STROMA DOUBLE MEMBRANE GRANUM VESICLES + T THYLAKOID W/ CHL A&B
39 TRUE PLANT + POSSESSES CHLOROPLASTS WITH: CHLOROPHYLL A&B TRUE PLANT
40 TRUE PLANT POSSESSES CHLOROPLASTS WITH: CHLOROPHYLL A&B TRUE PLANT
41 TRUE PLANT CHLOROPLAST ULTRASTRUCTURE STROMA DOUBLE MEMBRANE GRANUM VESICLES S THYLAKOID W/ CHL A&B
42 TRUE PLANT? POSSESSES CHLOROPLASTS WITH: DOUBLE MEMBRANE CHLOROPHYLL A&B TRUE PLANT
43 ? M
44 MAGNOLIA P
45 PLANT T
46 TRUE PLANT ^
47 ^ PLASTID EVOLUTION
48 E ENDOSYMBIOTIC THEORY
49 ENDOSYMBIOTIC THEORY
50 ENDOSYMBIOTIC ^ THEORY PLASTID EVOLUTION VIA SYMBIOSIS ENDOSYMBIOTIC THEORY
51 SYMBIOSIS S
52 SYMBIOSIS
53 SYMBIOSIS 2 SPECIES LIVING INTRICATE ASSOCIATION SYMBIOSIS
54 L
55 LICHEN LICHEN SYMBIOTIC RELATIONSHIP
56 LICHEN THALLUS + SYMBIOSIS L.S.
57 LICHEN THALLUS F SYMBIOSIS L.S.
58 LICHEN THALLUS B FUNGUS SYMBIONT SYMBIOSIS L.S.
59 LICHEN THALLUS S BACTERIA SYMBIONT FUNGUS SYMBIONT SYMBIOSIS L.S.
60 LICHEN ^ LICHEN SYMBIOTIC RELATIONSHIP
61 L SYMBIOSIS TYPES
62 SYMBIOSIS TYPES PARASITISM SYMBIOSIS TYPES
63 SYMBIOSIS TYPES PARASITISM COMMENSALISM SYMBIOSIS TYPES
64 SYMBIOSIS TYPES P PARASITISM COMMENSALISM MUTUALISM SYMBIOSIS TYPES
65 PARASITISM
66 SYMBIOSIS PARASITISM ONE SPECIES BENEFITS ONE SPECIES ADVERSELY AFFECTED SYMBIOSIS PARASITISM
67 INDIAN PIPE F
68 INDIAN PIPE AB FLOWER
69 INDIAN PIPE P AB CHLOROPLASTS ABSENT
70 INDIAN PIPE N PHOTOSYNTHESIS ABSENT
71 INDIAN PIPE P NON-PSYN PLANT
72 INDIAN PIPE ^ PARASITISM
73 COMMENSALISM
74 SYMBIOSIS COMMENSALISM ONE SPECIES BENEFITS ONE SPECIES UNAFFECTED SYMBIOSIS COMMENSALISM
75 AFRICAN SAVANNA
76 SYMBIOSIS C
77 ^ COMMENSALISM SYMBIOSIS
78 MUTUALISM
79 SYMBIOSIS TYPES MUTUALISM BOTH/TWO SPECIES BENEFIT SYMBIOSIS TYPES MUTUALISM
80 LICHEN
81 LICHEN THALLUS F SYMBIOSIS L.S.
82 LICHEN THALLUS B FUNGUS SYMBIONT SYMBIOSIS L.S.
83 LICHEN THALLUS P BACTERIA SYMBIONT FUNGUS SYMBIONT SYMBIOSIS L.S.
84 LICHEN THALLUS G BACTERIA SYMBIONT PHOTOSYNTHETIC FUNGUS SYMBIONT SYMBIOSIS L.S.
85 LICHEN THALLUS F BACTERIA SYMBIONT PHOTOSYNTHETIC PROVIDES: GLUCOSE FUNGUS SYMBIONT GLUCOSE SYMBIOSIS L.S.
86 LICHEN THALLUS M BACTERIA SYMBIONT PHOTOSYNTHETIC PROVIDES: GLUCOSE SECURITY FUNGUS SYMBIONT GLUCOSE PROVIDES: SECURITY SYMBIOSIS L.S.
87 LICHEN THALLUS ^ BACTERIA SYMBIONT PHOTOSYNTHETIC PROVIDES: GLUCOSE SECURITY FUNGUS SYMBIONT GLUCOSE PROVIDES: SECURITY MUTUALISM SYMBIOSIS L.S.
88 ENDOSYMBIOSIS E
89 ENDOSYMBIOSIS
90 ENDOSYMBIOSIS ONE SPECIES LIVING WITHIN SECOND HOST SPECIES ENDOSYMBIOSIS
91 ENDOSYMBIOTIC CHLOROPLASTS GREEN ALGAE FOOD VACUOLE NUCLEUS PLANT CELL P CONTRACTILE VACUOLE SYMBIOSIS FOOD ORGANISM WITH FOOD VACUOLE
92 ENDOSYMBIOTIC CHLOROPLASTS GREEN ALGAE FOOD VACUOLE NUCLEUS PROTOZOAN G CONTRACTILE VACUOLE SYMBIOSIS FOOD ORGANISM WITH FOOD VACUOLE
93 FOOD VACUOLE SYMBIOTIC GREEN ALGA NUCLEUS PROTOZOAN E CONTRACTILE VACUOLE SYMBIOSIS FOOD ORGANISM WITH FOOD VACUOLE
94 ENDOSYMBIOTIC GREEN ALGA FOOD VACUOLE NUCLEUS PROTOZOAN ^ CONTRACTILE VACUOLE ENDOSYMBIOSIS SYMBIOSIS FOOD ORGANISM WITH FOOD VACUOLE
95 PLASTID EVOLUTION HYPOTHETICAL SCENARIO
96 S HETEROTROPHIC HOST CELL DNA W\ HISTONE PROTEINS LARGE RIBOSOMES AUTOTROPHIC PROKARYOTE DNA W\OUT HISTONE PROTEINS SMALL RIBOSOMES
97 P HETEROTROPHIC HOST CELL DNA W\ HISTONE PROTEINS LARGE RIBOSOMES AUTOTROPHIC PROKARYOTE DNA W\OUT HISTONE PROTEINS SMALL RIBOSOMES HETEROTROPH & AUTOTROPH: SAME HABITAT
98 C HETEROTROPHIC HOST CELL DNA W\ HISTONE PROTEINS LARGE RIBOSOMES AUTOTROPHIC PROKARYOTE DNA CHL W\OUT A&B HISTONE + CAROTENOIDS PROTEINS PHOTOSYNTHESIS SMALL GRANA RIBOSOMES PRESENT GLUCOSE
99 E HETEROTROPHIC HOST CELL CONSUMES OTHER ORGANISMS CONSUMES AUTOTROPH AUTOTROPHIC PROKARYOTE DNA CHL W\OUT A&B HISTONE + CAROTENOIDS PROTEINS PHOTOSYNTHESIS SMALL GRANA RIBOSOMES PRESENT GLUCOSE
100 HETEROTROPH CONSUMES AUTOTROPH E HETEROTROPHIC HOST CELL DNA W\ HISTONE PROTEINS LARGE RIBOSOMES AUTOTROPHIC PROKARYOTE CHL A&B + CAROTENOIDS GRANA PRESENT ENDOCYTOSIS
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