1,491 Matching Annotations
  1. May 2021
    1. hypoxia
    2. elevated tempera-tures
    3. ocean acidification
    4. ocean acidification
    5. ocean acidification
    6. ocean acidification
    7. ocean acidification
    8. calcification
    9. ocean acidification
    10. coralline alga
    11. coralline algae
    12. Coralline algae
    13. high-CO2 conditions
    14. temperature
    15. calcification
    16. calcification
    17. coralline algae
    18. coralline algae
    19. Calcification
    20. increasing CO2
    21. coralline algae
    22. phylum Chlorophyta.
    23. green algae
    24. phylum Rhodophyta
    25. coralline red algae
    26. calcification rates
    27. Ocean acidification
    28. elevated-CO2conditions
    29. coral larvae
    30. ocean acidification
    31. corals
    32. ocean acidification
    33. ocean acidification
    34. temperature increases,
    35. calcification rates
    36. temperature
    37. calcification
    38. corals
    39. calcification rates
    40. calcification
    41. calcification
    42. ocean acidification
    43. temperature increase
    44. ocean acidification
    45. increases in temperature
    46. Temperature
    47. scleractinian corals
    48. Calcification rates
    49. coralline algae
    50. corals
    51. ocean acidifica-tion
    52. acidification
    53. calcification
    54. coralline algae
    55. corals
    56. decrease in the calci-fication rate
    57. ocean acidification
    58. coralline algae
    59. decreased skeletal growth
    60. calcifi-cation
    61. calcification
    62. low pH
    63. calcification
    64. corals
    65. calcification
    66. changes in the CO2
    67. calcification
    68. ocean acidification
    69. concentrations of CO2, CO32–, and HCO3–.
    70. Ca2+ concentration
    71. Ocean acidification
    72. calcification
    73. calcium ion concentration
    74. corals
    75. calcifi-cation rate
    76. calcification
    77. carbonate ion concentration
    78. calcifica-tion
    79. corals
    80. calcification
    81. calcification
    82. ocean acidification
    83. coral reef calcification
    84. calcification
    85. reef calcification
    86. ocean acidification
    87. calcifying
    88. elevated-CO2 conditions
    89. calcifying
    90. ocean acidifi-cation
    91. Ocean acidification
    92. increased carbon dioxide
    93. ocean acidification
    1. S. hyTn$.
    2. S. pirrillara
    3. temperature
    4. corals
    5. temperature
    6. coral
    7. reduced poputation densities
    8. corals
    9. temperatures
    10. S. hystrix
    11. S. pistilZat
    12. Sudden exposures to reduced salinities
    13. temperature,
    14. sudden increases in solar irradiance.
    15. S. hystrir
    16. S. pistillat
    17. exposures to full sunlight
    18. iow pigment content
    19. exposed to full sunlight
    20. S. p~~~~~i
    21. bleaching
    22. corals
    23. corals
    24. Sericztopora hystrix
    25. SryZ~phorap~til~a
    26. reef mora
    27. bleaching
    28. bleaching
    29. corals
    30. Bleaching
    31. S~~fft~p~~~ ~ys~~x
    32. ~ty~~~~u~~ ~~s~~~~
    33. reef corals
    34. salinity
    35. light
    1. sat-uration state
    2. temperature
    3. increases in mortality
    4. temperatures
    5. aragonite saturation states
    6. temperatures
    7. lowering of saturation state
    8. Increasing temperature
    9. corals
    10. less carbonate accumulation
    11. Saturation state reduction
    12. global warming
    13. Temperatures
    14. temperature
    15. ragonite saturation state
    16. ow temperature
    17. temperatures
    18. bleaching
    19. temperatures
    20. temperatures
    21. High temper-ature
    22. climate change
    23. temperature
    24. saturation state
    25. high temperature
    26. mortality
    27. bleaching
    28. temperature
    29. temperature
    30. temperature
    31. corals
    32. Elevation of temperature
    33. high temperature
    34. low saturation state
    35. low temperature
    36. lowered calcification rates
    37. Reef-building corals
    38. low saturation state
    39. highsaturation state
    40. aragonite saturation state
    41. corals
    42. Temperaturehas
    43. sea surface temperature
    44. aragonite saturation state
    45. temperature
    46. saturation state
    47. temperature
    48. CO2concentratio
    49. aragonite satura-tion state
    50. temperature
    51. light
    52. ow temperatures
    53. ow temperatures
    54. temperature
    55. scleractinian corals
    56. decreasing aragonite satura-tion state]
    57. ncreasing seasurface temperatures
    58. light
    59. salinity
    60. temperature
    61. low aragonite saturation state
    62. low ligh
    63. low salinity
    64. low temperature
  2. Mar 2021
    1. In his first message to Congress, issued in December 1889, President Benjamin Harrison, a Republican and a veteran of the Civil War, called on Congress to stop the disenfranchisement of Black voters in the South and to help “secure to all our people a free exercise of the right of suffrage.”

      The author first develops his claim by exclaiming how president Harrison advocated for African American rights and their justice. The author states that the republicans want Harrison to promote this bill mainly for the support they are receiving from African Americans. However, this decision by Harrison was a big influence on the Lodge Bill. Also, this develops debate of african american rights which is still discussed today.

    2. Division among Republicans allowed Democrats to take the initiative. They delayed debate on the bill until after the November midterm elections, where Democrats won control of the House.

      This is a shift in the article as the author was talking about how the bill was still up to debate and the support was split up evenly, but after this, everything went down for Lodge's bill and the democrat senators eventually succeeded. This shift signifies the author's main idea that a small minority has the ability to dictate the entire government using harmful methods such as filibustering.

    3. This is the story of how a bill to save the vote and preserve a semblance of democracy for millions of Americans died at the hands of an intransigent, reactionary minority in the Senate, which used the filibuster to do its dirty work

      The author starts off by personifying "the bill" as something that was supposed to save millions of Americans, but rather was killed by Senators. He immediately provides a brief overview of the claim of his essay before developing his narrative. This way, the audience gets a glimpse of the issue that the author will tackle. Also, by using words such as "intransigent and reactionary", the audience already understands that the author is going to be criticizing the senators for their action.

    1. A pride of lions on a fund-raising pitch can be relied on to bring in money that can be used to save the ground squirrel and the lilac-breasted rollers.Back when the restaurant ecosystem was functioning healthily, it had its charismatic megafauna, too.

      The similarities Pete points out between a wildlife ecosystem and a New York restaurant ecosystem serve to emphasize his point of how one major effect, COVID, can shut down multiple facets of the ecosystem. He does so by focusing on one word, megafauna, as he described the previous state of New York restaurants as having "charismatic megafauna".

  3. Feb 2021
    1. When you don’t want to face the consequences of your actions as a lawmaker — when you’d rather demonize scapegoats than give answers — you fight a culture war.

      The author finally jumps to the overall purpose, goal, or claim of the essay: to criticize the government officials(specifically Republicans) for their inability to fix their problems and create distracting disputes instead.