Consider the relationship between temperature and photosynthesis. As temperatures increase,gases such as CO2 diffuse faster. As a result, plant leaves will lose CO2 at a faster rate thannormal. If the amount of light reaching the leaf and the amount of water available are adequate,predict how this loss of gas will affect photosynthesis in the leaf. GLOBALTEMPERATURE & CARBON DIOXIDEPPM410°C+1.1° (1.98 F)TEMPERATURE+0.9°390+0.7°370+0.5°350+0.3°CARBON DIOXIDE330+0.1°310-0.1°290-0.3°18802702019Global temperature anomalies averaged and adjusted to early industrial baseline (1881-1910)Global annual average carbon diaxideSource: NASA GISS. NOAA NCEI, ESRLCLIMATE CO CENTRAL

The pace of photosynthesis is impacted by temperature. Higher the temperature, more prominent the…

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Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

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Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Consider the relationship between temperature and photosynthesis. As temperatures increase,
gases such as CO2 diffuse faster. As a result, plant leaves will lose CO2 at a faster rate than
normal. If the amount of light reaching the leaf and the amount of water available are adequate,
predict how this loss of gas will affect photosynthesis in the leaf.

GLOBAL
TEMPERATURE & CARBON DIOXIDE
PPM
410
°C
+1.1° (1.98 F)
TEMPERATURE
+0.9°
390
+0.7°
370
+0.5°
350
+0.3°
CARBON DIOXIDE
330
+0.1°
310
-0.1°
290
-0.3°
1880
270
2019
Global temperature anomalies averaged and adjusted to early industrial baseline (1881-1910)
Global annual average carbon diaxide
Source: NASA GISS. NOAA NCEI, ESRL
CLIMATE CO CENTRAL

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