Microscale heterogeneity in the ocean and its potential impacts on the marine carbon cycle. Microscale heterogeneity in the ocean and its potential impacts.

Slides:

Advertisements

Similar presentations

The Biological Pump The biological pump is the process by which CO2 fixed in photosynthesis is transferred to the ocean interior resulting in a temporary.

Advertisements

Conclusions Phenomena with periods of years have strong impact on climate and marine ecosystems * Natural variability confuses global warming and.

The Biogeochemical Pump The biogeochemical pump is the process by which CO 2 used in photosynthesis is transferred into the ocean resulting in a temporary.

Food Webs and Biogeochemical Cycles

Earth/Space Science Practice test questions. Question #1: Earth Science.

Energy, Fossil Fuels, and the Carbon Cycle Module 2: Greenhouse Gases.

A current world debate. Colorado Prepared Graduate Competencies: Evaluate evidence that the Earth is a complex system of interactions between the geosphere,

LG 3 Energy Flow and Nutrient Cycling in Ecosystems Food Web Categories Grazing Food Web - Detrital Food Web - Sunlight and Ecosystem Productivity Gross.

Biogeochemical Controls and Feedbacks on the Ocean Primary Production.

AP Biology Community Ecology: Chapter 54. Community All of the living organisms that interact within a particular place All of the living organisms that.

Chapter 3: The Biosphere. Warm Up 1. On average, what percentage of the energy in an ecosystem is transferred from one trophic level to the next? 2. Where.

Why dump iron in the oceans? Lessons learned from ocean iron fertilization experiments Ken O. Buesseler Woods Hole Oceanographic Institution.

Open Oceans: Pelagic Ecosystems III. Comparing the makeup of water and plankton Mean Elemental Ratios of N, and P Organisms: 16.0N / 1P Sea Water: 14.7N.

BIOGEOCHEMICAL CYCLES

Carbon Cycle and Ocean Acidification Inspiration 9 V. Soutar.

Biogeochemical Cycles Honors Biology. Recall Energy FLOWS through ecosystems ◦Sun  Chemical Energy  Usable Energy  Heat (glucose, food) (ATP) Energy.

Ecosystem Organization

Energy and Matter movement through an ecosystem. Law of conservation of energy states that:

Water and Weather Chapter Seven: Oceans 7.1 Introduction to Oceans 7.2 Waves 7.3 Shallow Marine Environments 7.4 The Ocean Floor.

*Refer to Chapter 16 in your Textbook. Learning Goals: 1. I can differentiate between an autotroph and heterotroph. 2. I can label organisms in a food.

Theme 2 - Implementation Theme 2 has34 Tasks 49 Deliverables CO 2 Theme 2: Ecosystem impacts, acclimation and adaptation WP5 WP8 Trophic interactions Climate.

Ecology Honors Biology – Chapter 13 Ecology - the study of interactions between organisms and their environment.

Ecosystems Note series for Environmental Science “Are dynamic complexes of biotic communities and their associated abiotic environments interacting as.

What is Ecology ? Ecology is the scientific study of interactions among organisms and between organisms and their environment, or surroundings.

Earth Science. Chapter 1: Earth as a System Science is: Any system of knowledge which tries to observe, identify, understand and describe the nature.

THE CARBON CYCLE.

Chapter 42 Ecosystems. Relationships, I Trophic structure/levels - feeding relationships in an ecosystem Primary producers - the trophic level that supports.

Theme 2 - Key Questions What are the effects of ocean acidification and related changes in seawater chemistry on marine organisms, what are the underlying.

Biogeochemical Controls and Feedbacks on the Ocean Primary Production

Cycling can be studied at different scales. Watersheds of northeastern South Island, New Zealand.

An ecosystem is all the living things and nonliving things in a given area.ecosystem An ecosystem can be a pond, a desert, an ocean, a forest, or your.

CO2 – What Can We Measure? What Can We Deduce? Dr. Taro Takahashi Earth2Class Workshops for Teachers originally presented 18 Oct 2008.

ENVIRONMENTAL SCIENCE 1/20/15 ESSENTIAL QUESTION How is energy transferred in an ecosystem? What does the energy pyramid show? AGENDA Article: Orca whale.

Matter and Energy in the Environment C20L3 Energy in Ecosystems.

Study of the interactions among organisms and between organisms and their environment in the biosphere Ecology – An Overview.

Lesson Overview Lesson Overview What is Ecology? Biology * Honors Biology* WEEK 5.

Ch 13 – 4 Life in the Oceans A. Types of Ocean Life

Unit 2 Lesson 3 Ocean Currents

Unit 2 Lesson 3 Ocean Currents

The Biological Pump The biological pump is the process by which CO2 fixed in photosynthesis is transferred to the ocean interior resulting in a temporary.

Energy Flow in the Ecosystem

Matter and Energy Flow Study Guide

Chapter 29 How Do Ecosystems Work?.

Climate Change.

Currents, Waves and Properties of Water

Chapter 54 Ecosystems.

Lecture #24 Date ________

Lesson 1 Abiotic Factors Lesson 2 Cycles of Matter

Branches of Oceanography

Ecosystems and the Biosphere

Lecture #24 Date ________

Warm Up 9 3/23 Which of these organisms gets the most energy from the sun? Least energy from the sun? Name the primary consumers. Name the organisms in.

Some of the techniques currently available to untangle marine microbial interactions (such as phytoplankton-bacterium interactions depicted in the central.

The Carbon Cycle Revisited

HUMAN IMPACT I PP

Energy Transfer Efficiency and Trophic Pyramids

Warm Up 9 3/24 Energy pyramids show the amount of _________ at each trophic level. Only _____% of energy available in one trophic level is transferred.

Biogeochemical cycles

EDLC(Embedded system Development Life Cycle ).

Carbon Cycle Natural Geochemical Cycles.

Biogeochemical cycles

The Biological Pump The biological pump is the process by which CO2 fixed in photosynthesis is transferred to the ocean interior resulting in a temporary.

Environmental Chemistry

Climate Change – Causes and Impacts

Lesson 4: The Biogeochemical Cycle Chemical Oceanography

Relationships Among Organisms

Chapter 3 The Biosphere.

Energy Flow in Ecosystems

Presentation transcript:

Microscale heterogeneity in the ocean and its potential impacts on the marine carbon cycle. Microscale heterogeneity in the ocean and its potential impacts on the marine carbon cycle. Phytoplankton-bacterium interactions for example (depicted in the central droplet of seawater) might directly influence biogeochemical cycles, energy transfer to higher trophic levels, sequestration of refractory carbon, and release of climate-active gases. Jean-Baptiste Raina mSystems 2018; doi:10.1128/mSystems.00150-17