Day 1 (Monday) Drive from São Paulo to Cananéia
9:00-12:00	Participants arrive at airport(s)
2:00	Participant pick-up and departure for Cananéia (about a 4-hour drive from São Paulo)
7:00	Arrive Cananéia and settle into rooms, coffee break, set up for meeting (A/V, wi-fi, etc.)
8:00	Dinner and social time.

Day 2 (Tuesday) Basics of the CO2-system and its measurement; Venue - Hotel
7:30-8:30	Breakfast
8:30-9:00	Wainer - Introduction (logistics, layout of the meeting, introductions of participants, expected outcomes)
9:00-10:00	Dickson - Lecture 1: Carbon System Chemistry [READING: Riebesell et al: Part 1, sections 1.1-1.4]
10:00-10:15	Break
10:15-11:15	Dickson - Lecture 2: Measurement techniques [READING: Riebesell et al.: Part 1, section 1.5; REFERENCE: Dickson et al. 2007)
11:15-12:15	Kleypas - Tutorial 1: CO2calc & CO2sys; batch inputs
12:15-1:30	Lunch
1:30-2:30	MOVIE/DEMO: How to take water samples for CO2-system measurements; short movie by Andrew Dickson; how to take samples for oxygen.
2:30-3:30	Robbins - Lecture 1: Overview of instrumentation for CO2-system measurements [REFER TO: Riebesell et al: Table 1.3]
3:30-4:00	Break
4:00-4:45	Discussion: Advantages and disadvantages of current analytical approaches
4:45-5:00	Groups are organized around common research topics
7:00/8:00	Dinner

Day 3 (Wednesday) Basics of CO2 experiments and manipulations / Research directions and needs within a Brazilian Ocean Acidification Research Program. Venue: Hotel in morning; Station in afternoon
7:30-8:30	Breakfast
8:30-8:45	Quick intro to the day; logistics; adjustments to the program, etc.
8:45-9:45	Dickson: Lecture/Questions/Discussion: Summarize previous day, followed by open discussion of common pitfalls in measuring CO2-system chemistry
9:45-10:00	Break
10:00-11:00	Langdon - Lecture 1: How to manipulate CO2-system chemistry for experiments: overview of methodologies [READING: Riebesell et al. Chapters 3-8]
11:00-12:00	Kleypas - Tutorial 2: How to determine CO2 manipulations for experiments
12:00-1:15	Lunch at the station
1:15-2:00	Langdon: Summary/Questions/Discussion: Common pitfalls in experimental manipulations and field measurements (e.g. appropriate volumes, frequency of sampling, etc.)
2:00-3:00	CASE STUDY: Experimental Design - example of designing an experiment based on the research objectives of the project. Case study provides the process of how to match the experimental design to the question being asked.
3:00-3:15	Break
3:15-4:00	Kleypas - Lecture 1: Components of a National Program on Ocean Acidification - examples from the US and Europe
4:00-7:00	Boat trip and discussions: Boat trip on the Estuary and to Cardoso Island. Participants discuss components/priorities for a Brazilian OA plan
8:00	Dinner

Day 4 (Thursday) Calcification, overviews; work on an OA plan.
7:30-8:30	Breakfast
8:30-8:45	Quick intro to the day; logistics; adjustments to the program, etc.
8:45-9:45	Langdon - Lecture 2: Biological concerns (e.g. organism sensitivities; controlling for multiple stressors; acclimation and lengths of experiments; variable responses within a single species; etc)
9:45-10:00	Break
10:15-11:15	Langdon: Summary/Questions/Discussion: Common pitfalls in experimental manipulations and field measurements (e.g. appropriate volumes, frequency of sampling, etc.)
11:15-12:15	Discussion about experimental manipulations
12:15-1:30	Lunch
1:30-2:30	Langdon - Lecture 3: Calcification measurements in the field and lab
2:30-3:30	Participant case studies: working in groups to discuss each other’s research and to follow best practices
3:30-4:00	Break
4:00-5:00	Group Discussion and Presentation: Components of a Brazilian OA Research Strategy (discussion lead by Kleypas, Pinho, Wainer)
7:00/8:00	Reception/Dinner

Day 5 (Friday)
10:00	Depart for São Paulo