Palaeoecology & Landscape Ecology

Introducing: Seringe Huisman

July 3, 2017
WDG

Seringe Huisman

Hi all! My name is Seringe (Dutch for lilac flower), and unsurprisingly I am a biology student. I completed my BSc Biology at the VU University, specializing in ecology. Being fascinated by tropical rainforest since I was a kid, I attended a Tropical Ecology course at the University of Amsterdam (UvA), resulting in a research project with Crystal McMichael from the Palaeoecology & Landscape Ecology group on the late-Holocene fire history of western Amazonia. Besides performing this palaeoecological project, focusing on the aspect of ancient human activity, I followed courses of Latin America Studies to broaden my perspectives on the current socio-environmental complexity and conservation status of the area. This year, I have gotten the amazing opportunity to join Crystal McMichael on a fieldwork expedition to the Ecuadorian Amazon!

Seringe Huisman in the field…

The fieldwork will be part of my Master’s thesis, elaborating on the regional patterns of vegetation composition changes in relation to human disturbance. I will be taking sediment cores from two lakes in the Sangay region of Ecuador, perform charcoal and phytolith analysis to reconstruct fire and vegetation assemblages over the late Holocene and compare the results to previously established records across western Amazonia. While I am currently attending the MSc Biological Sciences Limnology & Oceanography Master’s track at UvA, I could not help but directing my first project into Paleoecology again! My field trip is largely made possible by obtaining €1150 of grants through the Treub-Maatschappij and the Amsterdam University Fund, for which I am very grateful.

I am super excited to be heading to Ecuador soon, and will be back in a month with field stories, mosquito bites and hopefully some suitable sediments!

Seringe Huisman and palaeoecology friends

Environmental change in the Yaque river area, northwestern Dominican Republic

October 14, 2016
WDG

Research Group of Palaeoecology & Landscape Ecology seminar by Thomas Olijhoek (MSc student at Utrecht University)

Title: Environmental change in the Yaque river area, northwestern Dominican Republic: Human impact before and after Columbus’ arrival in the New World

Date: Wednesday 26 October, 11:00-12:00

Location: Science Park 904 (please contact Henry Hooghiemstra for details if you want to attend)

Abstract: Multiproxy analysis of the 225-cm long sediment core Los Indios from the Yaque river valley in northwestern Dominican Republic (Hispaniola) shows environmental changes during the last 1150 cal yr BP. The observed changes show a period of little human distubance, followed by increasing human activity and a rapid intensification of these changes after Columbus’ arrival in AD 1492. The fastest changes on the landscape can be observed at 307 cal yr BP, when agricultural development in the Dominican Republic intensified.

Landing of Columbus by John Vanderlyn – Architect of the Capitol, Public Domain, https://commons.wikimedia.org/w/index.php?curid=1380997

JOB: PhD candidate in Palaeoecology & Landscape Ecology

July 28, 2015
WDG

Institute for Biodiversity & Ecosystem Dynamics
Faculty of Science
University of Amsterdam

Characterization of Neotropical ecosystems by their modern pollen spectra and organic chemical composition

Develop skills in pollen identification, pollen chemical characterization, and the analysis of organic biomarkers.
Examine ecological variation across an altitudinal gradient of nearly 4000 meters on the tropical western Andean flank.
Improve understanding of how ecosystems function in a biodiversity hotspot, and how they might be identified in the fossil record.

The considerable biodiversity of Neotropical ecosystems is under pressure from projected climate change and human activity. Modern ecosystems can be characterized by their pollen rain and organic chemistry, which can in turn provide information about ecosystem health and functioning. However, little is known about how pollen assemblage and chemical composition (of pollen and plants) vary along environmental gradients. Altitudinal transects provide an opportunity to study a range of environments and ecosystems with a relatively small geographic area. By improving our understanding of modern ecosystems we can improve our interpretation of fossil records, and consequently better understand how modern ecosystems came into being.

The main objectives of this PhD project are to:

Generate the first modern pollen assemblage and chemical data set for the Neotropics,
Characterize the landscape-scale variation in pollen assemblage and chemistry composition, and
Identify the key environmental drivers that determines pollen assemblage and chemistry composition variation.

Publication date: 27 July 2015
Closing date: 18 September 2015
Level of education: University (Masters)
Hours: 38 hours per week
Salary indication: €2,125 to €2,717 gross per month
Vacancy number: 15-286

Applications should be emailed to application-science@uva.nl, with in the subject line the position you are applying for and vacancy number (15-286). Please make sure all your material is attached in only one pdf. Applications should include a detailed CV including educational experiences, a list of research projects and/or publications, a letter of motivation, relevant work experience, and the names and contact addresses of two academic referees from whom a reference for the candidate can be obtained.

For more details, including information on how to apply, click here (UvA), or here (via academic transfer).

For further information visit the Palaeoecology & Landscape Ecology web pages, or contact Dr. William D. Gosling directly.