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Peraturan Rektor UGM Nomor 711/P/SK/HT/2013
tentang Tata Perilaku Mahasiswa UGM.
Jurnal dalam bidang Teknik
Sipil dan Lingkungan - Sumberdaya Air
Waterpower Engineering
Hydraulics
- 2018-IAHR: Comparative
Study on Calculation Methods of Dam-break Wave.
Shaolin Yang, Wanli Yang, Shunquan Qin, and Qiao Li.
(offsite)
- 2018-AWS: Prediction
of depth.averaged velocity in an open channel flow.
Jnana Ranjan Khuntia, E Kamalini Devi, E Kishanjit Kumar
Khatua. (offsite)
- 2017-MPE Hindawi: Investigation
of Velocity Distribution in Open Channel Flows Based on
Conditional Average of Turbulent Structures. Yu Han,
Shu-Qing Yang, Muttucumaru Sivakumar, and Liu-Chao Qiu.
(offsite)
- 2016-ASCE: Nonhydrostatic
Dam Break Flows. I: Physical Equations and Numerical
Schemes. Francisco Nicolás Cantero-Chinchilla;
Oscar Castro-Orgaz; Subhasish Dey; and Jose Luis Ayuso.
(offsite)
- 2011-IAHR: An
ordinary differential equation for velocity distribution
and dip-phenomenon in open channel flows. Rafik ABSI.
(offsite)
- 2011-IAHR: Scale
effects in physical hydraulic engineering models.
Valentin Heller. (offsite)
- 2011-JH: Numerical
simulation of shallow-water dam break flows in open
channels using smoothed particle hydrodynamics.
Tsang-Jung Chang, Hong-Ming Kao, Kao-Hua Chang, Ming-Hsi
Hsu. (offsite)
- 1944-ASME: Friction
Factors for Pipe Flow. Lewis F. Moody, Princeton,
N.J. (offsite)
Hydrology
- 2018-Nature: Complex
networks reveal global pattern of extreme-rainfall
teleconnections. Niklas Boers, Bedartha Goswami,
Aljoscha Rheinwalt, Bodo Bookhagen, Brian Hoskins, &
Jürgen Kurths. (offsite)
- 2018-AWR: Parsimonious
nonstationary flood frequency analysis. Jake
M.Serago, Richard M.Vogel. (offsite)
- 2017-JH: Comparison
of four nonstationary hydrologic design methods for
changing environment. Lei Yan, Lihua Xiong, Shenglian
Guo, Chong-Yu Xu, Jun Xia, Tao Du. (offsite)
- 2013-JH: Approximation
of modified Anderson–Darling test statistics for
extreme value distributions with unknown shape
parameter. Jun-Haeng Heo, Hongjoon Shin, Woosung
Nama, Juseong Om, Changsam Jeong. (offsite)
- 2012-JH: Development
of plotting position for the general extreme value
distribution. Sooyoung Kim, Hongjoon Shin, Kyoungwon
Joo, Jun-Haeng Heo. (offsite)
- 2012-JH: A
nonstationary flood frequency analysis method to adjust
forfuture climate change and urbanization. Kristin
L.Gilroy, Richard H.McCuen. (offsite)
- 2009-AWR: Flood
frequency analysis for nonstationary annual peak records
in an urban drainage basin. Gabriele Villarinia,
James A. Smith, Francesco Serinaldi, Jerad Bales, Paul D.
Bates, Witold F. Krajewski. (offsite)
Flood Frequency
Analysis
- 2018-E: Emil
J. Gumbel’s last course on the “Statistical
theory of extreme values”: a conversation with
Tuncel M. Yegulalp. (offsite)
- 2018-AJG: Flood
frequency analysis of river Swat using Log Pearson type
3, Generalized Extreme Value, Normal, and Gumbel Max
distribution methods. Muhammad Farooq, Muhammad
Shafique, Muhammad Shahzad Khattak. (offsite)
- 2018-JIEIS: Flood
Management in Mahanadi Basin using HEC-RAS and
Gumbel’s Extreme Value Distribution. Prabeer
Kumar ParhiEmail. (offsite)
- 2017-JH: Historical
floods in flood frequency analysis: Is this game worth
the candle? Witold G. Strupczewski, Krzysztof
Kochanek, Ewa Bogdanowicz. (offsite)
- 2016-IJMMS: The
Exponentiated Gumbel Type-2 Distribution: Properties and
Application. Okorie, I. E.; Akpanta, A. C.; Ohakwe.
(offsite)
- 2014-WRR: Regional
flood frequency analysis at the global scale. Andrew
Smith, Christopher Sampson, and Paul Bates. (offsite)
- 2014-SERRA: A
three-parameter kappa distribution with hydrologic
application: a generalized gumbel distribution.
(offsite)
- 2014-JH: Regional
flood frequency analyses involving extraordinary flood
events at ungauged sites: further developments and
validations. C.C.Nguyen, E.Gaume, and O.Payrastre.
(offsite)
- 2012-SMA: The
Kumaraswamy Gumbel distribution. Cordeiro, Gauss M;
Nadarajah, Saralees; Ortega, Edwin M; M. (offsite)
- 2010-JAS: Generalized
Gumbel distribution. Kahadawala Cooray. (offsite)
- 2009-AML: The
distribution of extremes in the degree sequence: A Gumbel
distribution approach. C.Balbuen, M.I.Ortego.
(offsite)
- 2004-JHS: Statistics
of extremes and estimation of extreme rainfall: I.
Theoretical investigation. Koutsoyiannis, Demetris.
(offsite)
- 2004-JHS: Statistics
of extremes and estimation of extreme rainfall: II.
Empirical investigation of long rainfall records.
Koutsoyiannis, and Demetris. (offsite)
- 2003-SERRA: Return
period of bivariate distributed extreme hydrological
events. J. T. Shiau. (offsite)
- 2002-HSJ: A
note on the applicability of log-Gumbel and log-logistic
probability distributions in hydrological analyses: II.
Assumed pdf. Weglarczyk, Stanislaw; Strupczewski,
Witold G; Singh, Vijay P. (offsite)
- 2001-HSJ: A
note on the applicability of log-Gumbel and log-logistic
probability distributions in hydrological analyses: I.
Known pdf. Rowinski, Pawel M; Strupczewski, Witold G;
Singh, Vijay P. (offsite)
- 1983-ASCE: Closure
to “Gumbel's Extreme Value I Distribution: a New
Look” by Dennis P. Lettenmaier and Stephen J. Burges
(April, 1982). Dennis P. Lettenmaier and Stephen J.
Surges. (offsite)
- 1983-ASCE: Discussion
of “Gumbel's Extreme Value I Distribution: a New
Look” by Dennis P. Lettenmaier and Stephen J. Burges
(April, 1982). Colin Clark. (offsite)
- 1983-ASCE: Discussion
of “Gumbel's Extreme Value I Distribution: a New
Look” by Dennis P. Lettenmaier and Stephen J. Burges
(April, 1982). Donthamsetti V. Rao, M. ASCE.
(offsite)
- 1949-TAGU: Annual
Floods and the Partial-Druartion of Flood Series.
W.B.
Langbein. (offsite)
Log-Pearson Type
3
- 2018-AJG: Flood
frequency analysis of river Swat using Log Pearson type
3, Generalized Extreme Value, Normal, and Gumbel Max
distribution methods. Muhammad Farooq, Muhammad
Shafique, Muhammad Shahzad Khattak. (offsite)
- 2009-ASCE: Log-Pearson
Type 3 Distribution and Its Application in Flood
Frequency Analysis. III: Sample Skew and Weighted Skew
Estimators. V. W. Griffis, M.ASCE; and J. R.
Stedinger, M.ASCE. (offsite)
- 2009-ASCE: Discussion
of “Log-Pearson Type 3 Distribution and Its
Application in Flood Frequency Analysis. II: Parameter
Estimation Methods” by V. W. Griffis and J. R.
Stedinger. Rao, Donthamsetti Veerabhadra (offsite)
- 2007-ASCE: Log-Pearson
Type 3 Distribution and Its Application in Flood
Frequency Analysis. II: Parameter Estimation Methods.
V. W. Griffis, M.ASCE; and J. R. Stedinger, M.ASCE.
(offsite)
- 2007-ASCE: Discussion
of “Log-Pearson Type Distribution and Its
Application in Flood Frequency Analysis. I: Distribution
Characteristics” by V. W. Griffis and J. R.
Stedinger. Donthamsetti Veerabhadra Rao, Ph.D., P.E.,
M.ASCE. (offsite)
- 2007-ASCE: Log-Pearson
Type 3 Distribution and Its Application in Flood
Frequency Analysis. I: Distribution Characteristics.
V. W. Griffis, M.ASCE; and J. R. Stedinger, M.ASCE.
(offsite)
- 1987-ASCE: Closure
to “ Relative Accuracy of Log Pearson III
Procedures” by James R. Wallis and Eric F. Wood
(July, 1985, Vol. 111, No. 7). Wallis, James R; Wood,
Eric F. (offsite)
- 1987-ASCE: Discussion
of “ Relative Accuracy of Log Pearson III
Procedures” by James R. Wallis and Eric F. Wood
(July, 1985, Vol. 111, No. 7). Landwehr, Jutate
Maciunas; Tasker, Gary D; Jarrett, Robert D. (offsite)
- 1987-ASCE: Discussion
of “ Relative Accuracy of Log Pearson III
Procedures” by James R. Wallis and Eric F. Wood
(July, 1985, Vol. 111, No. 7). Beard, Leo R.
(offsite)
- 1987-ASCE: Relative
Accuracy of Log-Pearson III Procedures. James R.
Wallis and Eric F. Wood. (offsite)
- 1977-JSTOR: Stochastic
Modelling of Riverflow Time Series. A. J. Lawrance
and N. T. Kottegoda. (offsite)
Kolmogorov-Smirnov Distribution
- 2020-AM: Deriving
CDF of Kolmogorov-Smirnov Test Statistic. Jan Vrbik.
(offsite)
- 2018-Stat.CO: Computing
the Cumulative Distribution Function and Quantiles of the
limit of the Two-sided Kolmogorov-Smirnov Statistic.
Paul van Mulbregt. (offsite)
- 2017-City University: Computing
the Kolmogorov-Smirnov Distribution when the Underlying
cdf is Purely Discrete, Mixed or Continuous.
Dimitrova, D. S., Kaishev, V. K. and Tan, S. (offsite)
- 2011-JSS: Computing
the Two-Sided Kolmogorov-Smirnov Distribution.
Richard Simard & Pierre L'Ecuyer. (offsite)
- 2009-IJAS: A
Procedure to Find Exact Critical Values of
Kolmogorov-Smirnov Test. Silvia Facchinetti.
(offsite)
- 2003-JSS: Evaluating
Kolmogorov's Distribution. George Marsaglia, Wai Wan
Tsang, Jingbo Wang.(offsite)
- 2000-CSDA: Computing
the cumulative distribution function of the
Kolmogorov-Smirnov statistic. John H. Drew, Andrew G.
Glen, Lawrence M. Leemis. (offsite)
- 1998: New
Table and Numerical Approximations for
Kolmogorov-Smirnov/Lilliefors/Van Soest Normality
Test. Paul Molin and Herve Abdi. (offsite)
- 1973-SIM: Distribution
Theory for Tests Based on Sample Distribution
Function. James Durbin. (offsite)
- 1952-JSTOR: Numerical
Tabulation of the Distribution of Kolmogorov's Statistic
for Finite Sample Size. Z.W. Birnbaum. (offsite)
- 1951-JSTOR: The
Kolmogorov-Smirnov Test for Goodness of Fit. Frank J.
Massey, Jr. (offsite)
- 1948-AMS: Table
for estimating the goodness of fit of empirical
distributions. Nikolai Smirnov. (offsite)
Dupuit-Darcy-Forchheimer
Flows
- 2018-CF: An
implicit algorithm of solving Navier–Stokes
equations to simulate flows in anisotropic porous
media. A.S.Kozelkov, S.V.Lashkin, V.R.Efremov,
K.N.Volkov, Yu. A.Tsibereva, N.V.Tarasova. (offsite)
- 2018-JH: Review
of analytical models to stream depletion induced by
pumping: Guide to model selection. Ching-Sheng Huang,
TaoYang, Hund-DerYeh. (offsite)
- 2017-JH: Single-well
push-pull test in transient Forchheimer flow field.
Quanrong Wang, Hongbin Zhan, Yanxin Wang. (offsite)
- 2017-AWR: A
generalized Forchheimer radial flow model for
constant-rate tests. Liu Ming-Ming, ChenYi-Feng, Zhan
Hongbin, Hu Ran, Zhou Chuang-Bing. (offsite)
- 2017-TPM: The
Interface Between Fresh and Salt Groundwater in
Horizontal Aquifers: The Dupuit–Forchheimer
Approximation Revisited. C. J. van Duijn, R. J.
Schotting. (offsite)
- 2016-WRM: A New
Inverse Solution Assessment for the Recovery Test Using
Radial Basis Function Collocation Method. Sahin, A
Ufuk. (offsite)
- 2016-EES: A
new parameter estimation procedure for pumping test
analysis using a radial basis function collocation
method. Sahin, A Ufuk. (offsite)
- 2016-WRM: Evaluation
of Analytical Methods to Study Aquifer Properties with
Pumping Tests in Coastal Aquifers with Numerical
Modelling (Motril-Salobreña Aquifer).
Calvache, M L; Sánchez-Úbeda, J P; Duque,
C; López-chicano, M; de la Torre, B. (offsite)
- 2016-JGG: The
characteristic flow equation: A tool for engineers and
scientists. Rich Lacey. (offsite)
- 2015-APS: Evaluation
of methods for estimating aquifer hydraulic
parameters. S.M.Bateni, M.Mortazavi-Naeini, B.
Ataie-Ashtiani, D.S.Jeng, R. Khanbilvardi. (offsite)
- 2015-JH: A
correction for Dupuit–Forchheimer interface flow
models of seawater intrusion in unconfined coastal
aquifers. Antonis D.Koussis, Katerina Mazi, Fabien
Riou, Georgia Destouni. (offsite)
- 2014-HJ: Numerical
modeling of Forchheimer flow to a pumping well in a
confined aquifer using the strong-form mesh-free
method. Zhang Wen, Zhuangtian Liu, Menggui Jin,
Hongbin Zhan. (offsite)
- 2014-TS, free: Darcy
and Forchheimer's Laws in Practice, Part 1. The
Experiment. Wojciech Sobieski, Anna Trykozko.
(offsite)
- 2014-TS, free: Darcy
and Forchheimer's Laws in Practice, Part 2. The Numerical
Model. Wojciech Sobieski, Anna Trykozko. (offsite)
- 2013-JH: Joint
mapping of statistical streamflow descriptors. Lars
Gottschalk, Irina Krasovskaia, Kun-xia Yu, Etienne
Leblois, Lihua Xiong. (offsite)
- 2013-JH: Significance
of hydraulic head gradients within horizontal wells in
unconfined aquifers of limited saturated thickness.
K.R.Rushton, F.C.Brassington. (offsite)
- 2012-JH: Steady-state
water table height estimations with an improved
pseudo-two-dimensional Dupuit-Forchheimer type model.
O.Castro-Orgaz, J.V.Giráldez. (offsite)
- 2011-AWR: A
general analytical solution for flow to a single
horizontal well by Fourier and Laplace transforms.
Ching-Sheng Huang, Yu-Lin Chen, Hund-Der Yeh. (offsite)
- 2010-AG: Comparative
study of dissolved organic matter from groundwater and
surface water in the Florida coastal Everglades using
multi-dimensional spectrofluorometry combined with
multivariate statistics. Meilian Chen, René M.
Price, Youhei Yamashita, Rudolf Jaffé. (offsite)
- 2010-GSL: The
practical reasons why slug tests (including falling and
rising head tests) often yield the wrong value of
hydraulic conductivity. J.H. Black. (offsite)
- 2010-WRR: Step-drawdown
tests and the Forchheimer equation. Mathias, Simon A;
Todman, Lindsay C. (offsite)
- 2010-JES: Structure
of the dependence of Darcy and Forchheimer coefficients
on porosity. B.Straughan. (offsite)
- 2008-JEH: The
Recharge Trench as a Sustainable Supply System. S.
Sunjoto. (offsite)
- 2007-JHE: Approximate
solutions for Forchheimer flow to a well. Simon A.
Mathias; Adrian P. Butler; and Hongbin Zhan. (offsite)
- 2007-JH: Unconfined
aquifer response to infiltration basins and shallow pump
tests. David W. Ostendorf, Don J. DeGroot, Erich S.
Hinlein. (offsite)
- 2005-JH: Parameter
identification for axi-symmetric density-dependent
groundwater flow based on drawdown and concentration
data. Nathalie Van Meir, Luc Lebbe. (offsite)
- 1999-IJMF: Derivation
of Forchheimer terms and their verification by
application to waves propagation in porous media.
A.Levy, D. Levi-Hevroni, S. Soreka, G. Ben-Dor.
(offsite)
- 1998-WRR: Hydraulic
characterization of aquifers, reservoir rocks, and soils:
A history of ideas. T. N. Narasimhan. (offsite)
- 1996-TPM: The
Forchheimer Equation: A Theoretical Development. Stephen
Whitaker. (offsite)
- 1992-TPM: On
the Derivation of the Forchheimer Equation by Means of
the Averaging Theorem. Douglas Ruth, and Huiping Ma.
(offsite)
Slug Tests
- 2019-AG: Numerical
values of shape factors for field permeability tests in
unconfined aquifers. Lu Zhang. Robert P. Chapuis.
Vahid Marefat. (offsite)
- 2018-UM: Improvement
of the Reliability of Field Permeability Tests. Lu
Zhang. (offsite)
- 2016-IPB: Pengukuran
Konduktivitas Hidrolik Gambut dengan Menggunakan Metode
Slug Test (Studi Kasus: Katingan, Kalimantan Tengah).
Gesti Prabandini (offsite)
- 2016-AG: A
nonlinear Hvorslev surface for highly overconsolidated
soils: elastoplastic and hypoplastic implementations.
X.S. Shi, I. Herle, K. Bergholz. (offsite)
- 2012-Hindawi: Interpretation
of Falling-Head Tests in Presence of Random Measurement
Error. Paul Chiasson (offsite)
- 2012-AM: Estimation of
Hydraulic Conductivity Using the Slug Test Method in a
Shallow Aquifer in the Venetian Plain (NE, Italy).
Paolo Fabbri, Mirta Ortombina and Leonardo Piccinini.
(offsite)
- 2009-GW: Determining
Hydraulic Conductivity Using Pumping Data from Low-Flow
Sampling. Gary A. Robbins, Alejandra T. Aragon-Jose,
and Andres Romero. (offsite)
- 2006-Technical Note. An
Improvement on Hvorlev's shape factors. S.A. Mathias
and A.P. Butler. (offsite)
- 2003-ASCE: Intake
Shape Factors for Entry Points in Porous Media with
Transversely Isotropic Hydraulic Conductivity. A.P.S.
Selvadurai. (offsite)
- 2003-JPM: Fluid
Intake Cavities in Stratified Porous Media. A.P.S.
Selvadurai. (offsite)
- 2002-WRE: What
does a slug test measure: An investigation of instrument
response and the effects of heterogeneity. Roger
Beckie and Charles F. Harvey. (offsite)
- 1994-EPA: A
review and assessment of factors affecting hydraulic
conductivity values determined from slug tests.
Gordon K. Binkhorst and Gary A. Robbins. (offsite)
- 1992-JoH: A
mini slug test method for determination of a local
hydraulic conductivity of an unconfined sandy
aquifer. Klaus Hinsby, Poul L. Bjerg, Lars J.
Andersen, Bent Skov, and Erik V. Clausen. (offsite)
- 1992-JHE: Improved
Interpretation of Hvorslev Test. Z. Demir and T.N.
Narasimhan. (offsite)
- 1990-Géotechnique: Mikael
Juul Hvorslev 1895–1989. (offsite)
- 1989-GWMR: A
Critique of Hvorslev Method for Slug Test Analysis: The
Fully Penetrating Well. Gary R. Chirlin. (offsite)
- 1989-GW: Shape
Factor for Permeability Tests in Boreholes and
Piezometers. Robert P. Chapuis. (offsite)
- 1978-Geotechnique: A
Note on Hvorslev’s intake factors. Lowther. G.
(offsite)
- 1976-WRR: A
Slug Test for determining Hydraulic Conductivity of
Unconfined Aquifers with Completely or Partially
Penetrating Well. Herman Bouwer and R.C. Rice.
(offsite)
- 1951-USACE: Time
Lag and Soil Permeability in Groundwater
Observations. Mikael Juul Hvorslev. (USACE
Buletin No.36, offsite)
Land Subsidence
- 2015-WRM: Influence
of Groundwater Management on Land Subsidence in Deltas: A
Case Study of Jakarta (Indonesia). Bakr, Mahmoud.
(offsite)
- 2011-NH: Land
subsidence of Jakarta (Indonesia) and its relation with
urban development. Hasanuddin Z. Abidin, Heri
Andreas, Irwan Gumilar, Yoichi Fukuda, Yusuf E. Pohan, T.
Deguchi. (offsite)
- 2010-CJRS: ALOS
PALSAR D-InSAR for Land Subsidence Mapping in Jakarta,
Indonesia. Luhur Bayuaji, Josaphat Tetuko Sri
Sumantyo & Hiroaki Kuze. (offsite)
- 2008-NH: Land
subsidence characteristics of Jakarta between 1997 and
2005, as estimated using GPS surveys. Hasanuddin Z.
Abidin, H. Andreas, Rochman Djaja, Dudy Darmawan, M.
Gamal. (offsite)
- 2001-NH: Land
Subsidence of Jakarta (Indonesia) and its Geodetic
Monitoring System. Hasanuddin Z. Abidin, Rochman
Djaja, Dudy Darmawan, Samsul Hadi, Arifin Akbar, H.
Rajiyowiryono, Y. Sudibyo, I. Meilano, M. A. Kasuma, J.
Kahar, Cecep Subarya. (offsite)
Wetlands
- 2024-ESE: The
generalized STAR modelling with three dimensional of
spatial weight matrix in predicting the Indonesia
peatlandfs water level. Utriweni Mukhaiyar, Adilan
Widyawan Mahdiyasa, Tarasinta Prastoro, Udjianna Sekteria
Pasaribu, Kurnia Novita Sari, Sapto Wahyu Indratno,
Indratmo Soekarno, Devi Nandita Choesin, Isro Ismail,
Dian Rosleine and Danang Teguh Qoyyimi. (offsite)
- 2024-Nature: Benefts
of tropical peatland rewetting for subsidence reduction
and forest regrowth: results from a large-scale
restoration trial. A. Hooijer, R.Vernimmen, D.
Mulyadi, V.Triantomo, Hamdani, M. Lampela. R.Agusti, S.E.
Page, J. Doloksaribu, I. Setiawan, B. Suratmanto, S.
Swarup. (offsite)
- 2022-EGU: Tropical
Peatland Hydrology Simulated With a Global Land Surface
Model, S. Apers, G. J. M. De Lannoy, A. J. Baird, A.
R. Cobb, G. C. Dargie, J. del Aguila Pasquel, A. Gruber,
A. Hastie, H. Hidayat, T. Hirano, A. M. Hoyt, A. J.
Jovani-Sancho, A. Katimon, A. Kurnain,R. D. Koster, M.
Lampela, S. P. P. Mahanama, L. Melling, S. E. Page, R. H.
Reichle, M. Taufik, J. Vanderborght, M. Bechtold.
(offsite)
- 2021-EGU: Modelling
long-term alluvial peatland dynamics in temperate river
floodplains. Ward Swinnen, Nils Broothaerts, Gert
Verstraeten. (offsite)
- 2022-JPHK: Water Balance of Natural Peat Forest
Ecosystems in Zamrud National Park Area, Kampar Peninsula
Riau. Hatma Suryatmojo, Muhammad Ali Imron, Rizki Ahmad
Arfri, Maryani. (offsite)
- 2018-NAU: Restoring
Degraded Tropical Peatlands: Case Studies From Central
Kalimantan, Indonesia by Dyah Puspitaloka. A Thesis
Submitted in Partial Fulfillment of the Requirements for
the Degree of Master of Science in Forestry. Northern
Arizona University, May 2018. (offsite)
- 2018-Wetland: A
Review of Techniques for Effective Tropical Peatland
Restoration. Alue Dohong, Ammar Abdul Aziz, Paul
Dargusch. (offsite)
- 2017-Nature: Age,
extent and carbon storage of the central Congo Basin
peatland complex. Greta C. Dargie, Simon L. Lewis,
Ian T. Lawson, Edward T. A. Mitchard, Susan E. Page,
Yannick E. Bocko & Suspense A. Ifo. Nature volume
542, pages86–90 (2017). (offsite)
- 2017-EE: Smallholder
Farmers and the Dynamics of Degradation of Peatland
Ecosystems in Central Kalimantan, Indonesia.
Medrilzam Medrilzam, Carl Smith, Ammar Abdul Aziz, John
Herbohn, Paul Darguscha. (offsite)
- 2017-Ecosystems: Multi-decadal
Changes in Water Table Levels Alter Peatland Carbon
Cycling. Rodney A. Chimner, Thomas G. Pypker, John A.
Hribljan, Paul A. Moore, and James M. Waddington.
(offsite)
- 2017-Springer: Impacts
of land use, restoration, and climate change on tropical
peat carbon stocks in the twenty-first century:
implications for climate mitigation. Matthew Warren
& Steve Frolking, & Zhaohua Dai, & Sofyan
Kurnianto. (offsite)
- 2017-EES: The
degree of peatland subsidence resulting from drainage of
land. Antoni Grzywna. (offsite)
- 2017-Wetlands: The
Effects of Soil Drying on the Growth of a Dominant
Peatland Species, Carex lasiocarpa.
Jihong Yuan, Ping Wang, Jacob Weiner, Hongfeng Bian,
Zhanhui Tang, Lianxi Sheng. (offsite)
- 2016-Nature SR: Vulnerability
of the peatland carbon sink to sea-level rise.
Vulnerability of the peatland carbon sink to sea-level
rise. (offsite)
- 2015-EM: Predicted
Changes in Interannual Water-Level Fluctuations Due to
Climate Change and Its Implications for the Vegetation of
the Florida Everglades. Arnold G. van der Valk, John
C. Volin, Paul R. Wetzel. (offsite)
- 2015-EM: Potential
Effects of Climate Change on Florida’s
Everglades. M. Nungesser, C. Saunders, C.
Coronado-Molina, J. Obeysekera, J. Johnson, C. McVoy, B.
Benscoter. (offsite)
- 2014-Catena: Canal
blocking strategies for hydrological restoration of
degraded tropical peatlands in Central Kalimantan,
Indonesia. Henk Ritzema, Suwido Limin, Kitso Kusin,
Jyrki Jauhiainen, HenkWösten. (offsite)
- 2014-FEM: Impact
of drainage and hydrological restoration on vegetation
structure in boreal spruce swamp forests. Liisa
Maanavilja, Kaisu Aapala, Tuomas Haapalehto, Janne S.
Kotiaho, Eeva-Stiina Tuittila. (offsite)
- 2014-EE: Afforestation
or natural succession? Looking for the best way to manage
abandoned cut-over peatlands for biodiversity
conservation. Beata Woziwoda, Dominik Kope¢.
(offsite)
- 2013-EGU: The
role of hydrological transience in peatland pattern
formation. P. J. Morris, A. J. Baird, and L. R.
Belyea. (offsite)
- 2013-BC: Seed
rain into a degraded tropical peatland in Central
Kalimantan, Indonesia. Grace V. Blackham a,., Andri
Thomas b, Edward L. Webb a, Richard T. Corlett.
(offsite)
- 2013-LE: Wetlands,
carbon, and climate change. William J. Mitsch, Blanca
Bernal,Amanda M. Nahlik, Ulo Mander, Li Zhang,
Christopher J. Anderson, Sven E. Jørgensen, Hans
Brix. (offsite)
- 2013-AMN: A
Case Study in Large-Scale Wetland Restoration at Seney
National Wildlife Refuge, Upper Michigan, USA. Bork,
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Tsunamis in Indonesia
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Hajj, Crowd Dynamics and
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- The
GAMMA research group was formed in 1995 and conducts
research in the design and implementation of algebraic,
geometric and scientific algorithms, and their
applications to computer graphics, robotics, virtual
environments, CAD/CAM, acoustics, pedestrian dynamics and
medical simulation. In Spring 2018, GAMMA relocated to
the University of Maryland, College Park, and is housed
in the new Brendan Iribe Center for Computer Science and
Engineering.
Historic Eruption of Krakatau
(1883)
Miscellaneous
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