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Napo River
River of Ecuador
River of Ecuador
| Field | Value |
|---|---|
| name | Napo river |
| image | Napo River.jpg |
| image_size | 250 |
| image_caption | The Napo River to the east of Coca |
| map | Naporivermap.png |
| map_size | 250 |
| map_caption | Map of the Amazon Basin with the Napo River highlighted |
| pushpin_map_size | 250 |
| subdivision_type1 | Countries |
| subdivision_name1 | |
| length | 1,130 km |
| discharge1_location | Francisco de Orellana (near mouth) |
| discharge1_min | 3,200 m3/s |
| discharge1_avg | (Period: 1971–2000)7,147.8 m3/s |
| discharge1_max | 10,800 m3/s |
| source1_location | Confluence of Jatunyaçu and Anzu, Ecuador |
| source1_coordinates | |
| source1_elevation | 430 m |
| source2_location | Jatunyaçu–Verdeyaçu, Andes, Ecuador |
| source2_coordinates | |
| source2_elevation | 3,419 m |
| source3_location | Jatunyaçu–Mulatos, Andes, Ecuador |
| source3_coordinates | |
| source3_elevation | 3,871 m |
| source4_location | Anzu River, Andes, Ecuador |
| source4_coordinates | |
| source4_elevation | 1,430 m |
| mouth | Amazon River |
| mouth_location | 70 km downstream from Iquitos, Loreto Region, Peru |
| mouth_coordinates | |
| mouth_elevation | 78 m |
| progression | Amazon → Atlantic Ocean |
| river_system | Amazon River |
| basin_size | 103,307.79 km2 |
| tributaries_left | Jatunyaçu, Misahualli, Payamino, Coca, Aguarico, Tamboyaçu |
| tributaries_right | Anzu, Llocullón, Tiputini, Yasuní, Anahiri, Curaray, Tacshacuraray, Mazán |
| discharge2_location | Mazán (Bella Vista) |
| discharge2_avg | (Period: 1991–2023)7,000 m3/s |
| discharge3_location | Santa Clotilde |
| discharge3_avg | (Period: 2002–2011)5,895 m3/s |
| discharge5_location | Puerto Francisco de Orellana |
| discharge5_avg | (Period: 2001–2009)1,105 m3/s |
| discharge4_location | Nueva Rocafuerte |
| discharge4_avg | (Period: 2001–2009)2,032 m3/s |
| discharge2_min | 3,250 m3/s |
| discharge2_max | 11,200 m3/s |
The Napo River () is a tributary to the Amazon River that rises in Ecuador on the flanks of the east Andean volcanoes of Antisana, Sincholagua and Cotopaxi.
The total length is 1,075 km. The river drains an area of ca 103,000 km2. The mean annual discharge at Mazán 6,800 m3/s.
Geography

Before it reaches the plains it receives a great number of small streams from impenetrable, saturated and much broken mountainous districts, where the dense and varied vegetation seems to fight for every piece of ground. From the north it is joined by the Coca River, having its sources in the gorges of Cayambe volcano on the equator, and also a powerful river, the Aguarico having its headwaters between Cayambe and the Colombia frontier. From the west, it receives a secondary tributary, the Curaray, from the Andean slopes, between Cotopaxi and the Tungurahua volcano. From its Coca branch to the mouth of the Curaray the Napo is full of snags and shelving sandbanks and throws out numerous canoes among jungle-tangled islands, which in the wet season are flooded, giving the river an immense width. From the Coca to the Amazon it runs through a forested plain where not a hill is visible from the river - its uniformly level banks being only interrupted by swamps and lagoons. From the Amazon the Napo is navigable for river craft up to its Curaray branch, a distance of about 216 mi, and perhaps a bit further; thence, by painful canoe navigation, its upper waters may be ascended as far as Santa Rosa, the usual point of embarkation for any venturesome traveller who descends from the Quito tableland. The Coca river may be penetrated as far up as its middle course, where it is jammed between two mountain walls, in a deep canyon, along which it dashes over high falls and numerous reefs. This is the stream made famous by the expedition of the Spanish conquistador Gonzalo Pizarro.
Hydrometric stations on the Napo River:
| Station | River kilometer (rkm) | Elevation (m) | Drainage basin | Average discharge | url=https://www.hydrosheds.org | title=Hydro-SHEDS}} | url=https://hybam.obs-mip.fr | title=SO-HYBAM}} |
|---|---|---|---|---|---|---|---|---|
| Lower Napo | ||||||||
| Francisco de Orellana | 0 | 78 | 103,307.79 | 7,147.8 | 6,611 | |||
| Mazán | 79.76 | 85 | 100,518 | 7,033 | 6,464.5 | |||
| Bellavista | 194.51 | 105 | 90,305.3 | 6,416.1 | – | |||
| Santa Clotilde | 256.24 | 113 | 85,770 | 6,124.4 | 5,700 | |||
| Campo Serio | 421.35 | 140 | 50,342.9 | 3,430.3 | – | |||
| Cabo Pantoja | 546.8 | 166 | 44,698.2 | 3,007.5 | 3,280 | |||
| Nuevo Rocafuerte | 574.1 | 173 | 27,489.4 | 1,937.3 | 2,032 | |||
| Pañacocha | 673 | 203 | 21,731.4 | 1,552.1 | – | |||
| Upper Napo | ||||||||
| Puerto Francisco de Orellana | 782 | 243 | 12,343 | 1,016 | 1,105 | |||
| Puerto Napo | 950 | 427 | 4,182.4 | 260.9 | 377.6 |
Discharge
Napo River at Bellavista average (Q), dominante (Qd) discharge (m3/s) and sediment load (S – million ton/year). Period from 1991/09–2009/08:
| Water year | Q | S | Qd | Water year | Q | S | Qd |
|---|---|---|---|---|---|---|---|
| 1991/1992 | 5,667 | 28.608 | 6,009 | 2001/2002 | 5,979 | 32.431 | 6,335 |
| 1992/1993 | 7,104 | 47.718 | 7,447 | 2002/2003 | 5,669 | 32.154 | 6,312 |
| 1993/1994 | 8,013 | 67.159 | 8,583 | 2003/2004 | 6,148 | 41.916 | 7,054 |
| 1994/1995 | 6,055 | 34.801 | 6,525 | 2004/2005 | 6,456 | 37.953 | 6,767 |
| 1995/1996 | 5,956 | 34.017 | 6,463 | 2005/2006 | 6,143 | 34.77 | 6,523 |
| 1996/1997 | 6,262 | 38.258 | 6,790 | 2006/2007 | 6,535 | 40.344 | 6,942 |
| 1997/1998 | 9,839 | 105.956 | 10,354 | 2007/2008 | 6,615 | 40.832 | 6,977 |
| 1998/1999 | 6,839 | 51.48 | 7,686 | 2008/2009 | 7,428 | 52.504 | 7,749 |
| 1999/2000 | 6,725 | 49.735 | 7,576 | ||||
| 2000/2001 | 6,452 | 38.527 | 6,810 | Average | 6,660 | 44.953 | 7,161 |
Napo River at Bellavista average, minimum and maximum discharge (m3/s). Period from 2009/09 to 2023/08:
| Water year | Mean | Min | Max | Water year | Mean | Min | Max |
|---|---|---|---|---|---|---|---|
| 2009/2010 | 7,177 | 2016/2017 | 7,273.6 | 3,200 | 11,150 | ||
| 2010/2011 | 5,768.2 | 1,649 | 10,860 | 2017/2018 | 7,284 | 1,550 | 13,500 |
| 2011/2012 | 7,447.4 | 2,894 | 12,230 | 2018/2019 | 8,234 | 2,850 | 12,200 |
| 2012/2013 | 7,452.7 | 3,102 | 11,230 | 2019/2020 | 8,100 | 3,100 | 12,700 |
| 2013/2014 | 8,652 | 3,230 | 13,700 | 2020/2021 | 8,410 | 3,620 | 14,000 |
| 2014/2015 | 9,336 | 4,810 | 13,450 | 2021/2022 | 6,855 | 2,078 | 13,500 |
| 2015/2016 | 5,761 | 498.6 | 10,200 | 2022/2023 | 5,849 | 1,201 | 15,200 |
Minimum 498.6 m3/s (2016/02); Maximum: 15,820 m3/s (2015/07);
Napo River at Bellavista average, maximum, minimum and multiannual average (normal) discharge (m3/s) and anomaly (%):
| Mean | Max | Min | Normal | (%) |
|---|---|---|---|---|
| 2010/09 – 2011/08 | ||||
| SEP | 2,620.5 | 3,089 | 1,969 | 5,121.2 |
| OCT | 2,413.5 | 3,061 | 1,649 | 4,898.6 |
| NOV | 3,818.7 | 4,778 | 2,696 | 5,595.1 |
| DEC | 4,774.1 | 6,240 | 4,148 | 5,660.6 |
| JAN | 3,604.2 | 5,001 | 2,174 | 4,580.7 |
| FEB | 2,480.7 | 3,478 | 1,920 | 4,386.9 |
| MAR | 4,753.4 | 7,127 | 3,790 | 5,824.1 |
| APR | 9,206.8 | 10,240 | 7,865 | 7,502.4 |
| MAY | 9,561.5 | 10,040 | 8,348 | 8,941.3 |
| JUN | 10,193.8 | 10,860 | 8,821 | 9,422.9 |
| JUL | 9,846.3 | 10,590 | 7,904 | 8,844.7 |
| AUG | 5,944.6 | 8,658 | 3,758 | 6,610.8 |
| Mean | *5,768.2* | 6,930 | 4,587 | *6,449.1* |
| 2011/09 – 2012/08 | ||||
| SEP | 4,551.3 | 5,441 | 3,757 | 5,121.2 |
| OCT | 5,344.9 | 6,995 | 2,894 | 4,898.6 |
| NOV | 4,427 | 6,878 | 3,023 | 5,595.1 |
| DEC | 6,536.8 | 9,160 | 5,205 | 5,660.6 |
| JAN | 7,998.7 | 9,501 | 4,868 | 4,580.7 |
| FEB | 6,536.8 | 8,302 | 5,155 | 4,386.9 |
| MAR | 9,557.2 | 12,150 | 5,417 | 5,824.1 |
| APR | 11,843.7 | 12,230 | 10,870 | 7,502.4 |
| MAY | 10,322.7 | 10,790 | 9,702 | 8,941.3 |
| JUN | 8,878.8 | 9,961 | 7,011 | 9,422.9 |
| JUL | 8,189.3 | 9,228 | 7,197 | 8,844.7 |
| AUG | 5,182 | 7,605 | 3,975 | 6,612.4 |
| Mean | *7,447.4* | 9,020 | 5,756 | *6,449.2* |
| 2012/09 – 2013/08 | ||||
| SEP | 5,037 | 7,822 | 3,249 | 5,096 |
| OCT | 5,113 | 6,457 | 4,632 | 4,918 |
| NOV | 4,130 | 5,660 | 3,102 | 5,567 |
| DEC | 4,755 | 6,838 | 3,568 | 5,698 |
| JAN | 7,589 | 9,183 | 3,854 | 4,723 |
| FEB | 5,851 | 9,071 | 4,170 | 4,465 |
| MAR | 10,060 | 10,740 | 9,127 | 5,973 |
| APR | 9,405 | 10610 | 8,675 | 7,683 |
| MAY | 8,322 | 10,570 | 6,932 | 8,999 |
| JUN | 10,495 | 11,230 | 9,743 | 9,400 |
| JUL | 9,675 | 10,410 | 8,402 | 8,817 |
| AUG | 9,001 | 9,776 | 8,386 | 6,551 |
| Mean | *7,452.7* | 9,030 | 6,153 | *6,490.8* |
| Period | Discharge | Ref. | |||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Francisco de Orellana | |||||||||||||||||||||||||||||||||
| 2010–2015 | 7,400 m3/s | last1=William | first1=Santini | doi=10.5194/esurf-2018-93 | url=https://d-nb.info/1176109367/34 | title=An index concentration method for suspended load monitoring in large rivers of the Amazonian foreland | year=2019 | doi-access=free }} | |||||||||||||||||||||||||
| 7,500 m3/s | last1=Charles J. | first1=Vörösmarty | last2=Berrien | first2=Moore | last3=Annette L. | first3=Grace | last4=M. Patricia | first4=Gildea | url=https://gmao.gsfc.nasa.gov/gmaoftp/sarith/ROUTING_MODEL/docs/Vorosmarty_1989.pdf | title=CONTINENTAL SCALE MODELS OF WATER BALANCE AND FLUVIAL TRANSPORT: AN APPLICATIONS TO SOUTH AMERICA | volume=3 | page=241-265 | year=1989}} | ||||||||||||||||||||
| 1971–2000 | 7,147.8 m3/s | url=https://www.riversnetwork.org/V1/index.php/component/content/?view=article&id=43&catid=191&Itemid=179 | title=Amazon}} | ||||||||||||||||||||||||||||||
| 8,936 m3/s | url=https://sinia.minam.gob.pe/taxonomy/term/142529 | title=Oficina Nacional de Evaluación de Recursos Naturales (ONERN)}} | |||||||||||||||||||||||||||||||
| 4,555.23 m3/s | title=Empresa de Electricidad del Perú S.A.-ELECTROPERU-Plataforma del Estado Peruano | date=19 May 2023 | url=https://www.gob.pe/electroperu}} | ||||||||||||||||||||||||||||||
| Bellavista (Mazán) | |||||||||||||||||||||||||||||||||
| 1930–2006 | 6,464 m3/s | url=https://hybam.obs-mip.fr/ | title=HYBAM}} | ||||||||||||||||||||||||||||||
| 1981–2020 | 6,800 m3/s | journal= Proceedings of the National Academy of Sciences | title=The Andes–Amazon–Atlantic pathway: A foundational hydroclimate system for social–ecological system sustainability | last1=Claire | first1=F. Beveridge | last2=Jhan-Carlo | first2=Espinoza | last3=Simone | first3=Athayde | last4=Sandra | first4=Bibiana Correa | last5=Thiago | first5=B. A. Couto | last6=Sebastian | first6=A. Heilpern | last7=Clinton | first7=N. Jenkins | last8=Natalia | first8=C. Piland | last9=Renata | first9=Utsunomiya | last10=Sly | first10=Wongchuig | last11=Elizabeth | first11=P. Anderson | doi=10.1073/pnas.2306229121 | volume=121 | date=2024 | issue=22 | article-number=e2306229121 | pmid=38722826 | pmc=11145265 | bibcode=2024PNAS..12106229B }} |
| 1989–2010 | 6,360 m3/s | url=https://www.researchgate.net/publication/307881558 | title=Hydrodynamic and sediment transport modeling in a bend of napo amazonian river: Morphodynamics and infrastructure implications | doi=10.13140/RG.2.2.27735.68008 | last1=Julio Isaac | first1=Montenegro Gambini | year=2015}} | ||||||||||||||||||||||||||
| 1991–2009 | 6,660 m3/s | url=https://portal.mtc.gob.pe/transportes/acuatico/documentos/estudios/03%20-%20Navegabilidad%20Rio%20Napo%20-%20Inf%20Fin%20-%20Vol%20III%20-%20Hidraulica%20Fluvial.pdf | title=ESTUDIO BINACIONAL DE NAVEGABILIDAD DEL RÍO NAPO | year=2010}} | |||||||||||||||||||||||||||||
| 1997–2015 | 6,734.2 m3/s | url=https://hess.copernicus.org/articles/23/3057/2019/hess-23-3057-2019-supplement.pdf | title=Assessing the performance of global hydrological models for capturing peak river flows in the Amazon basin | last=Jamie | first=Towner | year=2019 | access-date=28 March 2022 | archive-date=14 October 2023 | archive-url=https://web.archive.org/web/20231014093200/https://hess.copernicus.org/articles/23/3057/2019/hess-23-3057-2019-supplement.pdf | url-status=live }} | |||||||||||||||||||||||
| 2000–2011 | 6,461 m3/s | url=http://www.minem.gob.pe/minem/archivos/6_1%2520-%25206_%2520Linea%2520Ambiental.pdf | title=6_1-6_Linea Ambiental | access-date=2021-10-15 | archive-date=2014-06-07 | archive-url=https://web.archive.org/web/20140607005732/http://www.minem.gob.pe/minem/archivos/6_1%20-%206_%20Linea%20Ambiental.pdf }} | |||||||||||||||||||||||||||
| 2001–2012 | 6,758 m3/s | url=https://publications.iadb.org/en/publication/12341/preliminary-analysis-potential-river-hydrokinetic-energy-technologies-amazon | title=Preliminary Analysis of Potential for River Hydrokinetic Energy Tecnologies in the Amazon Basin | last1=Filizola | first1=Naziano | last2=Melo | first2=Edileuza | last3=Armijos | first3=Elisa | last4=McGlynn | first4=John | journal=Idb Publications | year=2015 | doi=10.18235/0000222 | url-access=subscription}} | ||||||||||||||||||
| 2001–2009 | 6,369 m3/s | url=https://portal.mtc.gob.pe/transportes/acuatico/documentos/estudios/03%20-%20Navegabilidad%20Rio%20Napo%20-%20Inf%20Fin%20-%20Vol%20III%20-%20Hidraulica%20Fluvial.pdf | title=ESTUDIO BINACIONAL DE NAVEGABILIDAD DEL RÍO NAPO | year=2010}} | |||||||||||||||||||||||||||||
| 2002–2008 | 6,489 m3/s | url=https://www.academia.edu/13491896 | title=Chemical weathering and atmospheric/soil CO2 uptake in the Andean and Foreland Amazon basins | last1=Alain | first1=Laraque | last2=Jean-Sébastien | first2=Moquet | journal=Chemical Geology | doi=10.1016/j.chemgeo.2011.01.005 | year=2011 | volume=287 | issue=1–2 | pages=1–26 | bibcode=2011ChGeo.287....1M }} | |||||||||||||||||||
| 2003–2009 | 6,855 m3/s | url=https://repositorio.igp.gob.pe/handle/20.500.12816/956 | title=Modelado hidrológico distribuido de la cuenca amazónica peruana utilizando precipitación obtenida por satélite | last1=Ricardo Zubieta | first1=Barragán | year=2013}} | |||||||||||||||||||||||||||
| 2004–2010 | 6,609 m3/s | url=https://www.academia.edu/18584394 | title=Suspended sediment dynamics in the Amazon River of Peru | last1=Philippe | first1=Vauchel | last2=Jorge Luis | first2=Carranza Vasle | last3=Alain | first3=Crave | journal=Journal of South American Earth Sciences | year=2013 | volume=44 | page=75 | doi=10.1016/j.jsames.2012.09.002 | bibcode=2013JSAES..44...75A }} | ||||||||||||||||||
| 2001–2005 | 6,976 m3/s | url=https://www.academia.edu/2099322 | title=Sediment budget of the Napo River, Amazon basin, Ecuador and Peru | work=www.academia.edu Hydrological …, 2009 | date=January 2009 | last1=Christophoul | first1=Frédéric }} | ||||||||||||||||||||||||||
| 2004–2006 | 6,267 m3/s | url=https://www.academia.edu/2099322 | title=Sediment budget of the Napo River, Amazon basin, Ecuador and Peru | work=www.academia.edu Hydrological …, 2009 | date=January 2009 | last1=Christophoul | first1=Frédéric }} | ||||||||||||||||||||||||||
| 2016–2017 | 9,338 m3/s | title=Hydrological modeling of the Peruvian-Ecuadorian Amazon Basin using GPM-IMERG satellite-based precipitation dataset | volume=21 | issue=7 | year=2017 | last1=Ricardo | first1=Zubieta | last2=Augusto | first2=Getirana | last3=Jhan Carlo | first3=Espinoza | last4=Waldo | first4=Lavado-Casimiro | last5=Luis | first5=Aragon | journal=Hydrology and Earth System Sciences | pages=3543–3555 | doi=10.5194/hess-21-3543-2017 | doi-access=free | pmid=32753831 | pmc=7402198 | bibcode=2017HESS...21.3543Z }} | |||||||||||
| 1971–2000 | 7,032 m3/s | url=https://www.riversnetwork.org/V1/index.php/component/content/?view=article&id=43&catid=191&Itemid=179 | title=Amazon}} |
Tributaries
List of the major tributaries of the Napo River (from the mouth upwards):
| Left | Right | Length (km) | Basin size (km2) | *Average discharge (m3/s) |
|---|---|---|---|---|
| Napo | 1,089.03 | 103,307.79 | 7,147.8 | |
| Lower Napo | ||||
| Sucusari | 590.7 | 39.8 | ||
| Mazán | 509.11 | 7,721.3 | 532.9 | |
| Yanayaçu | 1,340 | 89 | ||
| Zapote | 140.8 | 9.3 | ||
| Papaya | 278 | 17.5 | ||
| Tacshacuraray | 203.1 | 2,760.5 | 196.5 | |
| Huirina | 610 | 33.2 | ||
| Tamboryaçu | 4,958 | 327.2 | ||
| Pucara | 827 | 50.4 | ||
| Curaray | 772.77 | 26,704.7 | 2,044.4 | |
| Tarapoto | 679 | 46.1 | ||
| Gomez | 424.8 | 32.6 | ||
| Loro Caparin | 794.1 | 61.8 | ||
| Anshiri | 2,682.5 | 202.1 | ||
| Santa Maria | 1,471.5 | 107.8 | ||
| Aguarico | 502.5 | 13,404.5 | 889.3 | |
| Yasuní | 238.5 | 3,386.8 | 237.7 | |
| Tiputini | 380.4 | 4,423.1 | 320.2 | |
| Huiririma | 13.2 | |||
| Cariyuturi | 253.5 | 18.3 | ||
| Pañyaçu | 80 | 876.7 | 68.4 | |
| Indillana | 71.8 | 636.3 | 51.5 | |
| Itaya | 120.6 | 9.6 | ||
| Jivino | 121.7 | 707.9 | 56 | |
| Blanco | 249 | 17.6 | ||
| Coca | 245.1 | 5,308.1 | 338.9 | |
| Upper Napo | ||||
| Payamino | 110.4 | 2,012.6 | 171.2 | |
| Suyunoyaçu | 198.8 | 16.8 | ||
| Suno | 96.7 | 1,891.4 | 161.2 | |
| Arajuno | 835.9 | 97.9 | ||
| Pusuno | 160.2 | 15.2 | ||
| Misahuallí | 68.7 | 1,659.6 | 170.6 | |
| Jatunyaçu | 107 | 3,221.2 | 302.7 | |
| Anzu | 69.7 | 817.1 | 75 |
*Period: 1971–2000
References
References
- (1979). "The Inland waters of Latin America". [[Food and Agriculture Organization.
- (1989). "CONTINENTAL SCALE MODELS OF WATER BALANCE AND FLUVIAL TRANSPORT: AN APPLICATIONS TO SOUTH AMERICA".
- "Amazon".
- "Reportes hidrológicos".
- "6_1-6_Linea Ambiental".
- (2024). "The Andes–Amazon–Atlantic pathway: A foundational hydroclimate system for social–ecological system sustainability". Proceedings of the National Academy of Sciences.
- (January 2009). "Sediment budget of the Napo River, Amazon basin, Ecuador and Peru". www.academia.edu Hydrological …, 2009.
- (2010). "ESTUDIO BINACIONAL DE NAVEGABILIDAD DEL RÍO NAPO".
- "Hydro-SHEDS".
- "SO-HYBAM".
- (7 September 2021). "Senamhi".
- "EVALUACIÓN HIDROLÓGICA DE LAS CUENCAS AMAZÓNICAS PERUANAS – OCTUBRE 2011".
- "EVALUACIÓN HIDROLÓGICA DE LAS CUENCAS AMAZÓNICAS PERUANAS – OCTUBRE 2012".
- "BOLETIN EXTRAORDINARIO DE LA EVALUACIÓN HIDROLÓGICA Y PLUVIOMÉTRICA EN LA CUENCA AMAZÓNICA PERUANA – AGOSTO 2013".
- (2019). "An index concentration method for suspended load monitoring in large rivers of the Amazonian foreland".
- "Oficina Nacional de Evaluación de Recursos Naturales (ONERN)".
- (19 May 2023). "Empresa de Electricidad del Perú S.A.-ELECTROPERU-Plataforma del Estado Peruano".
- "HYBAM".
- (2015). "Hydrodynamic and sediment transport modeling in a bend of napo amazonian river: Morphodynamics and infrastructure implications".
- Jamie, Towner. (2019). "Assessing the performance of global hydrological models for capturing peak river flows in the Amazon basin".
- (2015). "Preliminary Analysis of Potential for River Hydrokinetic Energy Tecnologies in the Amazon Basin". Idb Publications.
- (2011). "Chemical weathering and atmospheric/soil CO2 uptake in the Andean and Foreland Amazon basins". Chemical Geology.
- (2013). "Modelado hidrológico distribuido de la cuenca amazónica peruana utilizando precipitación obtenida por satélite".
- (2013). "Suspended sediment dynamics in the Amazon River of Peru". Journal of South American Earth Sciences.
- (2017). "Hydrological modeling of the Peruvian-Ecuadorian Amazon Basin using GPM-IMERG satellite-based precipitation dataset". Hydrology and Earth System Sciences.
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