Exploring the Cloud Forest: A Hub for Rainforest Research
The Rainforest Jungle Other Research on the Cloud Forest : Within Manu National Park is a vibrant biological hotspot, home to an astonishing array of species, some of which remain undiscovered. At the Quechua Biological Station, biologists study the rich biodiversity of this tropical rainforest, uncovering endemic species and deepening our understanding of this unique ecosystem. Discover the wonders of this pristine natural sanctuary in Manu’s rainforest.
The Wayqecha Biological Station Opens Its Doors to Carry Out Research on Many Other Topics, such as those Presented Below.
Characterization of the Fire Regime of the Peruvian High Andean Puna and Adjacent Cloudy Montane Forests
Peruvian rainforest , Montane cloud forests represent one of the last frontiers of terrestrial ecosystem processes, in
which the so-called horizontal rain or mist causes them to have reduced solar radiation, a per-humid environment
and general suppression of evapotranspiration amazonia rainforest .
Due to these humid conditions, they are considered as ecosystems independent of fire, that is, they have not evolved with this element as an important and recurring disturbance in the system.
of the jungle rainforest amazonia .
The lack of fire adaptive mechanisms, such as thick crusts, fire-enhanced regenerative strategies, are proof of its poor fire tolerance.
Rainforest Jungle Other Research on the Cloud Forest
Although the natural fire regime is unknown for the Rainforest Jungle Peruvian punaRainforest Jungle Other Research on the Cloud Forest ,
the great anthropic pressure in this high Andean Rainforest Jungle region, coupled with not very favorable
economic conditions, has notably increased the frequency of fires in recent decades.
Currently, the ecological rainforest jungle impact of fire on cloud forests is unknown, due to a number of factors that
remain to be evaluated. Among them, the objective of the work is to find out the characteristics of the fire regime of the high Andean puna and the adjacent montane cloud forests.and Rainforest Jungle Peru .
In Peru, in the upper part of the Manu National Park Rainforest Jungle
the quantification of the frequency of fires at different heights and ecosystems, mapping of burned areas,
identification of critical affected areas and creation of line alteration maps are required. tree, with consequent
maps of risk and vulnerability for the region.
Manu Rainforest Jungle Amazon –
The study area is located to the north of the Vilcabamba mountain range, between 2,000 and 4,200m of altitude, where the inhabitants set fire on a recurring basis (from one to four years) amazon rainforest jungle.
The study area was subdivided into two altitudinal ranges to compare the factors that cause the fires, from 2000 -3000 masl and 30o1-4500 masl.
Plots of 30 x 30m were established in burned places to know the amount of dead wood and the response of each
tree and shrub species to fire events compared to those that have not been burned.
Wayquecha manu rainforest jungle .
The results show that climate changes, as well as the El Nino and La Nina phenomena, are directly related to fires
in these ecosystems. For example, the year 2005 was the driest year in recent years and, consequently, the fires were
very severe. Approximately 30% of the area burnt down after a period of dry weather suffers another fire again.
In burned plots, the contribution of dead wood compared to a plot that did not suffer fire is 60%. Tree and shrub
plant species that suffered fires have low germination for three years after the fire. Some species regrow, but if a new
fire occurs in a short period, they are forced to disappear. In general, ecosystems rainforest that suffer fires
increase the amount of CO2 released into the environment. cloud forest amazon rainfores peru .
2.How Do Herbivores and Climate Influence the Biological Cycle of the Plant- Rainforest Jungle .
Herbivores are animals that feed mainly on plants. The present investigation will try to answer the question: how do herbivores and climate influence the biological cycle of the plant- jungle .
The research has been developed at the Manu Rainforest Wayqecha Research Center (ACCA) from the end of 2009
to the end of 2010, to specifically understand the interaction between animals (herbivores) – plants (Weinmannia
bangü R.) and their environment (altitudinal gradient) Amazon Jungle, which allows foreshadowing the possible
response to future events of massive attacks by herbivores and migration of the species at higher altitudes due to
climate change, and likewise, develop prevention or mitigation projects for future scenarios of sudden attack by pests.
Wayquecha jungle peru .
Numerous Investigations Show that the Global Climate is Changing Dramatically- to Rainforest Jungle Peru.
This environmental degradation will cause a series of climatic and biological problems, favoring some species (insects, microorganisms, etc.) and harming others (species extinction). jungle manu cloud forest
This evident alteration of the balance of many ecosystems, will cause the following consequences:
the weakening or imbalance of the relationships of animal-plant or animal interaction; in addition; the response
capacity of a plant against these interactions; and, likewise, an environmental limitation. On the other hand, an
overpopulation of herbivores generates an imbalance in the same individual, in this case, Weinmannia bangi R.
(parsley stick); it has been observed that this plant – before the overpopulation of herbivores allocates more
resources only to growth to the detriment of its other two main functions in the rainforest amazon jungle ; defense
and reproduction; it may be because it needs the sprouting of new leaves to maintain the reproductive organs or
because the individual needs to survive.wayquecha amazon rainforets .
If this phenomenon persists or is aggressive (such as the sudden appearance of pests), it would make it possible to
alter the generation cycle of the species in this jungle ; on the one hand, leading to the extinction of many wild plant
species before migration occurs and on the other, generating enormous economic and production losses in
agricultural species, even causing famine. amazon rainforest wayquecha .
3. Soil Respiration in Burned Montane Forests in the Buffer Zone of the Manu – Paucartambo National Park Jungle Rainforest .
Soils are the largest carbon reservoir in terrestrial ecosystems and, in turn, the largest source of atmospheric CO2,
which is the product of changes in land use, deforestation, logging, forest fires and the process called soil respiration,
which does not it is more than the process of decomposition of organic matter. wayquecha rainforest manu.
The objective of this work was to estimate soil respiration rates, and to evaluate the effect exerted by environmental
factors such as soil moisture, soil temperature, ambient temperature, and atmospheric pressure in forests with signs
of burning and mature forests close to those burned in the buffer zone of the Rainforest Manu National Park near the Acjanaco surveillance post in the province of Paucartambo. rainforest wayquecha jungle .
For this purpose, the CO2 emission from the soil was measured for 4 months in 10 randomly established plots with a soil respiration chamber connected to specialized equipment: an infrared gas analyzer.
The average annual rate of respiration of the soil was 0.32 to 0.43 gCO2/m²/hr and 0.29 to 0.43 gC02/m²/hr on
average, and the annual Carbon emission rate was estimated to be between 7.56 and 10.26 tC/ha/year and 7.01 to
10.36 tC/ha/year in control forests and burned forests, respectively. peruvian wayquecha rainforest .
The forests of the Rainforest Amazon play a very important role in mitigating the increase of CO2 in the atmosphere because they are an important sink of CO:, being the soils a fundamental part of the Carbon dynamics.
Soils are the largest source of CO2 in terrestrial ecosystems cloud forest amazon jungle , through “soil respiration”
which is a process that results entirely from the combined emissions of autotrophic (roots) and heterotrophic
(microbes and fungi) respiration. in this area nature rainforest .
Respiration rates have been measured in a wide variety of ecosystems in order to assess microbial activity, nutrient recycling, carbon and energy fluxes, root dynamics, and other processes that take place in it. Soil respiration
represents one of the largest flows within the cycle Global Carbon: 55 PgC/year (1 Pg = 1015g), which is equivalent to
9 to 10 times the amount emitted from burning fossil fuels, of which the largest contribution comes from tropical forests. amazon peru rainforest.
Worldwide- Rainforest Jungle Peru -Rainforest Jungle Other Research on the Cloud Forest.
the estimated value in the soil Carbon stock range is between 1.12 and 3 Pg C per year, of which about 20 to 25% corresponds to the tropical forest ecosystem of the rainforest .
The soils of the tropical region would contain around 32% of the global soil carbon. However, the severe and rapid
alterations caused by man with the change in land use, processes of burning vegetation in jungle peru , are causing
this role to change, promoting a source of around 3 Pg of C per year to the atmosphere.
Therefore, an increase in the emission of CO2 from the soils of these ecosystems rainforest , in response to strong
environmental changes, also has the potential to considerably increase atmospheric CO2 levels and produce a positive feedback of global warming.
Therefore, to understand the potential impacts of environmental changes on ecosystems, it is necessary to identify the factors that control CO2 emissions from the ground and their effects on emission rates.
Peruvian amzon rainforest.
This research seeks to estimate the respiration rates of the soil of forests with evidence of having been burned in
previous years and mature forests close to those burned, henceforth referred to as Burned Forest and Control Forest
jungle , respectively, to analyze their spatial and temporal variation and compare respiration rates. ;
It is intended to evaluate the effects exerted by environmental factors such as soil moisture, soil temperature,
ambient temperature, and atmospheric pressure. Jungle peru cloud forest .
In the upper part of the Wayqecha Biological Station, which borders the Rural Community of Jajahuana and the
Manu National Park jungle , which in turn borders the Pumataki forest amazon jungle of the Rural Community of
Pilco Grande, there are cloud forest and grassland ecosystems amazonia rainforest jungle. that have been suffering
degradation due to the presence of livestock, which directly affects the regeneration of tree species that advance towards the grassland, driven by global warming. amazonia jungle peru
Little information is available on the natural ability of cloud forest to replace grassland in the absence of human
disturbance; For this reason, a total of eighteen plots, nine exclusive and nine including livestock, with an area of
1,500 m² each, were installed along the amazon jungle forest line, with an altitudinal gradient from 3,065 masl to
3,500 masl, with the aim of determining the density of cattle that graze in the study area and evaluate the effect that
this causes in regeneration. Likewise, salt licks were placed in areas far from the area to determine if these were
capable of attracting cattle to sites far from the forest. rainforest peru .
Tour Rainforest Jungle Other Research on the Cloud Forest
