∙ 2 ∙ share We introduce a self-supervised representation learning method based on the task of temporal alignment between videos. The interactions between natural and anthropogenic intermittence are poorly understood. transferred to the Time after Pentecost, Depending on the In the second phase, for every quadruple of root node, start time, … b : of or relating to earthly life. Table 1.2. A time-shifted cosine can be represented as the sum of a sine and a cosine. ‘Hand touches bottle’), and each frame in between two key events has a phase label (e.g. early, thereby making the Season after Pentecost longer. This novel approach uses correspondences between examples of similar sequential processes to learn representations particularly well-suited for fine-grained temporal understanding of videos. Here, we ask whether black‐legged kittiwakes Rissa tridactyla can adjust their foraging habitat selection according to the tidal cycle using GPS tracking studies at three sites of differing environmental heterogeneity. Transmission loss is the infiltration of surface water into the streambed as a function of bed porosity and water table depth (Table 1.2). This code is implementation of Temporal-Cycle-Consistency method by using Pytorch. As these processes often act in concert, disentangling their relative importance is difficult and probably unnecessary. The main contribution of this paper is a new self-supervised training method, referred to as temporal cycle consistency (TCC) learning, that learns representations by aligning video sequences of the same action. For example, in Christianity the liturgical year is an annual cycle, which for some Christian denominations is composed of the temporal cycle that tracks the events in the life of Christ, and the sanctoral cycle which tracks the various saint's days. The next two consecutive pinnacles each lasts for nine years. Groundwater flow paths also vary greatly in terms of residence time. The most prominent temporal cycle in the GLB is the seasonal cycle which affects recharge (MacRitchie et al., 1994), water table elevation (Crowe et al., 2004; Haack et al., 2005) and groundwater discharge (Ashworth, 2012). It is expected that this consideration would be important in some aquifers with high rates of withdrawal or in areas where wells are located near surface water bodies, however the seasonal impact of pumping was not addressed in the reviewed literature. The resulting per-frame embeddings … c : lay or secular rather than clerical or sacred : civil lords temporal. Reading Time: 6 minutes Those of you who’ve listened to Episode 11 of my podcast, The Law of Raspberry Jam, have heard me talk about temporal dynamics (check out the episode here if you haven’t already). The varying behaviors of the major dissolved ions (Fig. A stride is made up of a step for one foot followed by another step for the other. Temporal spatial data, the gait cycle and gait graphs Richard Baker Temporal spatial parameters Distance parameters Human walking is achieved by moving the feet forward alternately. Please check out my answer. The primitive cyanobacterium Synechococcus elongatus , which conducts both photosynthesis and nitrogen fixation, uses its circadian regulatory apparatus to ensure that these biochemically incompatible pathways are executed at temporally distinct phases of … We introduce a self-supervised representation learning method based on the task of temporal alignment between videos. To evaluate the power of the embeddings, we densely label the Pouring and … In addition, available overview papers and reviews on problems and challenges in LCA do not address the whole range of temporal issues. While these examples of long residence times have the potential for groundwater remediation, they also indicate that groundwater is a potential reservoir of legacy contamination. The key events are shown in boxes below the frame (e.g. See: PROPER OF THE SEASON. Store; Resources; The Angelus; Conferences; Support/Contact; Donate; Blog; Store. The upper reaches of most headwater and low-order streams flow intermittently, largely driven by rainfall (Benstead and Leigh, 2012). Spring-neap cycle as a major driver of temporal variations in feeding of intertidal fishes: Evidence from the sea catfish Sciades herzbergii (Ariidae) of equatorial west Atlantic mangrove creeks To evaluate the power of the embeddings, we densely label the Pouring and … Bin Qu, ... Faizan Ur Rehman Qaiser, in Water Quality in the Third Pole, 2020. The method trains a network using temporal cycle consistency (TCC), a differentiable cycle-consistency loss that can be used to find correspondences across time in multiple videos. The method trains a network using temporal cycle-consistency (TCC), a differentiable cycle-consistency loss that can be used to find correspondences across time in multiple videos. As a side-result we also get for each cycle its start and end time and a superset of the nodes that appear in the cycle. In addition to the barriers presented by the dams, longitudinal hydrological connectivity (Chapter 2.3) is also disrupted by an extended drying segment over 500 km long (Changming and Shifeng, 2002). The cyclical changes in the water table also alter the catchment response to periodic storm events. The ordered progression through distinct phases (Ox, R/B, and R/C) of the metabolic cycle allows temporal compartmentalization of numerous cellular and metabolic processes. Bishop is, there let the multitude of believers be; Therefore it is important to consider the timing and the amount of dissolved components delivered by the rivers of the Third Pole to their downstream river systems (Li et al., 2013). Advent: We Anticipate Christ's Nativity and His Coming Again at the End of Time: First Sunday of Advent: 1 Cl. Perhaps you're referring to the four large cycle periods called the pinnacles.. n. 1. Antonyms for temporal sequence. This is a summary post on the paper – " Temporal Cycle-Consistency Learning " accepted at the Computer Vision and Pattern Recognition conference in 2019 . The Temporal Cycle Here we shall consider a schematic of the Temporal Cycle, the fundamental process of the mind from which all else derives. Define temporal sequence. The method trains a network using temporal cycle consistency (TCC), a differentiable cycle-consistency loss that can be used to find correspondences across time in multiple videos. This 5464-km river, which was perennial before 1972, is now intermittent and connects to the sea only infrequently. Such feasts, spread throughout the year, make up a sanctoral cycle. That is, as the discharge increased during the daily or seasonal cycle, the major ions presented a decreased trend in the concentrations, whereas the flux of the dissolved components showed a similar trend to the discharge. By continuing you agree to the use of cookies. News, analysis & spirituality by email, twice-weekly from CatholicCulture.org. Even large rivers are not immune to intermittence caused by humans. Keywords: life cycle assessment; circular economy; multiple product life cycles; temporal variability; life cycle inventory; emission intensity 1. Temporal periodicities have a period, T, the time between successive cycles. We encountered them in the Neuse River Hydrograph and the Black Rock Forest datasets, where they were associated with seasonal variations in river discharge and air temperature, respectively. In MatLab script eda06_01. Intracratonic. We used a hidden Markov model to classify kittiwake … To evaluate the power of the embeddings, we … We introduce a self-supervised representation learning method based on the task of temporal alignment between videos. Emerging concepts in temporary‐river ecology. This novel approach uses correspondences between examples of similar sequential processes to learn representations particularly well-suited for fine-grained temporal understanding of videos. Epub 2018 May 23. Temporal Profiling Establishes a Dynamic S-Palmitoylation Cycle ACS Chem Biol. Antioch, 1st c. A.D, Depending on the The Temporal Cycle . Frequency is the number of occurrences of a repeating event per unit of time. Reading Time: 6 minutes Those of you who’ve listened to Episode 11 of my podcast, The Law of Raspberry Jam, have heard me talk about temporal dynamics (check out the episode here if you haven’t already). Temporal Cycle-Consistency Learning. Downward shifts in water tables in response to seasonal fluctuations and human activities can cause flow intermittence in streams or reaches that are normally “gaining” (Sophocleous, 2002) and may eventually lead to drying along the entire channel (Larned et al., 2008). Thankyou. The resulting per-frame embeddings can be used to align videos by simply matching frames using the nearest-neighbors in the learned embedding space. Hilfe. (2005) observed that under natural conditions, the water table was drawn flat during the summer by evapotranspiration, temporarily decreasing groundwater discharge. Besides the bedrock that affects the dissolved components in rivers of the Third Pole, temporal variations in discharge over the temporal cycle could clearly result in the changes in the major element concentrations and fluxes, especially in glacial rivers, where the hydrological conditions have significant variations during the diurnal or yearly period. Temporal resolution is a measure of the repeat cycle or frequency with which a sensor revisits the same part of the Earth’s surface. Temporal spatial data, the gait cycle and gait graphs Richard Baker Temporal spatial parameters Distance parameters Human walking is achieved by moving the feet forward alternately. This is vary interesting method to align two videos containing similar contents (actions, scenes) with the frame-level features of the video. A step is the movement of one foot in front of the other. Temporal Cycle-Consistency Learning. In barrier wetlands such as the Point Pelee and Deer Marshes, the difference in relative elevation between the marsh and the lake varies seasonally, resulting in a reversal of groundwater and contaminant flow (Bailey and Bedford, 2003; Crowe et al., 2004). Copyright © 2021 Elsevier B.V. or its licensors or contributors. Spatial and temporal control of differentiation and cell cycle progression in Caulobacter crescentus. Temporal Cycle-Consistency Learning. Surprisingly, root nodes of cycles can be found very e ciently in one pass over the data. For example, the Colorado River, which flows 2334 km from its headwaters in the Rocky Mountains of Colorado to the Gulf of California, has been transformed from a perennial river to one that has flowed intermittently in most years since the completion of the Glen Canyon Dam in 1963 (Gleick, 2003). PMID: 29733200 PMCID: PMC6192522 DOI: 10.1021/acschembio.8b00157 Abstract S-palmitoylation is required for membrane anchoring, proper trafficking, and the normal function of … As those are major sources of inaccuracies and influence each other, … Some Christian churches only observe the temporal cycle. The Masses for these "extra" Sundays come Temporal Parameters (Time parameters) include: Cadence – This is the number of steps per unit time. ∙ 2 ∙ share We introduce a self-supervised representation learning method based on the task of temporal alignment between videos. date of Easter, there may be as few as 23 and as many as 28 Sundays It is also referred to as temporal frequency, which emphasizes the contrast to spatial frequency and angular frequency.Frequency is measured in hertz (Hz) which is equal to one occurrence of a repeating event per second. date of Easter, some of the Sundays of the Time after Epiphany may be The resulting per-frame embeddings can be used to align videos by simply matching frames using the nearest-neighbors in the learned embedding space. Case studies on life cycle assessments frequently admit that the precision of their outcome could be undermined due to temporal issues, though they usually refrain from offering much more detail. The partitioning of infiltration and runoff and the groundwater response to a precipitation event are well known to vary with antecedent conditions (Sklash et al., 1978), where a high water table results in greater streamflow and a greater proportion of event water in stream runoff (Cey et al., 1998). the supercontinent cycle. Freshwater Biology, 55, 717–738. The method trains a network using temporal cycle consistency (TCC), a differentiable cycle-consistency loss that can be used to find correspondences across time in multiple videos. Now only. We propose a potential solution using a self-supervised learning method called Temporal Cycle-Consistency Learning (TCC). Additionally, physicochemical controls such as the adsorption–desorption, precipitation, and coprecipitation process that took place in the glacial basin can also affect the major dissolved ions and elements in the rivers (Mitchell and Brown, 2007). In this post, I’ll elaborate on what temporal dynamics is, why it matters, and how you can help a group that has gotten themselves stuck in a cycle of temporal oscillation (no … Another example of a large river becoming intermittent due to human activities is the Yellow River in China (Changming and Shifeng, 2002; Fu et al., 2004). Speed (Velocity) – This is the distance covered by the body per unit time, usually measured in m/s. Initiation of transcription appears to occur in three temporal classes which we have operationally defined as: early, which are detected by 2 h after infection during the germination of EBs to RBs; mid-cycle, which appear between 6 and 12 h after infection and represent transcripts expressed during the growth and multiplication of RBs; or late, which appear between 12 and 20 h after infection and represent those … Throughout the basin, water table recharge peaks during the spring snow melt and declines throughout the growing season. The rate at which temporal cycles occur is called the frequency and the rate at which spatial cycles occur is called wavenumber. In addition to climatic drivers, physical features of the channel, shallow alluvium, and catchment govern flow intermittence in many IRES (Chapter 2.1). Temporal Cycle-Consistency Learning Debidatta Dwibedi1, Yusuf Aytar2, Jonathan Tompson1, Pierre Sermanet1, and Andrew Zisserman2 1 Google Brain 2 DeepMind {debidatta, yusufaytar, tompson, sermanet, zisserman}@google.com embedding space time time Video 1 Video 2 Temporal Alignment Alignment Embedding Videos Figure 1: We present a self-supervised representation learning technique … Temporal Resolution. See Note 6.1 for a discussion of how the arc-tangent is to be correctly computed. Season of Advent. Life cycle assessment (LCA) is used frequently as a decision support tool for evaluating different design choices for products based on their environmental impacts. Purple: … In IRES with coarse sediments (e.g., gravel-bed rivers) and water tables well below the channel (Sophocleous, 2002), transmission losses may be especially high, and these “losing” streams contribute substantially to aquifer recharge in many areas (Steward et al., 2012). The units of cycles per second are called Hertz, abbreviated Hz. A stride is made up of a step for one foot followed by another step for the other. In this post, I’ll elaborate on what temporal dynamics is, why it matters, and how you can help a group that has gotten themselves stuck in a cycle of temporal oscillation (no matter what your job role … This chapter examines oscillatory behavior in more detail, developing systematic methods for detecting and quantifying periodicities. The rule. Flowing tracts of water in spatially intermittent IRES such as Sycamore Creek in the Sonoran Desert, Arizona, fluctuate widely in response to the temporal cycles of evapotranspiration and precipitation (Stanley et al., 1997). Temporal Cycle. If contaminants do not biodegrade, concentrations in aquifers will increase until a steady-state condition is reached which may take thousands of years (Howard and Maier, 2007). Spatial periodicities have a wavelength, λ, the distance between successive cycles. Synonyms for temporal sequence in Free Thesaurus. An annual cycle refers to a set of changes or events that uniformly, or consistently, take place at the same time of year. This is especially true for the complex effects of altered flow regimes on sediment regimes (Chapter 2.1), water physicochemistry (Chapter 3.1), biogeochemical processes (Chapter 3.2), and the biota (Chapters 4.1–4.6Chapter 4.1Chapter 4.2Chapter 4.3Chapter 4.4Chapter 4.5Chapter 4.6) in IRES. For example, supervised learning and powerful deep learning models can be used to classify a number of possible actions in videos, summarizing the entire … We compare TCC representations against features from existing self-supervised video representation methods and supervised learning, for the tasks of action phase classification and … The first of the pinnacle cycles begins at birth and lasts for 27-35 years. The quantity, ϕ = ωt0, is called the phase. This is the complete set of The Liturgical Year in Gregorian Chant.It includes The Temporal Cycle in 7 volumes. Temporal Cycle. An explicit time-shift variable such as t0 is unnecessary in formulas describing periodicities, as long as sines and cosines are paired up with one another. The method trains a network using temporal cycle consistency (TCC), a differentiable cycle-consistency loss that can be used to find correspondences across time in multiple videos. A step is the movement of one foot in front of the other. Over long time periods Coulibaly and Burn (2005) and Coulibaly (2006) have shown that both rainfall and streamflow patterns not only are seasonal, but also vary with longer cycles such as the El Niño Southern Oscillation and the North Atlantic Oscillation, which inherently has implications for groundwater recharge and water table elevation. The paper Temporal Cycle-Consistency Learning is on arXiv. Furthermore, the conceptual hydrological model study in glacial rivers of the Third Pole shows that the total bulk discharge presents two types of flow pattern, that is, a quick-flow pattern and a delayed-flow pattern (Brown, 2002; Li et al., 2013). ScienceDirect ® is a registered trademark of Elsevier B.V. ScienceDirect ® is a registered trademark of Elsevier B.V. URL: https://www.sciencedirect.com/science/article/pii/B9780128164891000049, URL: https://www.sciencedirect.com/science/article/pii/B9780128038352000012, URL: https://www.sciencedirect.com/science/article/pii/B9780123918864000064, URL: https://www.sciencedirect.com/science/article/pii/S0034425712004804, URL: https://www.sciencedirect.com/science/article/pii/S0380133014000628, Inorganic components in river waters in the Third Pole, Besides the bedrock that affects the dissolved components in rivers of the Third Pole, temporal variations in discharge over the, Thibault Datry, ... Andrew J. Boulton, in, Intermittent Rivers and Ephemeral Streams, ). nora.ausmees@yale.edu The dimorphic and intrinsically asymmetric bacterium Caulobacter … … These correspondences can be used for matching frames in multiple videos based on the similarity of the action performed and align them. The temporal method is a set of currency translation rules a company applies to its integrated foreign businesses to compute profits and losses. Sample track: Communio Ecce Virgo, from the Fourth Sunday of Advent Google is planning to release the TCC database to encourage new applications. The temporal cycle affects the LST dynamics and, as a result, the TSP. Source for information on Sanctoral Cycle: New Catholic Encyclopedia dictionary. Under constant favorable conditions, cells progress through the DNA replication-division cycle with clocklike regularity, but the cell ‘cycle’ is not a ‘clock’. The dormancy of vegetation in the fall reduces evapotranspiration and recharge again increases until winter frost. We introduce a self-supervised representation learning method based on the task of temporal alignment between videos. The sinusoidal function, d(t) = Ccos{2π(t − t0)/T}, has amplitude, C = 2, period, T = 50, and delay, t0 = 10. As intimated in the Primer, Interpretation of Entities is the fundamental function of Dasein, represented here in the Schematic by the flow of red arrows. specific liturgical year. For example, in alpine and arctic regions, flow ceases when water at the surface and in the shallow subsurface zone freezes (Robinson et al., 2016). Temporal Cycle Consistency Learning Action Phase ClassificationPouring & Penn Action Example labels for the actions ‘Baseball Pitch’ (top row) and ‘Pouring’ (bottom row). temporal cycle is the unique node in which the cycle starts and ends. The resulting per-frame embeddings can be used to align videos by simply matching frames using nearest-neighbors in the learned embedding space. The example clearly shows that analyzing the temporal variability in inventory data and calculating the emission intensity during different life cycle phases have implications for product design (e.g., designing a long-lasting washing machine that requires minor recovery operations after each use cycle) and business model design (e.g., analyzing the optimum number of use cycles considering both the … (A) Key cellular processes are compartmentalized in time via the metabolic cycle. Agricultural and urban usage of water increases during the summer months and in regions where the source of water is groundwater, the increased water demand has the potential to lower the water table locally and thus decrease the groundwater contribution to baseflow. It is simply a consistent sequence. Periodicities can be both temporal and spatial in character, with a somewhat different nomenclature used for each. The resulting per-frame embeddings can be used to align videos by simply matching frames using the nearest-neighbors in the learned embedding space. A cosine wave with amplitude, C, that starts (peaks) at time, t0, is given by (Figure 6.1). In contrast, flow intermittence in semiarid and arid regions is largely driven by low precipitation and high rates of direct evaporation and evapotranspiration through plants (Table 1.2). Long term shifts in climate, soil/hydrogeology or ecology can also result in changes to streambed morphology, where stream incision, redistribution of organic matter and sediments or changes in ecological composition can lead to changes in the spatial distribution and magnitude of GWSWI (Sophocleous, 2002). Zum Ende der Metadaten springen. 2 : of or relating to grammatical tense or a distinction of time. temporal: [adjective] of or relating to time as opposed to eternity. It is also referred to as temporal frequency, which emphasizes the contrast to spatial frequency and angular frequency.Frequency is measured in hertz (Hz) which is equal to one occurrence of a repeating event per second. This logic underlies the temporal organization of the cell cycle and is absolutely fundamental to all processes of growth, development and reproduction in living organisms. SANCTORAL CYCLE In her liturgy, the Church celebrates the mysteries of Christ every Sunday and on all the feasts of the temporal cycle. For example, major ions (e.g., Ca2+, Mg2+, and SO42−) and some elements (e.g., Li, Sr, and Ba) are found to be the most effective tracers in the subglacial hydrological investigation in glacial rivers of the Third Pole (Li et al., 2013). Zum Anfang der Metadaten. The Temporal Cycle. Skip to: Advent: Christmastide: Time after Epiphany: Septuagesima: Lent: Paschaltide: Time after Pentecost . lay or secular rather than clerical or sacred : civil. This indicates that as long as the temporal pattern of LSTs is acquired, LST dynamics may not only do no harm to TSP but may also assist it (see Section 5.2). Your last pinnacle started at age 45. from the Season after Epiphany, which is shortened if Easter comes What is a proper understanding of temporal organization in the cell cycle? 04/16/2019 ∙ by Debidatta Dwibedi, et al. This code is implementation of Temporal-Cycle-Consistency method by using Pytorch. This is the pytorch version of tcc loss, used in paper 'Temporal Cycle-Consistency Learning'. A following of one thing after another; succession. Channel flow ceases when overland flow stops and saturated soil water is depleted (Table 1.2); these processes are strongly influenced by vegetation cover, topographic relief, and the extent of bedrock in the upper catchment, along with rainfall. Streams draining lakes typically cease to flow when lake levels fall (Mielko and Woo, 2006) whereas IRES in karstic regions may flow intermittently in response to fluctuating groundwater discharge (Wood et al., 2005) (Table 1.2). The quick-flow pattern transports river water rapidly through a hydrological process which limits the potential for dissolution, while the delayed-flow pattern flows slowly through a distributed hydrological process at a slow speed, encouraging the potential for dissolving. Temporal compartmentalization of metabolic function also appears to take place during the circadian cycle of flies and mice (25, 26). Similar shifts in groundwater discharge were observed at the reach scale in Clythe Creek (Ashworth, 2012) and resulted in seasonal changes in nitrate concentrations in the Oak Ridges Moraine (Hill, 1990). Share: Main Menu. We use cookies to help provide and enhance our service and tailor content and ads. For example, in glacial rivers of the Dongkemadi (glacial river-3) and Qiyi (glacial river-4), there is a remarkable inverse discharge–concentration relationship exhibited by the dissolved elements (e.g., Ca2+, Mg2+, SO42−) over the temporal cycle (Li et al., 2013, 2016). NDVI generally achieves good results in daytime when there is intensive solar radiation (Kustas et al., 2003); but it is less appropriate in nighttime or winters (Zhan et al., 2012c). A time loop or temporal loop is a plot device in fiction whereby characters re-experience a span of time which is repeated, sometimes more than once, with some hope of breaking out of the cycle of repetition. The amount of emissions generated from different life cycle phases of a product could be significantly different from one another. Both examples demonstrate the importance of understanding the temporal variability of (shallow) groundwater discharge as well as spatial variability. Find us on Social Media. Temporal Cycle Consistency Learning Action Phase ClassificationResults. Much of the research relating to GWSWI emphasizes the spatial variability relating to groundwater discharge, while few studies provide explicit consideration of temporal variability. (2008) analyzed changes in gene expression in Mytilus californianus at different phases of the tidal cycle (20 time points over 3 days), sampled at two heights on the shore (Fig. Author: Yuqing Li | Editor: Michael Sarazen. If ncores is not specified (default), ncores will be one less than the autodetected number of cores. Angelegt von Prabhat Reddy, zuletzt geändert am 26.Juni 2020. Zum Suchen „Eingabe“ drücken. Ausmees N(1), Jacobs-Wagner C. Author information: (1)Department of Molecular, Cellular and Developmental Biology, Yale University, New Haven, Connecticut 06520-8103, USA. Figure 4.3. A life cycle usually comprises several phases of varying timespans. Temporal Cycle-Consistency Learning Abstract. In addition to the many natural causes of intermittence, flow cessation can result from one or more human activities including alterations of land use, flow regulation, surface and/or groundwater extraction, and reduced precipitation and increased evaporation resulting from climate change (Palmer et al., 2008; Steward et al., 2012). Authors Sang Joon Won, Brent R Martin. The … P8.2). Intermittence also arises nonnaturally, caused by human activities (Box 1.1). Parallel processing is enabled using the parallel package. Section2introduces the LCA methodology and some of its main limitations. In a perfect coarsening upwards sequence one would see one long positive run where grain size (or bedding thickness) would consistently increase. Inter-annual variation in rainfall also directly impacts water quality, where the inter-annual variability in total phosphorus in Lakes Michigan and Huron was mainly due to differences in rainfall (Dolan and Chapra, 2012), resulting in greater tributary and groundwater flow. 1 a : of or relating to time as opposed to eternity. (2006) note that the flushing of groundwater and wetlands by both spring melt and large storms is an important process that increases the concentration of methyl mercury in surface waters. Here we shall consider a schematic of the Temporal Cycle, the fundamental process of the mind from which all else derives. In Toronto, Howard and Livingstone (2000) modeled conservative contaminant transport in the aquifer and found that contaminants released within a few kilometers of rivers and Lake Ontario will discharge within a 50 year period. Perfect for individuals as well as churches. Tridentine Mass; By Archbishop Marcel Lefebvre; Catholic Spirituality; Catholic Family; Catholic Tradition; Church Teaching; Religious Goods; … Some Christian churches only observe the temporal cycle. Similarly, Winter et al. It is inspired by the temporal video alignment problem, which refers to the task of finding correspondences across multiple videos despite many factors of variation. Season of Advent. In the narrow and sandy Point Pelee aquifer, contaminants introduced to the groundwater are expected to move 50 m in 7.5 years (Crowe et al., 2004). Temporal distributions are based on Groves et al. Traditional Pythagorean numerology charts don't have a temporal pinnacle period position. (2007) point out that high discharge events are important for the transport of phosphorus, which must be accounted for to determine accurate loadings. Throughout the basin, water table recharge peaks during the spring snow melt and declines throughout the growing season. ‘Lifting bottle’). To evaluate the power of the embeddings, we densely label the Pouring and … Stoor et al. It includes The Temporal Cycle in 7 volumes.